User's Manual SH7269 CPU Board 32 R0K572690C000BR User's Manual Renesas 32-Bit RISC Microcomputer SuperHTM RISC engine Family / SH7260 Series Rev. 1.00 All information contained in these materials, including products and product specifications, represents information on the product at the time of publication and is subject to change by Renesas Electronics Corporation without notice. Please review the latest information published by Renesas Electronics Corporation through various means, including the Renesas Electronics Corporation website (http://www.renesas.com). www.renesas.com Rev. 1.00 Dec. 2011 Notice 1. 2. 3. 4. 5. 6. 7. All information included in this document is current as of the date this document is issued. Such information, however, is subject to change without any prior notice. Before purchasing or using any Renesas Electronics products listed herein, please confirm the latest product information with a Renesas Electronics sales office. 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Please contact a Renesas Electronics sales office if you have any questions regarding the information contained in this document or Renesas Electronics products, or if you have any other inquiries. (Note 1) "Renesas Electronics" as used in this document means Renesas Electronics Corporation and also includes its majorityowned subsidiaries. (Note 2) "Renesas Electronics product(s)" means any product developed or manufactured by or for Renesas Electronics. WEEE Directive Renesas development tools and products are directly covered by the European Union's Waste Electrical and Electronic Equipment, (WEEE), Directive 2002/96/EC. As a result, this equipment, including all accessories, must not be disposed of as household waste but through your locally recognised recycling or disposal schemes. As part of our commitment to environmental responsibility Renesas also offers to take back the equipment and has implemented a Tools Product Recycling Program for customers in Europe. This allows you to return equipment to Renesas for disposal through our approved Producer Compliance Scheme. To register for the program, click here "http://www.renesas. 32 This page is intentionally left blank. About This Manual 1. Purpose and Target Readers This manual is designed to provide the user with an understanding of the functions and operating specifications of this CPU board. It is intended for users of this CPU board. A basic knowledge of electrical circuits, logical circuits, and microcomputers (MCUs) is necessary in order to use this manual. This manual comprises an overview of the CPU board; its function, and operating specifications. Carefully read all notes in the manual. These notes occur within the body of the text. The Revision History summarizes primary modifications and additions to the previous versions. Refer to the text of the manual for details. The following documents apply to the SH7269 CPU board R0K572690C000BR. Document Type User's Manual Description Document Title Describes functions (devices, memory SH7269 CPU Board maps, electrical characteristics), and R0K572690C000BR operating specifications (connectors, User's Manual Document No. This publication and switches) Installation Manual Describes how to set up hardware SH7269 CPU Board and software R0K572690C000BR R20UT0160EJ Installation Manual The following documents apply to the SH7269 Group. Make sure to refer to the latest versions of these documents. The newest versions of the documents listed may be obtained from the Renesas Electronics website. Document Type User's manual: Hardware Description Document Title Hardware specifications (pin assignments, SH7269 Group memory maps, peripheral function User's manual: specifications, electrical characteristics, Hardware Document No. R01UH0048EJ timing charts) and operation description Note: Refer to application notes for details on using peripheral functions Software manual Description of CPU instruction set SH-2A, SH2A-FPU REJ09B0051 Software manual Application note Applications, sample programs Available from the Renesas Electronics Renesas technical update Product specifications, updates on website. documents, etc. 2. Frequently Used Abbreviations and Acronyms ACIA Asynchronous Communication Interface Adapter bps bits per second CRC Cyclic Redundancy Check DMA Direct Memory Access DMAC Direct Memory Access Controller GSM Global System for Mobile Communications Hi-Z High Impedance IEBus Inter Equipment bus I/O Input/Output IrDA Infrared Data Association LSB Least Significant Bit MSB Most Significant Bit NC Non-Connection PLL Phase Locked Loop PWM Pulse Width Modulation SFR Special Function Registers SIM Subscriber Identity Module UART Universal Asynchronous Receiver/Transmitter VCO Voltage Controlled Oscillator All trademarks and registered trademarks are the property of their respective owners. Table of Contents 1. Overview....................................................................................................................................................... 1-1 1.1 Introduction ..................................................................................................................................................... 1-1 1.1.1 SH7269 CPU Board (Part Number: SH7269 CPU Board) ..................................................................... 1-1 1.1.2 Optional Board for Audio (Part Number: M3A-HS64G01) ................................................................... 1-1 1.1.3 Optional Board for Graphic Display (Part Number: M3A-HS64G02) ................................................... 1-1 1.2 SH7269 CPU Board Configuration ................................................................................................................. 1-2 1.3 SH7269 CPU Board Specifications ................................................................................................................. 1-3 1.4 SH7269 CPU Board Exterior........................................................................................................................... 1-5 1.5 SH7269 CPU Board Block Diagram ............................................................................................................... 1-6 1.6 SH7269 CPU Board Major Components ......................................................................................................... 1-7 1.7 M3A-HS64G01 Configuration ...................................................................................................................... 1-10 1.8 M3A-HS64G01 Board Specifications ........................................................................................................... 1-11 1.9 M3A-HS64G01 Exterior................................................................................................................................ 1-12 1.10 M3A-HS64G01 Block Diagram .................................................................................................................... 1-13 1.11 M3A-HS64G01 Major Components.............................................................................................................. 1-14 1.12 M3A-HS64G02 Configuration ...................................................................................................................... 1-16 1.13 M3A-HS64G02 Board Specifications ........................................................................................................... 1-17 1.14 M3A-HS64G02 Exterior................................................................................................................................ 1-18 1.15 M3A-HS64G02 Block Diagram .................................................................................................................... 1-19 1.16 M3A-HS64G02 Major Components.............................................................................................................. 1-20 1.17 Memory Maps................................................................................................................................................ 1-22 1.18 Absolute Maximum Ratings .......................................................................................................................... 1-23 1.19 Operating Conditions..................................................................................................................................... 1-23 1.20 Usage Note .................................................................................................................................................... 1-24 1.20.1 Configuring Unused Pins...................................................................................................................... 1-24 2. Functions ...................................................................................................................................................... 2-1 2.1 Overview of Functions..................................................................................................................................... 2-1 2.2 CPU ................................................................................................................................................................. 2-2 2.2.1 SH7269 Overview .................................................................................................................................. 2-2 2.2.2 SH7269 Pin Functions Used on the R0K572690C000BR ...................................................................... 2-2 2.2.3 R0K572690C000BR Module Availability............................................................................................ 2-12 2.2.4 SH7269 Multiplexed Pins Used on the R0K572690C000BR............................................................... 2-13 2.3 Memory ......................................................................................................................................................... 2-19 2.3.1 SH7269 Internal RAM.......................................................................................................................... 2-19 2.3.2 NOR Flash Memory Interface .............................................................................................................. 2-19 2.3.3 SDRAM Interface ................................................................................................................................. 2-22 2.3.4 NAND Flash Memory Interface ........................................................................................................... 2-25 2.3.5 Serial Flash Memory Interface.............................................................................................................. 2-26 2.3.6 EEPROM Interface ............................................................................................................................... 2-28 2.4 USB Interface ................................................................................................................................................ 2-29 2.5 RS-232C Interface ......................................................................................................................................... 2-30 2.6 I/O Ports......................................................................................................................................................... 2-31 2.7 Interrupt Switches.......................................................................................................................................... 2-32 2.8 Clock Modules............................................................................................................................................... 2-33 2.9 Reset Module ................................................................................................................................................. 2-34 2.10 Power Supply Module ................................................................................................................................... 2-35 2.11 H-UDI............................................................................................................................................................ 2-36 2.12 SD/MMC Card Interface ............................................................................................................................... 2-37 2.13 VDC4 Interface.............................................................................................................................................. 2-38 2.14 Video-IN Interface......................................................................................................................................... 2-40 2.15 PWM Interface............................................................................................................................................... 2-41 3. M3A-HS64G01 Functions............................................................................................................................. 3-1 3.1 Overview of Functions..................................................................................................................................... 3-1 3.2 CPU ................................................................................................................................................................. 3-2 3.2.1 SH7269 Overview .................................................................................................................................. 3-2 3.2.2 SH7269 Pin Functions Used on the M3A-HS64G01.............................................................................. 3-2 3.2.3 M3A-HS64G01 Module Availability ................................................................................................... 3-13 3.2.4 SH7269 Multiplexed Pins Used on the M3A-HS64G01 ...................................................................... 3-14 3.3 LCD Module Interface................................................................................................................................... 3-22 3.3.1 LCD Module Interface.......................................................................................................................... 3-22 3.3.2 Character LCD Module with LED Backlight ....................................................................................... 3-23 3.4 Audio Modules .............................................................................................................................................. 3-25 3.5 CD Deck Interface ......................................................................................................................................... 3-28 3.6 SD Card Interface .......................................................................................................................................... 3-30 3.7 UART Interface ............................................................................................................................................. 3-31 3.8 CAN Interface................................................................................................................................................ 3-32 3.9 IEBusTM Interface .......................................................................................................................................... 3-33 3.10 I/O Ports......................................................................................................................................................... 3-34 3.11 Clock Modules............................................................................................................................................... 3-35 3.12 Reset Module ................................................................................................................................................. 3-36 3.13 Power Supply Module ................................................................................................................................... 3-37 4. M3A-HS64G02 Functions............................................................................................................................. 4-1 4.1 Overview of Functions..................................................................................................................................... 4-1 4.2 CPU ................................................................................................................................................................. 4-2 4.2.1 SH7269 Overview .................................................................................................................................. 4-2 4.2.2 SH7269 Pin Functions Used on the M3A-HS64G02.............................................................................. 4-2 4.2.3 M3A-HS64G02 Module Availability ................................................................................................... 4-13 4.2.4 SH7269 Multiplexed Pins Used on the M3A-HS64G02 ...................................................................... 4-14 4.3 LCD Module Interface................................................................................................................................... 4-22 4.3.1 LCD Module Interface.......................................................................................................................... 4-22 4.3.2 Character LCD Module with LED Backlight ....................................................................................... 4-23 4.4 Audio Modules .............................................................................................................................................. 4-25 4.5 Video Signal Input Module............................................................................................................................ 4-26 4.6 SD Card Interface .......................................................................................................................................... 4-27 4.7 UART Interface ............................................................................................................................................. 4-29 4.8 CAN Interface................................................................................................................................................ 4-30 4.9 IEBusTM Interface .......................................................................................................................................... 4-31 4.10 PWM Interface............................................................................................................................................... 4-32 4.11 MTU2 Interface ............................................................................................................................................. 4-34 4.12 I/O Ports......................................................................................................................................................... 4-35 4.13 Interrupt Switches.......................................................................................................................................... 4-36 4.14 Clock Modules............................................................................................................................................... 4-37 4.15 Reset Module ................................................................................................................................................. 4-38 4.16 Power Supply Module ................................................................................................................................... 4-39 5. R0K572690C000BR Operating Specification............................................................................................... 5-1 5.1 Connectors ....................................................................................................................................................... 5-1 5.1.1 USB Connectors (J1 and J2) ................................................................................................................... 5-3 5.1.2 H-UDI Port Connector (38-pin, J3) ........................................................................................................ 5-5 5.1.3 5V Power Supply Connector (J4) ........................................................................................................... 5-6 5.1.4 5V Input AC Adapter Jack (J6) .............................................................................................................. 5-7 5.1.5 H-UDI Port Connector (14-pin, J7) ........................................................................................................ 5-8 5.1.6 RS-232C Connector................................................................................................................................ 5-9 5.1.7 Expansion Connector (CN1, CN3 to CN11)......................................................................................... 5-10 5.2 R0K572690C000BR Operating Components................................................................................................ 5-19 5.2.1 Jumper (JP4 to JP16) ............................................................................................................................ 5-20 5.2.2 Switch and LEDs .................................................................................................................................. 5-22 5.3 R0K572690C000BR Dimensions.................................................................................................................. 5-24 6. M3A-HS64G01 Operating Specification.................................................................................................... 6-1 6.1 6.1.1 Connectors to R0K572690C000BRCN1, CN3, CN6, CN7 and CN9............................................. 6-2 6.1.2 Character LCD Module ConnectorJ1 ............................................................................................. 6-6 6.1.3 SD Card Slot (J2).................................................................................................................................... 6-7 6.1.4 Line-out Pin JacksJ3, J6 and J8 ...................................................................................................... 6-8 6.1.5 Microphone Input Pin Jack (J4).............................................................................................................. 6-9 6.1.6 Audio Connector (J5 and J7) ................................................................................................................ 6-10 6.1.7 CD Deck Connector (J9)....................................................................................................................... 6-11 6.1.8 UART ConnectorJ10 .................................................................................................................... 6-12 6.1.9 External IIC Connector (J11)................................................................................................................ 6-13 6.1.10 LCD Module ConnectorsJ12 to J14.............................................................................................. 6-14 6.1.11 IEBusTM Connector (J15)...................................................................................................................... 6-18 6.1.12 CAN Connector (J16 and J17).............................................................................................................. 6-19 6.1.13 12V Power Supply Connector (J18) ..................................................................................................... 6-20 6.1.14 12V Input AC Adapter Jack (J19) ........................................................................................................ 6-21 6.2 M3A-HS64G01 Operating Components........................................................................................................ 6-22 6.2.1 Jumpers (JP2 to JP12)........................................................................................................................... 6-23 6.2.2 Switches and LED ................................................................................................................................ 6-25 6.3 7. M3A-HS64G01 Connectors ............................................................................................................................ 6-1 M3A-HS64G01 Dimensions.......................................................................................................................... 6-26 M3A-HS64G02 Operating Specification.................................................................................................... 7-1 7.1 M3A-HS64G02 Connectors ............................................................................................................................ 7-1 7.1.1 R0K572690C000BR Connectors (CN1, CN3, CN6, CN7 and CN9) ..................................................... 7-2 7.1.2 UART Connector (J2)............................................................................................................................. 7-6 7.1.3 External IIC Connector (J3).................................................................................................................... 7-7 7.1.4 SD Card Slot (J4).................................................................................................................................... 7-8 7.1.5 PWM Connector (J5) .............................................................................................................................. 7-9 7.1.6 Audio Connector (J6)............................................................................................................................ 7-10 7.1.7 Line-out Pin jack (J7......................................................................................................................... 7-11 7.1.8 RCA Connector (J8) ............................................................................................................................. 7-12 7.1.9 S-pin Connector (J9)............................................................................................................................. 7-13 7.1.10 LCD Module Connector (J10 to J12).................................................................................................... 7-14 7.1.11 IEBusTM 7.1.12 CAN Connectors (J14 and J15) ............................................................................................................ 7-19 7.1.13 MTU2 Connector (J16)......................................................................................................................... 7-20 7.1.14 12V Power Supply Connector (J17) ..................................................................................................... 7-21 7.1.15 12V Input AC Adapter JackJ18 .................................................................................................... 7-22 Connector (J13)................................................................................................................... 7-18 7.2 M3A-HS64G02 Operation Parts Layout........................................................................................................ 7-23 7.2.1 JumperJP1 to JP12 ........................................................................................................................ 7-24 7.2.2 Switches and LEDs............................................................................................................................... 7-26 7.3 M3A-HS64G02 Dimensions.......................................................................................................................... 7-27 Appendix R0K572690C000BR Schematics .........................................................................................................1 This page is intentionally left blank SH7269 CPU Board R0K572690C000BR 1. Overview 1.1 Introduction 1. Overview The SH7269 CPU Board and optional boards are designed for evaluating the features and performance of the SH7269 Group of Renesas Electronics single-chip RISC microcomputers (MCUs). It is also used for developing and evaluating application software for these MCUs. This section describes features of the SH7269 CPU Board and its optional boards. 1.1.1 SH7269 CPU Board (Part Number: SH7269 CPU Board) The SH7269 CPU Board comes standard with a 32MB NOR flash memory (16-bit bus), a 16MB SDRAM (16-bit bus), two serial flash memories of 4MB, and a 16KB EEPROM. The SH7269 CPU Board has five boot options; boot from NOR flash memory, NAND flash memory (note), serial flash memory, NAND flash memory with the SD controller, and NAND flash memory with the MMC controller. Note: To boot from the NAND flash memory, the user must install it. Refer to Table 1.6.1 for the component that can be installed. The SH7269 CPU Board comes standard with an RS-232C connector, a USB connector, an SD card slot, and an RCA connector as the SH7269 peripheral interfaces. The USB connector on the SH7269 CPU Board is a Series-A receptacle. The wiring pattern on the SH7269 CPU Board allows the user to connect a Mini-B receptacle to evaluate the USB host and function modules. The SH7269 MCU's data bus, address bus, and internal peripheral pins are connected to expansion connectors on the SH7269 CPU Board to allow for timing evaluation with peripherals using measurements instruments, and the development of the expansion board according to its application. The Renesas Electronics E10A-USB on-chip emulator (AUT trace enabled: 36-pin, AUB trace disabled: 14-pin) can be connected to the SH7269 CPU Board. 1.1.2 Optional Board for Audio (Part Number: M3A-HS64G01) The M3A-HS64G01 is an evaluation board suitable for advance development of the audio system, which comes standard with an audio interface, CD deck interface and a character LCD module connector. Also, it comes with two channels of a D/A Converter for audio output, and one channel of a D/A Converter and an A/D Converter for audio input and output as its audio interfaces. It also comes standard with an LCD module interface connector, a UART interface connector, a CAN (Controller Area Network) connector, an IEBusTM connector, an IIC connector, and an SD card connector. Note: Some of the functions cannot be used with the SH7269 CPU Board. 1.1.3 Optional Board for Graphic Display (Part Number: M3A-HS64G02) The M3A-HS64G02 is an evaluation board, which comes standard with a video input interface, an audio interface and an LCD module interface for developing the video processing or music-playing applications. All PWM output pins and time output pins are inserted into connectors to allow for developing the automotive meter or brightness-control applications. It comes standard with a CAN connector, an IEBusTM connector, an IIC connector and an SD card connector. Note: Some of the functions cannot be used with the SH7269 CPU Board. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 1-1 SH7269 CPU Board R0K572690C000BR 1.2 1. Overview SH7269 CPU Board Configuration Figure 1.2.1 shows an example of a system configuration using the SH7269 CPU Board. Optional board for audio (M3A-HS64G01) or optional board for graphic display (M3A-HS64G02) Optional board can be connected SH7269 CPU board R0K572690C000BR RCA 5 VDC output regulated power supply (1) (1.5 A min.) SD card RS-232C USB SH7269 H-UDI port connector High-performance Embedded Workshop (1) Debugger SuperH RISC engine C/C++ compiler package (1) Host computer (1) E10A-USB emulator (1) Note 1: These items are not included in this CPU board, and must be prepared by user. Figure 1.2.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 Configuration Using the SH7269 CPU Board 1-2 SH7269 CPU Board R0K572690C000BR 1.3 1. Overview SH7269 CPU Board Specifications Table 1.3.1 and Table 1.3.2 describe the specifications of the SH7269 CPU Board. Table 1.3.1 SH7269 CPU Board Specifications Item CPU Description SH7269 * Input (XIN) clock: 13.33MHz * Bus clock: Up to 133.33MHz * CPU clock: Up to 266.67MHz * Internal memory High-speed internal RAM: 64KB Large-capacity internal RAM: 2.5MB Instruction cache: 8KB Operand cache: 8KB External memory * Power supply voltage: internal: 1.25V, I/O: 3.3V * 256-pin QFP, 0.4mm pitch (package code: PLQP0256LB-A) * SDRAM: 16MB EDS1216AATA-75E: 1 (Elpida) * NOR flash memory: 32MB S29GL256P90TFIR1: 1 (Spansion) * NAND flash memory: Optional Board pattern is designed to install the K9F2G08U0B-PCB0: 1 (Samsung) * Serial flash memory: 4MB S25FL032P0XMFI01: 2 (Spansion) * EEPROM: 16KB R1EX24128ASAS0A: 1 (Renesas) USB * USB Series-A receptacle (Mini-B receptacle is optional) SD card interface * Accesses the SD card by the SH7269 on-chip SD Host Interface (SDHI) * Accesses the MMC by the SH7269 on-chip MMC Host Interface (MMC) SD card slot: 1 Includes a card power control IC (Software control NOT allowed) Composite video input * Inputs the analog video signal to the SH7269 on-chip video decoder directly Connectors and through-holes * 14-pin or 38-pin H-UDI port connector * RS-232C connector (D-sub, 9-pin) * 20-pin MIL-spec connectors SH7269 expansion connectors: 5 (Ports A, C, D, F, and H) * 30-pin MIL-spec connectors SH7269 expansion connectors: 2 (Ports B and G) * 40-pin MIL-spec connector SH7269 expansion connector: 1 (Ports E and F) * 40-pin half pitch connectors LCD output connector: 1 DV input and PWM output connector: 1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 1-3 SH7269 CPU Board R0K572690C000BR Table 1.3.2 1. Overview SH7269 CPU Board Specifications (2/2) Item LEDs Switches, jumpers Board specifications R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 Description * Power supply LED: 1 * User LEDs: 2 (Connected to the SH7269 I/O port pins) * Reset switch: 1 * NMI switch: 1 * IRQ1 switch: 1 * Test switch: 1 * System setting DIP switches: 1 (4/package) * User DIP switches: 1 (6/package) * Dimensions: 148mm x 148mm * Mounting form: 6-layer, double-sided * Board thickness: 1.6mm * Number of boards: 1 1-4 SH7269 CPU Board R0K572690C000BR 1.4 1. Overview SH7269 CPU Board Exterior Figure 1.4.1 shows the exterior of the SH7269 CPU Board. Figure 1.4.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 SH7269 CPU Board Exterior 1-5 SH7269 CPU Board R0K572690C000BR 1.5 1. Overview SH7269 CPU Board Block Diagram Figure 1.5.1 shows the block diagram of the SH7269 CPU Board. H-UDI port connector (38-/14-pin) RS-232C connector H-UDI SCIF PIO Switches (Interrupt, DIP switches) INTC SDHI SD/MMC connector VBUS control MMC USB EEPROM EEPROM (16 (16 KB) KB) IIC3 NAND NAND (Optional) (Optional) FLCTL Serial Serial flash flash memory memory USB connector Video-in connector SH7269 (266 MHz) VDC4 LCD-out DV-in RSPI RQSPI PWM (4 (4 MB MB xx 2) 2) PWM-out Peripheral I/O BSC 16-bit 16-bit SDRAM SDRAM (16 (16 MB) MB) 16-bit 16-bit NOR NOR (32 (32 MB) MB) Expansion connector Figure 1.5.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 SH7269 CPU Board Block Diagram 1-6 SH7269 CPU Board R0K572690C000BR 1.6 1. Overview SH7269 CPU Board Major Components SW1 Power supply switch J6 5V input AC adapter jack JP11 System power supply switch J4 5V power supply connector SW6 User DIP switch SW5 System-setting DIP switch CN10 Expansion connector SW3 NMI switch SW4 IRQ1 switch SW7 TEST switch CN11 Expansion connector Figure 1.6.1 and Figure 1.6.2 show the layouts of the major components on the SH7269 CPU Board (PCB drawing). LED2, LED3 User LEDs J11 RCA connector LED1 Power supply LED JP13 1.25V power supply select jumper J12 RCA connector JP12 3.3V power supply select jumper CN4 Expansion connector JP8 IRQ0/CRx2 switch jumper JP9 IRQ1/CTx2 switch jumper X3 Oscillator socket EXTAL JP4 X4 SSL0 connect jumper U9, U10 Serial flash memories J1 USB series-A receptacle U7 SDRAM JP10 USB VBUS power supply jumper X5 Resonator 32.768KHzRTC U1 SH7269 U4 NOR flash J10 RS-232C connector Resonator 13.33MHz EXTAL J3 H-UDI port connector 38-pin X6 Oscillator 48MHzUSB Figure 1.6.1 SW2 Reset switch JP5 CS0# / MD_BOOT2 switch jumper CN5 Expansion connector X1 Socket for oscillatorLCD JP16 USB analog 1.2V power supply jumper X8 Oscillator 11.2896MHzAudio JP15 USB analog 3.3V power supply jumper JP14 ADC analog power supply jumper J7 H-UDI port connector 14-pin SH7269 CPU Board Layout and Component Placement (Top View of the Component Side) R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 1-7 SH7269 CPU Board R0K572690C000BR 1. Overview J13 SD card slot CN6 Expansion connector CN1 Expansion connector U5 NAND flash (Optional) CN8 Expansion connector X7 Resonator 48 MHz (USB) X2 Oscillator 27 MHz (Video) CN3 Expansion connector U6 EEPROM Figure 1.6.2 CN7 Expansion connector CN9 Expansion connector SH7269 CPU Board Layout and Component Placement (Top View of the Solder Side) R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 1-8 SH7269 CPU Board R0K572690C000BR 1. Overview Table 1.6.1 to Table 1.6.3 list the major components on the SH7269 CPU Board. Table 1.6.1 No. Major Components on the SH7269 CPU Board - ICs (1/3) Name Part Number Manufacturer Remarks Quantity per Board 1 CPU R5S72691P266FP Renesas 2 SDRAM EDS1216AATA-75E Elpida 16-bit bus 16MB 1 3 NOR flash memory S29GL256P90TFIR1 Spansion 16-bit bus 32MB 1 4 NAND flash memory K9F2G08U0B-PCB0 Samsung Optional 0 5 Serial flash memories S25FL032P0XMFI01 Spansion 4-wire serial 4MB 2 6 EEPROM R1EX24128ASAS0A Renesas 2-wire serial 16KB 1 7 Reset IC RNA50C27AUS Renesas 1 8 RS-22C driver MAX3222ECUP Maxim 1 9 Adjustable regulator LMS1587CSX-ADJ NS 3.3V 1 10 Adjustable regulator LM2734X NS 1.25V 1 11 Voltage reference LM4132AMF-3.3 NS ADC reference power supply 1 12 Multiplexers SN74CB3Q3257PWR TI Analog switches 5 Table 1.6.2 1 Major Components on the SH7269 CPU Board - Connectors (2/3) No. Name Part Number Manufacturer Remarks Quantity per Board 1 38-pin H-UDI port connector 2-5767004-2 Tyco 1 2 14-pin H-UDI port connector 2514-6002 3M 1 3 RS-232C connector XM2C-0942-132L Omron D-sub 9-pin 1 4 20-pin expansion connectors XG4C-2031 Omron 20-pin MIL-spec 3 5 30-pin expansion connector XG4C-2031 Omron 30-pin MIL-spec 1 6 30-pin expansion connector 961230-6300 3M Optional 0 7 40-pin expansion connector XG4C-4031 Omron 40-pin MIL-spec 1 8 40-pin expansion connectors FX2C-40P-1.27DSA Hirose 40-pin half pitch 2 9 DIP switches (4/package) A6S-4104-H Omron System setting 1 10 DIP switches (6/package) A6S-6104-H Omron User 1 11 USB Series-A receptacle UBA-4R-D14T-4D J.S.T. Manufacturing DIP type 1 12 USB Mini-B receptacle 54819-0572 Molex Optional 0 13 SD card slot DM1B-DSF-PEJ Hirose Reverse type 1 14 RCA connectors JPJ2545-01-540 Hosiden Composite video input pin 2 Table 1.6.3 No. Major Components on the SH7269 CPU Board - USB (3/3) Name Part Number Manufacturer Remarks Quantity per Board 1 USB power distribution switch MIC-2025-2YM Micrel VBUS power control 1 2 Zener diode HZN6.2Z4MFA Renesas Optional 0 3 Ferrite beads BLM21PG600SN1 Murata Optional 0 4 Common mode choke DLW21HN900SQ2 Rohm Optional 0 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 1-9 SH7269 CPU Board R0K572690C000BR 1.7 1. Overview M3A-HS64G01 Configuration Figure 1.7.1 shows an example of a system configuration using the M3A-HS64G01 (optional board for audio). Optional board for audio M3A-HS64G01 UART IEBusTM CAN (1) SH7269 CPU board R0K572690C000BR CAN SD card Character LCD module 12 VDC output AC adapter (3 A min.) RSPDIF IIC LCD module (1) CD deck Microphone, speaker, optical connector Note 1: These items cannot be used with the R0K572690C000BR. Figure 1.7.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 Configuration Using the M3A-HS64G01 1-10 SH7269 CPU Board R0K572690C000BR 1.8 1. Overview M3A-HS64G01 Board Specifications Table 1.8.1 describes the board specifications of the M3A-HS64G01. Table 1.8.1 M3A-HS64G01 Board Specifications No. 1 2 Item LCD Description Comes with following connectors to control an LCD module by the SH7269 on-chip Video Display Controller 4 (VDC4) Character LCD * Flexible connectors for LCD module: 2 * MIL-spec connector for LCD module: 1 (30-pin) Controls the character LCD module by the SH7269 on-chip general-purpose I/O ports * 3 Audio 16 x 2 semi-transmissive character LCD module with LED backlight: 1 Comes with audio codecs for audio input (AK4353) and audio input/output (AK4524) by the SH7269 on-chip Serial Sound Interface with FIFO (SSIF) * AK4353 (Asahi Kasei Microdevices Corporation): 2 96 kHz 24-bit DAC, on-chip digital audio transmitter Sampling frequency: 16 to 96 kHz Stereo pin jacks: 2 Optical connectors: 2 * AK4524 (Asahi Kasei Microdevices Corporation): 1 24-bit stereo codec with microphone AMP Sampling frequency: 32 to 48kHz 4 CD deck Inputs PCM data using the SH7269 on-chip SSIF and controls the CD deck by the Renesas Serial Peripheral Interface (RSPI) * 5 6 SD card interface CAN Accesses the SD card by the SH7269 on-chip SD Host Interface (SDHI) * SD card slot: 1 * Includes a card power control IC (Software control NOT allowed) CAN (Controller Area Network) communication by the SH7269 on-chip CAN (RCANTL1) * 7 IEBus Flexible connector for connecting a CD deck: 1 TM HA13721FP (Renesas CAN driver IC), includes a voltage level shifter IEBus TM communication by the SH7263 on-chip IEBus Controller (IEB) * HA12187FP (Renesas IEBus driver IC), includes a voltage level shifter 8 UART interface Connected to the SH7269 on-chip Serial Communication Interface with FIFO (SCIF) pin 9 IIC Connected to the SH7269 on-chip IIC bus interface (IIC3) pin * 10 Switches 11 Board specifications R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 MIL-spec connector for connecting an external IIC interface: 1 (20-pin) Key input by the SH7269 on-chip A/D converter * Key input switches: 16 (4 switches x 4 inputs) * Dimensions: 210mm x 148mm * Mounting form: 4 layers, double-sided * Board thickness: 1.6mm * Number of boards: 1 1-11 SH7269 CPU Board R0K572690C000BR 1.9 1. Overview M3A-HS64G01 Exterior Figure 1.9.1 shows the exterior of the M3A-HS64G01. Figure 1.9.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 M3A-HS64G01 Exterior 1-12 SH7269 CPU Board R0K572690C000BR 1.10 1. Overview M3A-HS64G01 Block Diagram Figure 1.10.1 shows the block diagram of the M3A-HS64G01. Bluetooth HCI HCI I/F Power control SCIF SDHI AK4524 Line-out Mic-in Optical connector Line-out Optical connector Line-out DAC/ADC MUX PIO RSPI SSIF SD card connector Character LCD AK4353 DAC1 DAC2 IIC3 SSIF USB SSIF RSPDIF Through-hol e IIC I/F LCD module I/F (RGB565) VDC4 Expansion connector HA13721 RCAN Level shifter CAN driver Connector CAN IEB Level shifter CAN driver Connector CAN HA12187 IEBus driver Connector IEBus TM IIC3 SSIF RSPI PIO CD I/F ADC Key 4 x 4 5V Power supply circuit 8V 12V : These modules cannot be used with the R0K572690C000BR. Figure 1.10.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 M3A-HS64G01 Block Diagram 1-13 <Top view of the solder side> R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 Figure 1.11.1 J7 Audio optical connector J8 Line-out pin jack J5 Audio optical connector J4 Microphone input pin jack J6 Line-out pin jack J3 Line-out pin jack SW1 LCD module connector (J12) power supply switch J9 CD deck connector JP3 Power supply jumper for plug-in power microphone J12 LCD module connector J14 LCD module connector J13 LCD module connector J11 External IIC connector J1 Character LCD module connector Character LCD 16 x 2 <Top view of the component side> JP2 Character LCD/SD switch jumper LED1 Power supply LED (12 V) CN7 CPU board connector CN6 CPU board connector CN9 CPU board connector CN3 CPU board connector CN1 CPU board connector J10 UART connector JP5 IETxD/CTx0 switch jumper 1.11 JP9 IERxD/CRx0 switch jumper J15 IEBus TM connector SH7269 CPU Board R0K572690C000BR 1. Overview M3A-HS64G01 Major Components Figure 1.11.1 shows the M3A-HS64G01 layout and locations of the major components (PCB drawing). JP6, JP7 CAN (ch0) terminate jumpers J16 CAN connector 0 J17 CAN connector 1 JP10, JP11 CAN (ch1) terminate jumpers JP4 CTx1 pin connect jumper JP8 CRx1 pin connect jumper SW18 Power supply switch J18 12 V power supply connector SW2 to SW17 Key input switches JP12 Power supply switch jumper J19 12 V input AC adapter jack J2 SD card slot M3A-HS64G01 Layout and Component Placement 1-14 SH7269 CPU Board R0K572690C000BR 1. Overview Table 1.11.1 and Table 1.11.2 list the major components on the M3A-HS64G01. Table 1.11.1 No. Major Components - ICs (1/2) Name Part Number Manufacturer Remarks Quantity per Board 1 Character LCD module SD1602H Sunlike 16 characters x 2 lines 1 2 Audio CODEC AK4524VF Asahi Kasei 24-bit 96 kHz audio codec 1 3 D/A Converters AK4353VF Asahi Kasei 96kHz 24-bit D/A converter 2 4 CAN drivers HA13721FP Renesas 2 5 IEBusTM driver HA12187FP Renesas 1 6 Adjustable regulator LTC3727EG LT 8V/5V 1 7 Multiplexers SN74CB3Q3257DBQR TI Analog switch 2 Table 1.11.2 Major Components - Connectors (2/2) No. Name Part Number Manufacturer Remarks Quantity per Board 1 20-pin expansion connectors XG4C-2031 Omron 20-pin MIL-spec 3 2 30-pin expansion connector XG4C-3031 Omron 30-pin MIL-spec 1 3 40-pin expansion connector XG4C-4031 Omron 40-pin MIL-spec 1 4 SD card slot DM1B-DSF-PEJ Hirose Reverse type 1 5 Audio optical connectors TOTX147PL Toshiba 6 CD deck connector IMSA-9617S-22 Iriso 1 mm pitch FFC 1 7 UART connector B7B-XH-A J.S.T. Manufacturing TTL level 1 8 External IIC connector XG4C-2031 Omron 20-pin MIL-spec 1 9 LCD module connector 1 (J12) IMSA-9639S40D Iriso 0.5mm pitch FFC, for TX09D55VM1CDA only 1 10 LCD module connector 2 (J13) IMSA-9619S40B Iriso 1 mm pitch FFC, for TX09D14VM3CCA only 1 11 LCD module connector 3 (J14) XG4C-3031 Omron 30-pin MIL-spec, multipurpose 1 12 IEBusTM connector B3B-XH-A J.S.T. Manufacturing 2.5mm pitch 1 13 CAN connectors B3B-XH-A J.S.T Manufacturing 2.5mm pitch 2 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 2 1-15 SH7269 CPU Board R0K572690C000BR 1.12 1. Overview M3A-HS64G02 Configuration Figure 1.12.1 shows an example of the system configuration using the M3A-HS64G02 (optional board for graphic display). Optional board for graphic display M3A-HS64G02 UART IEBusTM CAN(1) SH7269 CPU board R0K572690C000BR CAN SD card 12 VDC output AC adapter (3 A min.) PWM Timer output RSPDIF (1) IIC LCD module Vin Speaker Optical connector Note 1: These items cannot be used with the R0K572690C000BR. Figure 1.12.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 Configuration Using the M3A-HS64G02 1-16 SH7269 CPU Board R0K572690C000BR 1.13 1. Overview M3A-HS64G02 Board Specifications Table 1.13.1 describes the M3A-HS64G02 board specifications. Table 1.13.1 M3A-HS64G02 Board Specifications No. 1 2 Item LCD Description Comes with following connectors to control an LCD module by the SH7269 on-chip Video Display Controller 4 (VDC4) Video signal input * Flexible connectors for LCD module: 2 * MIL-spec connector for LCD module: 1 (30-pin) Inputs the video signal in the SH7269 on-chip VDC4 * AK8851 (Asahi Kasei Microdevices Corporation): 1 Decodes NTSC or PAL composite video signal and S-video signal digitally Includes two channels of a 10-bit ADC (Operates at 27MHz) Composite video pin (RCA connector) S-video connector 3 Audio Comes with audio codec for audio output by the SH7269 on-chip Serial Sound Interface with FIFO (SSIF) * AK4353 (Asahi Kasei Microdevices Corporation): 1 96 kHz 24-bit D/A Converter, on-chip digital audio transmitter Sampling frequency: 16 to 96 kHz Stereo pin jacks: 2 Optical connectors: 2 4 PWM Connected to the SH7269 on-chip Motor Control PWM timer pin * 5 Timer output Controls the LED brightness by PWM mode in the SH7269 on-chip MTU2 * 6 7 SD card interface CAN IEBus Accesses the SD card by the SH7269 on-chip SD Host Interface SD card slot: 1 * Includes a card power control IC (Software control NOT allowed) CAN communication by the SH7269 on-chip CAN (RCAN-TL1) TM IIC Switches 11 Board specifications R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 HA12187FP (Renesas IEBus driver IC), includes a voltage level shifter Connected to the SH7269 on-chip IIC bus interface (IIC3) pin * 10 HA13721FP (Renesas CAN driver IC), includes a voltage level shifter IEBus TM communication by the SH7263 on-chip IEBus Controller (IEB) * 9 MIL-spec connector for time output: 1 (20-pin) * * 8 MIL-spec connector for PWM timer output: 1 (20-pin) MIL-spec connector for connecting an external IIC interface: 1 (20-pin) Key input by the SH7269 on-chip A/D Converter * Key input switches: 16 (4 switches x 4 inputs) * Dimensions: 210mm x 148mm * Mounting form: 4 layers, double-sided * Board thickness: 1.6mm * Number of boards: 1 1-17 SH7269 CPU Board R0K572690C000BR 1.14 1. Overview M3A-HS64G02 Exterior Figure 1.14.1 shows the exterior of the M3A-HS64G02. Figure 1.14.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 M3A-HS64G02 Exterior 1-18 SH7269 CPU Board R0K572690C000BR 1.15 1. Overview M3A-HS64G02 Block Diagram Figure 1.15.1 shows the block diagram of the M3A-HS64G02. UART I/F Power control SCIF SDHI MUX PWM Optical connector Line-out SD card connector PWM I/F (8-bit) AK4353 IIC3 DAC SSIF USB Expansion connector RSPDIF T hrough-hole IIC I/F LCD module I/F (RGB565) VDC4 AK8851 IIC3 Video decoder Video In HA13721 RCAN Level shifter CAN driver Connector CAN IEB Level shifter CAN driver Connector CAN HA12187 IEBus driver Connector IEBusTM IIC3 Brightness-control LED (4-bit) MTU2 ADC Switches x 2 PIO 5V Key 4 x 4 Power supply circuit 12V : These modules cannot be used with the R0K572690C000BR. Figure 1.15.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 M3A-HS64G02 Block Diagram 1-19 SH7269 CPU Board R0K572690C000BR 1.16 1. Overview M3A-HS64G02 Major Components LED1 Power supply LED (12 V) J2 IRQ3, PE3/SDA1 switch jumper CN7 CPU board connector CN6 Expansion connector CN9 CPU board connector CN3 CPU board connector CN1 CPU board connector J2 UART connector JP6, JP7 CAN (ch0) terminate jumpers JP9 IERxD/CRx0 switch jumper JP5 IETxD/CTx0 switch jumper J13 IEBus TM connector <Top view of the component side> SW3 LCD module connector (J10) power supply switch Figure 1.16.1 shows the M3A-HS64G02 layout and locations of the major components (PCB drawing). JP3 PWM, SD/SSIF/PORT switch jumper J14 CAN connector 0 J15 CAN connector 1 JP10, JP11 CAN (ch1) terminate jumpers JP4 CTx1 pin connect jumper JP8 CRx1 pin connect jumper SW20 Power supply switch J17 12 V power supply connector SW2 to SW17 Key input switches JP12 Power switch jumper J5 PWM connector J18 12 V input AC adapter jack J6 Audio optical connector J7 Line-out pin jack J9 S-Video connector J8 RCA connector SW2 IRQ3 switch X1 Oscillator 24.576 MHz (Video) SW1 IRQ2 switch J10 LCD module connector J1 IRQ2, PE2/SCL1 switch jumper <Top view of the solder side> J12 LCD module connector J11 LCD module connector J3 External IIC connector LED1 to LED14 Brightness-control LEDs J16 MTU2 connector J4 SD card slot Figure 1.16.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 M3A-HS64G02 Layout and Component Placement 1-20 SH7269 CPU Board R0K572690C000BR 1. Overview Table 1.16.1 and Table 1.16.2 list the major components on the M3A-HS64G02. Table 1.16.1 No. Major Components - ICs (1/2) Name Part Number Manufacturer Quantity per Board Remarks 1 Character LCD module SD1602H Sunlike 16 characters x 2 lines 1 2 Audio codec AK4524VF Asahi Kasei 24-bit 96kHz audio codec 1 3 D/A Converters AK4353VF Asahi Kasei 96kHz 24-bit D/A converter 1 4 CAN drivers HA13721FP Renesas 2 HA12187FP Renesas 1 TM 5 IEBus 6 Adjustable regulator LTC3727EG LT 8V/5V 1 7 Multiplexers SN74CB3Q3257DBQR TI Analog switch 4 Table 1.16.2 driver Major Components - Connectors (2/2) No. Name Part Number Manufacturer Remarks Quantity per Board 1 20-pin expansion connectors XG4C-2031 Omron 20-pin MIL-spec 3 2 30-pin expansion connector XG4C-3031 Omron 30-pin MIL-spec 1 3 40-pin expansion connector XG4C-4031 Omron 40-pin MIL-spec 1 4 SD card slot DM1B-DSF-PEJ Hirose Reverse type 1 5 Audio optical connectors TOTX147PL Toshiba 6 UART connector B7B-XH-A J.S.T. Manufacturing TTL level 1 7 External IIC connector XG4C-2031 Omron 20-pin MIL-spec 1 8 LCD module connector 1 (J10) IMSA-9639S40D Iriso 0.5mm pitch FFC, for TX09D55VM1CDA only 1 9 LCD module connector 2 (J11) IMSA-9619S40B Iriso 1 mm pitch FFC, for TX09D14VM3CCA only 1 10 LCD module connector 3 (J12) XG4C-3031 Omron 30-pin MIL-spec, multipurpose 1 11 IEBusTM connector B4B-XH-A J.S.T. Manufacturing 2.5mm pitch 1 12 CAN connectors B3B-XH-A J.S.T Manufacturing 2.5mm pitch 2 13 PWM connector XG4C-2031 Omron 20-pin MIL-spec 1 14 MTU2 connector XG4C-2031 Omron 20-pin MIL-spec 1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 1 1-21 SH7269 CPU Board R0K572690C000BR 1.17 1. Overview Memory Maps Figure 1.17.1 shows the memory map example of the SH7269 on the SH7269 CPU Board. Logic address SH7269 Logic Space H'0000 0000 H'0200 0000 CS0 space: 64MB R0K572690C000BR Memory Map Flash memory (32 MB) 16-bit bus User area H'0400 0000 CS1 space: 64MB User area CS2 space: 64MB User area H'0800 0000 H'0C00 0000 H'0D00 0000 SDRAM (16MB) CS3 space: 64MB 16-bit bus User area H'1000 0000 CS4 space: 64MB User area CS5 space: 64MB User area H'1400 0000 H'1800 0000 SPI multi I/O bus area(8MB) H'1880 0000 User area H'1C00 0000 Other: 128MB Large-capacity internal RAM: 2.5MB H'1C28 0000 Reserved (Do not use) H'2000 0000 CS0 to CS5 spaces, other CS0 to CS5 spaces, other (Cache-disabled space) (Cache-disabled space) Reserved (Do not use) Reserved (Do not use) Reserved (Do not use) Reserved (Do not use) High-speed internal RAM: High-speed internal RAM: 64KB 64KB Internal RAM, reserved Internal RAM, reserved (Do not use) (Do not use) On-chip peripherals, reserved On-chip peripherals, reserved H'4000 0000 H'8000 0000 H'FFF8 8000 H'FFF9 0000 H'FFFC 0000 H'FFFF FFFF Figure 1.17.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 SH7269 Memory Map Example 1-22 SH7269 CPU Board R0K572690C000BR 1.18 1. Overview Absolute Maximum Ratings Table 1.18.1 and Table 1.18.2 list the absolute maximum ratings of the SH7269 CPU Board and its optional boards. Table 1.18.1 Symbol SH7269 CPU Board Absolute Maximum Ratings Item Value Remarks VCC 5V system power supply voltage -0.3V to 6.0V Reference voltage: VSS 3VCC 3.3V system power supply voltage -0.3V to 4.6V Reference voltage: VSS 1.2VCC 1.25V system power supply voltage -0.3V to 1.7V Reference voltage: VSS Topr Operating ambient temperature -10C to 55C Do not expose to condensation or corrosive gas Tstg Storage ambient temperature -20C to 60C Do not expose to condensation or corrosive gas Note: Ambient temperature refers to the air temperature in the vicinity of the board. Table 1.18.2 Symbol Absolute Maximum Ratings on the SH7269 Optional Boards Item Value Remarks 12VCC 12V system power supply voltage -0.3V to 15.0V Reference voltage: VSS 8VCC 8V system power supply voltage -0.3V to 10.0V Reference voltage: VSS 5VCC 5V system power supply voltage -0.3V to 6.0V Reference voltage: VSS 3VCC 3.3V system power supply voltage -0.3V to 4.6V Reference voltage: VSS Topr Operating ambient temperature -10C to 55C Do not expose to condensation or corrosive gas Tstg Storage ambient temperature -20C to 60C Do not expose to condensation or corrosive gas Note: Ambient temperature refers to the air temperature in the vicinity of the board. 1.19 Operating Conditions Table 1.19.1 and Table 1.19.2 list the operating conditions of the SH7269 CPU Board and its optional boards. Table 1.19.1 Symbol SH7269 CPU Board Operating Conditions Item Value VCC 5V system power supply voltage 4.75V to 5.25V - Maximum current consumption 1.5A max. Topr Operating ambient temperature 0C to 40C Table 1.19.2 Symbol Remarks Reference voltage: VSS Do not expose to condensation or corrosive gas SH7269 Optional Boards Operating Conditions Item Value Remarks 12VCC 12V system power supply voltage 11.4V to 12.6V Reference voltage: VSS - Maximum current consumption 3A max. Includes the SH7269 CPU BoardC000BR Topr Operating ambient temperature 0C to 40C Do not expose to condensation or corrosive gas R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 1-23 SH7269 CPU Board R0K572690C000BR 1.20 1. Overview Usage Note This section describes the usage note of the SH7269 CPU board and its optional boards. 1.20.1 Configuring Unused Pins Set the SH7269 unused (unconnected) multiplexed pin to output when the optional board is not connected with the SH7269 CPU board. Port H requires external resistors or must be set to an analog input. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 1-24 SH7269 CPU Board R0K572690C000BR 2. R0K572690C000BR Functions 2. Functions 2.1 Overview of Functions The R0K572690C000BR includes the function modules listed in the following table. Table 2.1.1 R0K572690C000BR Function Modules Section 2.2 Function CPU Description * SH7269 Input (XIN) clock: 13.33MHz Bus clock: Up to 133.33MHz CPU clock: Up to 266.67MHz 2.3 Memory * Internal memory High-speed internal RAM: 64KB, Large-capacity internal RAM: 2.5MB * SDRAM: 16MB EDS1216AATA-75E: 1 (Elpida) * NOR flash memory: 32MB S29GL256P90TFIR1: 1 (Spansion) * NAND flash memory: Optional Board pattern is designed to install the K9F2G08U0B-PCB0: 1 (Samsung) * Serial flash memory: 4MB S25FL032P0XMFI01: 2 (Spansion) * EEPROM: 16KB R1EX24128ASAS0A: 1 (Renesas) 2.4 USB interface Connects the SH7269 USB 2.0 host/function module and a USB connector 2.5 RS-232C interface Connects the SH7269 Serial Communication Interface with FIFO (SCIF) and an RS-232C connector 2.6 I/O ports Connects the SH7269 I/O ports, LEDs, and DIP switches 2.7 Interrupt switches Connects the SH7269 NMI pin, IRQ1 pin, and push-button switches 2.8 Clock modules * Controls the system clock * Controls the peripheral I/O clock 2.9 Reset module * Resets devices on the R0K572690C000BR 2.10 Power supply module * Controls the R0K572690C000BR system power supply 2.11 H-UDI * Connects the SH7269 user debug interface to the H-UDI port connector 2.12 SD//MMC card interface * Connects the SH7269 SD Host Interface (SDHI) and an SD card slot * Connects the SH7269 MMC Host Interface (MMC) and an MMC card slot 2.13 VDC4 interface * Connects the SH7269 Video Display Controller 4 (VDC4) and the LCD module connector * Connects the SH7269 Video Display Controller 4 (VDC4) and the digital video input connector 2.14 Video input interface * Connects the SH7269 digital video decoder and the composite video input pin 2.15 PWM interface * Connects the SH7269 Motor Control PWM Timer (PWM) and a 40-pin half pitch connector - Operating Specifications Refer to chapter 5 for details on connectors, switches, and LEDs R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 2-1 SH7269 CPU Board R0K572690C000BR 2.2 CPU 2.2.1 SH7269 Overview 2. R0K572690C000BR Functions The R0K572690C000BR includes the SH7269, the 32-bit RISC MCU that operates with a maximum frequency of 266.67 MHz. 2.2.2 SH7269 Pin Functions Used on the R0K572690C000BR Table 2.2.1 to Table 2.2.10 list the SH7269 pin functions used on the R0K572690C000BR Table 2.2.1 R0K572690C000BR Function Modules No. Name Symbol RD# Description Expansion Connector Connected to NOR flash memory OE# pin CN6, pin 6 RD/WR# Connected to SDRAM WE# pin CN6, pin 7 WE0# Connected to NOR flash memory WE# pin CN6, pin 8 Remarks 1 PC1/RD# 2 PVcc 3 PC2/RD/WR#/SCK6 4 PC3/WE0#/DQMLL/RxD6 DQMLL Connected to SDRAM DQML pin 5 PC4/WE1#/WE#/DQMLU/TxD6 DQMLU Connected to SDRAM DQMU pin CN6, pin 9 6 PC5/RAS#/CRx0 / RAS# Connected to SDRAM RAS# pin - SW6-1: OFF CRx0/CRx1/CRx2/IRQ0 - - CN6, pin 14 SW6-1: ON 7 PVcc 8 PC6/CAS#/SCK7/CTx0/ CAS# Connected to SDRAM CAS# pin - SW6-1: OFF CTx0&CTx1&CTx2 - - CN6, pin 15 SW6-1: ON 9 Vss 10 PC7/CKE/RxD7/CRx1/ CKE Connected to SDRAM CKE pin - SW6-1: OFF CRx0/CRx1/IRQ1 - - CN6, pin 16 SW6-1: ON - SW6-1: OFF SW6-1: ON 11 12 Vcc PC8/CS3#/TxD7/ CS3# Connected to SDRAM CS# pin CTx1/CTx0&CTx1 - - CN6, pin 17 13 PB1/A1/TIOC0A A1 Address bus CN4, pin 28 14 PB2/A2/TIOC0B A2 Address bus CN4, pin 27 15 PB3/A3/TIOC0C A3 Address bus CN4, pin 26 CN11, pin A1 16 17 18 19 PJ14/DV_DATA14 / PWM2G PWM output LCD_DATA14/PINT6/ DV_DATA14 DV input PWM2G/TxD6 - - CN1, pin 4 CN11, pin B1 PVcc PJ15/DV_DATA15/ PWM2H PWM output LCD_DATA15/PINT7/ DV_DATA15 DV input PWM2H/TxD7 - - A4 Address bus CN4, pin 25 PJ16 Connected to SW6-5 as user input port 1 CN11, pin B13 PB4/A4/TIOC0D 21 Vcc PJ16/DV_DATA16/ LCD_DATA16/RSPCK0/ 23 TTL level Vss 20 22 TTL level TIOC0A/SIOFSCK DV_DATA16 DV input PJ17/DV_DATA17/ PJ17 Connected to SW6-6 as user input port 2 DV_DATA17 DV input LCD_DATA17/SSL00/ TIOC0B/SIOFSYNC Legend: : 3.3V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 : 1.25V power supply, CN11, pin B12 : GND 2-2 SH7269 CPU Board R0K572690C000BR Table 2.2.2 No. 24 2. R0K572690C000BR Functions SH7269 Pin Functions (2/10) Name PJ18/DV_DATA18/ Symbol Description PJ18 Connected to LED2 as user output port 1 LCD_DATA18/MOSI0/ Expansion Connector CN11, pin B8 TIOC0C/SIOFTxD DV_DATA18 DV input 25 PB5/A5/TIOC1A A5 Address bus CN4, pin 22 26 PB6/A6/TIOC1B A6 Address bus CN4, pin 21 27 PVcc 28 PB7/A7/TIOC2A A7 Address bus CN4, pin 20 29 Vss A8 Address bus CN4, pin 19 30 PB8/A8/TIOC2B 31 Vcc 32 PB9/A9/TIOC3A A9 Address bus CN4, pin 18 33 PB10/A10/TIOC3B A10 Address bus CN4, pin 17 34 PB11/A11/TIOC3C A11 Address bus CN4, pin 14 35 PB12/A12/TIOC3D A12 Address bus CN4, pin 13 36 PJ19/DV_DATA19/ PJ19 Connected to LED3 as user output port 2 CN11, pin A12 LCD_DATA19/MISO0/TIOC0D/ SIOFRxD/AUDIO_XOUT 37 38 CN7, pin 40 PJ20/DV_DATA20/ - - CN7, pin 8 JP9: 1-2 DV_DATA20 DV input CN11, pin B4 JP9: 2-3 IRQ0/CRx2/CRx0/CRx1/CRx2 - - CN1, pin 17 Address bus CN4, pin 12 Vss PB13/A13/QIO2_1 / SPBIO2_1 43 - LCD_DATA20/LCD_TCON3/ 40 42 DV input - PVcc 39 41 DV_DATA19 A13 QIO2_1 / SPBIO2_1 Connected to serial flash memory 2 IO2 pin Vcc PJ21/DV_DATA21 IRQ1 IRQ1 switch - JP8: 1-2 LCD_DATA21/LCD_TCON4/ DV_DATA21 DV input CN11, pin A14 JP8: 2-3 IRQ1/CTx2/CTx0&CTx1&CTx2 - - CN1, pin 18 PJ22/DV_DATA22/ DV_DATA22 DV input CN11, pin B14 LCD_DATA22/LCD_TCON5/ LCD_TCON5 Connected to LCD module DE pin CN1, pin 24 PJ23/DV_DATA23/ DV_DATA23 DV input CN11, pin A15 LCD_DATA23/LCD_TCON6/ LCD_TCON6 Connected to the LCD module M_DISP pin CN1, pin 18 Address bus CN4, pin 11 IRQ2/CRx1/CRx0/CRx1 44 CN10, pin B17 IRQ3/CTx1/CTx0&CTx1 45 PB14/A14/QIO3_1 / SPBIO3_1 A14 QUI3_1 / SPBIO3_1 46 PB15/A15/QIO2_0 / SPBIO2_0 47 PVcc 48 PB16/A16/QIO3_0 / SPBIO3_0 Legend: Address bus / A16 QIO3_0 SPBIO3_0 CN10, pin B18 Connected to serial flash memory 2 IO3 pin A15 QIO2_0 SPBIO2_0 49 Remarks CN4, pin 10 Connected to serial flash memory 1 IO2 pin Address bus / CN4, pin 9 Connected to serial flash memory 1 IO3 pin Vss : 3.3V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 : 1.25V power supply, : GND 2-3 SH7269 CPU Board R0K572690C000BR Table 2.2.3 No. SH7269 Pin Functions (3/10) Name 50 2. R0K572690C000BR Functions PB17/A17/QSPCLK_0/ Symbol A17 Description Expansion Connector Address bus Remarks CN4, pin 6 RSPCK0 / SPBCLK 51 52 VCC PB18/A18/QSSL_0/SSL00 / SPBSSL 53 PB19/A19/QMO_0/QIO0_0/ MOSI0 / SPBMO_0/SPBIO0_0 54 PB20/A20/QMI_0/QIO1_0/ MISO0 / SPBMI_0/SPBIO1_0 55 A18 QSSL_0/ SSL00/ SPBSSL Address bus Connected to serial memory 1 CS pin A19 QMO_0/QIO0_0/ MOSI0 / SPBMO_0/SPBIO0_0 Connected to serial memory 1 SI pin A20 QMI_0/QIO1_0/ MISO0 / SPBMI_0/SPBIO1_0 Connected to serial memory 1 SO pin flash Address bus CN4, pin 5 JP4: Open - JP4: 1-2 CN4, pin 4 flash Address bus CN4, pin 3 flash Vss 56 PB21/A21/CRx2/IERxD 57 Vcc A21 Address bus CN4, pin 2 58 PB22/A22/CTx2/IETxD/CS4# A22 Address bus 59 PC0/CS0#/MD_BOOT2 CS0# Connected to NOR memory CE# pin MD_BOOT2 Connected to SW5-4 as boot mode input 2 CKIO Connected to SDRAM CLK pin CN6, pin 20 MD_BOOT0 Connected to SW5-2 as boot mode input 0 CN1, pin 10 RES#: low RES#: low 60 CN4, pin 1 flash CN6, pin 5 JP5: 1-2 JP5: 2-3 PVcc 61 CKIO 62 Vss 63 PA0/MD_BOOT0 64 Vcc 65 PA1/MD_BOOT1 MD_BOOT1 Connected to SW5-3 as boot mode input 1 CN1, pin 9 PJ28/SSISCK5/TIOC1B/ - - CN7, pin 22 - - CN7, pin 24 SW6-4: ON CN1, pin 19 SW6-4: OFF 66 RTS7# 67 PJ29/SSIWS5/TIOC2A/ IERxD 68 PJ30/SSIDATA5/TIOC2B/ - - IETxD 69 PJ31/DV_CLK CN7, pin 23 SW6-4: ON CN1, pin 20 SW6-4: OFF DV_CLK DV input CN11, - - CN7, pin 27 - - CN7, pin 5 - - CN7, pin 8 SCL1 Connected to EEPROM SCL pin CN7,, pin 7 - - SDA1 Connected to EEPROM SDA pin - - pin B16 70 PE0/SCL0/TCLKA/ LCD_EXTCLK 71 PE1/SDA0/TCLKB/ AUDIO_CLK/DV_CLK 72 PE2/SCL1/TCLKC/IOIS16#/ DV_VSYNC 73 PE3/SDA1/TCLKD/ADTRG#/ DV_HSYNC - Legend: : 3.3V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 - : 1.25V power supply, CN7, pin 10 CN7, pin 12 : GND 2-4 SH7269 CPU Board R0K572690C000BR Table 2.2.4 2. R0K572690C000BR Functions SH7269 Pin Functions (4/10) No. Name Symbol Description Expansion Connector 74 PE4/SCL2/RxD4/DV_VSYNC DV_VSYNC DV input CN11, 75 PE5/SDA2/RxD5/DV_HSYNC DV_HSYNC DV input CN11, 76 PE6/SCL3/RxD6 - - CN6, pin 12 77 PE7/SDA3/RxD7 - - CN6, pin 13 78 PVcc NMI Non-maskable interrupt - ASEMD# ASE mode select - XTAL Open - RES# Reset input CN7, pin 6 Connects the real time clock resonator to MCU - Remarks pin A17 pin B17 79 NMI 80 Vss 81 ASEMD# 82 Vcc 83 PLLVcc 84 EXTAL 85 XTAL 86 PLLVss 87 PLLVss 88 RES# H-UDI CN7, pin 9 89 RTC_X1 RTC_X1 90 RTC_X2 RTC_X2 91 USBDPVcc 92 USBDPVss - 32.768kHz 93 DM DM USB differential D- data - 94 DP DP USB differential D+ data - 95 VBUS VBUS VBUS input - 96 USBDVcc REFRIN Reference input - Connects a 5.6 k1% resistor 48MHz 97 USBDVss 98 REFRIN 99 USBAVss 100 USBAPVcc 101 USBAVcc 102 USBAVss 103 USBUVcc 104 USBUVss 105 USB_X1 USB_X1 Connects the USB external clock to MCU - 106 USB_X2 USB_X2 Open - 107 PVcc 108 VIDEO_X1 VIDEO_X1 Connects the digital video decoder external clock to MCU - 109 VIDEO_X2 VIDEO_X2 Open - 110 Vss 111 DVAVcc 112 DVAVss 113 VIN1 VIN1 Analog video signal input CN10, 114 VIN2 VIN2 Analog video signal input CN10, 115 VRT VRT Top reference voltage - 116 VRB VRB Bottom reference voltage - 27MHz pin A19 pin B20 Legend: : 3.3V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 : 1.25V power supply, : GND 2-5 SH7269 CPU Board R0K572690C000BR Table 2.2.5 2. R0K572690C000BR Functions SH7269 Pin Functions (5/10) No. Name Symbol Description Expansion Connector 117 BIAS BIAS Reference voltage - 118 PH0/AN0/PINT0 - - CN3, pin 4 119 PH1/AN1/PINT1 - - CN3, pin 3 120 PH2/AN2/PINT2 - - CN3, pin 8 121 PH3/AN3/PINT3 - - CN3, pin 7 122 PH4/AN4/PINT4 - - CN3, pin 12 123 PH5/AN5/PINT5/ - - CN3, pin 11 Remarks Connects a 24 k1% resistor CN11, pin B18 LCD_EXTCLK CN11, pin A19 124 AVss 125 PH6/AN6/PINT6 126 AVcc 127 PH7/AN7/PINT7 128 AVref 129 TRST# TRST# Initialization signal input pin - H-UDI 130 ASEBRKAK#/ASEBRK# ASEBRKAK# Break mode acknowledge - H-UDI ASEBRK# Break request 131 TDO TDO Test data output - H-UDI 132 TDI TDI Test data input - H-UDI 133 TMS TMS Test mode select - H-UDI 134 TCK TCK Test clock - H-UDI 135 Vss 136 PG0/D16/LCD_DATA0/ LCD_DATA0 Connected to LCD module D0 pin CN9, pin 2 B0 - - CN3, pin 16 CN11, pin B19 - - CN3, pin 15 CN11, pin A20 IRQ0/TIOC0A 137 Vcc 138 PG1/D17/LCD_DATA1/ CN10, pin A1 LDC_DATA1 Connected to LCD module D1 pin IRQ1/TIOC0B 139 Vss 140 PG2/D18/LCD_DATA2/ CN9, pin 1 B1 CN10, pin B1 LCD_DATA2 Connected to LCD module D2 pin IRQ2/TIOC0C CN9, pin 4 B2 CN10, pin A2 141 PVcc 142 AUDIO_X2 AUDIO_X2 Open - 143 AUDIO_X1 AUDIO_X1 Connects the audio external clock to MCU - 11.2896 MHz LCD_DATA3 Connected to LCD module D3 pin CN9, pin 3 B3 144 Vss 145 PG3/D19/LCD_DATA3/ IRQ3/TIOC0D 146 Vcc 147 PG4/D20/LCD_DATA4/ CN10, pin B2 LCD_DATA4 Connected to LCD module D4 pin IRQ4/TIOC1A 148 PG5/D21/LCD_DATA5/ PG6/D22/LCD_DATA6/ LCD_DATA5 Connected to LCD module D5 pin PG7/D23/LCD_DATA7/ LCD_DATA6 Connected to LCD module D6 pin : 3.3V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 B5 CN9, pin 7 B6 CN10, pin B4 LCD_DATA7 Connected to LCD module D7 pin IRQ7/TIOC2B Legend: CN9, pin 8 CN10, pin A4 IRQ6/TIOC2A 150 B4 CN10, pin B3 IRQ5/TIOC1B 149 CN9, pin 6 CN9, pin 9 B7 CN10, pin B4 : 1.25V power supply, : GND 2-6 SH7269 CPU Board R0K572690C000BR Table 2.2.6 No. 151 152 153 2. R0K572690C000BR Functions SH7269 Pin Functions (6/10) Name Symbol Description PJ0/DV_DATA0/LCD_DATA0 DV_DATA0 DV input CN11, pin A6 - - CN7, pin 15 SW6-3: OFF - - CN7, pin 17 SW6-3: ON PJ1/DV_DATA1/LCD_DATA1 DV_DATA1 DV input CN11, pin B6 /SD_WP_1/PWM1B - - CN7, pin 16 SW6-3: OFF - - CN7, pin 20 SW6-3: ON LCD_DATA8 Connected to LCD module D8 pin CN 9, pin 12 G0 PVcc Vss 155 PG8/D24/LCD_DATA8/ PINT0/TIOC3A 157 CN 10, pin A6 Vcc PJ2/DV_DATA2/LCD_DATA2 DV_DATA 2 DV input CN11, - - CN7, pin 13 SW6-3: OFF - - CN7, pin 19 SW6-3: ON /SD_D1_1/PWM1C 158 159 pin A10 PJ3/DV_DATA3/LCD_DATA3 DV_DATA3 DV input CN11, pin B9 /SD_D0_1/PWM1D - - CN7, pin 14 SW6-3: OFF - - CN7, pin 22 SW6-3: ON PJ4/DV_DATA4/LCD_DATA4 DV_DATA4 DV input CN11, pin A9 /SD_CLK_1/PWM1E - - CN7, pin 3 - - CN7, pin 24 SW6-3: ON LCD_DATA9 Connected to LCD module D9 pin CN9, pin 11 G1 LCD_DATA10 Connected to LCD module D10 pin CN9, pin 14 160 PG9/D25/LCD_DATA9/ 161 PG10/D26/LCD_DATA10/ PINT1/TIOC3B 162 PVcc 163 PG11/D27/LCD_DATA11/ Vss 165 PG12/D28/LCD_DATA12/ LCD_DATA11 Connected to LCD module D11 pin CN9, pin 13 G3 CN10, pin B7 LCD_DATA12 Connected to LCD module D12 pin PINT4 CN9, pin 16 G4 CN10, pin B8 166 Vcc 167 PG13/D29/LCD_DATA13/ LCD_DATA13 Connected to LCD module D13 pin PINT5 CN9, pin 18 G5 CN10, pin A9 PG14/D30/LCD_DATA14/ LCD_DATA14 Connected to LCD module D14 pin PINT6 169 G2 CN10, pin A7 PINT3/TIOC3D 164 SW6-3: OFF CN10, pin B6 PINT2/TIOC3C 168 Remarks /SD_CD_1/PWM1A 154 156 Expansion Connector CN9, pin 17 G6 CN10, pin B9 PG15/D31/LCD_DATA15/ LCD_DATA15 Connected to LCD module D15 pin PINT7 CN9, pin 20 G7 CN10, pin A10 170 171 172 173 174 Legend: PG16/WE2#/ICIORD#/DQMUL LCD_DATA16 Connected to LCD module D16 pin CN10, R0 /LCD_DATA16/AUDATA0 AUDATA0 Connected to the H-UDI port connector (J3) pin A11 AUD PJ5/DV_DATA5/LCD_DATA5 DV_DATA5 DV input CN11, pin A7 /SD_CMD_1/PWM1F - - CN7, pin 4 SW6-3: OFF - - CN7, pin 23 SW6-3: ON PVcc PJ6/DV_DATA6/LCD_DATA6 DV_DATA6 DV input CN11, pin B7 /SD_D3_1/PWM1G - - CN7, pin 1 SW6-3: OFF - - CN7, pin 25 SW6-3: ON Vss : 3.3V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 : 1.25V power supply, : GND 2-7 SH7269 CPU Board R0K572690C000BR Table 2.2.7 SH7269 Pin Functions (7/10) No. 175 Name Symbol 177 178 LCD_DATA17 Connected to LCD module D17 pin CN10, R1 Connected to the H-UDI port connector (J3) pin B11 AUD PJ7/DV_DATA7/LCD_DATA7/ DV_DATA7 DV input CN11, pin A5 SD_D2_1/PWM1H - - CN7, pin 2 Vcc PJ8/DV_DATA8/LCD_DATA8/ PJ9/DV_DATA9/LCD_DATA9/ PG18/DV_DATA4/ PG19/DV_DATA5/ SW6-3: OFF - - CN7, pin 28 SW6-3: ON PWM2A PWM output CN11, pin A4 TTL level DV_DATA8 DV input - - CN1, pin 12 PWM2B PWM output CN11, pin B3 DV_DATA9 DV input - - CN1, pin 5 LCD_DATA18 Connected to LCD module D18 pin CN10, LCD_DATA18/SPDIF_IN/SCK4 181 Remarks AUDATA1 PINT1/PWM2B/RTS5# 180 Expansion Connector PG17/WE3#/ICIOWR#/AH#/ PINT0/PWM2A/CTS5# 179 Description DQMUU/LCD_DATA17/ AUDATA1 176 2. R0K572690C000BR Functions TTL level R2 pin A12 LCD_DATA19 Connected to LCD module D19 pin LCD_DATA19/SPDIF_OUT/ CN10, R3 pin B12 SCK5 182 PVcc 183 PG20/DV_DATA6/ LCD_DATA20 Connected to LCD module D20 pin LCD_DATA20/LCD_TCON3/ CN10, R4 pin B13 RxD4 184 Vss 185 PG21/DV_DATA7/ LCD_DATA21/LCD_TCON4/ LCD_DATA21 Connected to LCD module D21 pin CN10, R5 AUDATA2 Connected to the H-UDI port connector (J3) pin A14 AUD TxD4/AUDATA2 186 Vcc 187 PG22/LCD_DATA22/ LCD_DATA22 Connected to LCD module D22 pin CN10, R6 LCD_TCON5/RxD5/ AUDSYNC# Connected to connector (J3) pin B14 AUD - - CN1, pin 15 LCD_DATA23 Connected to LCD module D23 pin CN10, R7 AUDATA3 Connected to connector (J3) pin A15 AUD - - CN1, pin 14 LCD_CLK Connected to LCD module CLK pin CN9, pin 23 AUDSYNC# 188 PG23//LCD_DATA23/ LCD_TCON6/TxD5/AUDATA3 189 PG24/LCD_CLK the the H-UDI H-UDI port port CN10, pin A16 190 PG25/LCD_TCON0 LCD_TCON0 Connected to LCD module VSYNC pin CN9, pin 19 CN10, pin B16 191 PG26/LCD_TCON1 LCD_TCON1 Connected to LCD module HSYNC pin CN9, pin 21 Connects LCD module external clock to MCU CN9, pin 26 CN10, pin A17 192 PG27/LCD_TCON2/ LCD_EXTCLK Legend: : 3.3V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 LCD_EXTCLK : 1.25V power supply, : GND 2-8 SH7269 CPU Board R0K572690C000BR Table 2.2.8 SH7269 Pin Functions (8/10) No. Name 193 2. R0K572690C000BR Functions Symbol Description PF0/BREQ#0/QSPCLK_1/ QSPCLK_1/ RSPCK1/TIOC4A/DREQ0/ RSPCK1 AUDCK AUDCK Connected to connector (J3) - - Expansion Connector Connected to serial flash memory 2 SCK pin the H-UDI Remarks CN7, pin 30 port AUD CN9, pin 28 194 PVcc 195 PF1/BACK#/QSSL_1/SSL10/ TIOC4B/DACK0 196 197 Vss PF2/WAIT#/QMO_1/QIO0_1/ MOSI1/TIOC4C/TEND0 / SPBMO_1/SPBIO0_1 QSSL_1/ SSL10 QMO_1/ QIO0_1/MOSI1 / SPBMO_1/SPBI O0_1 - 198 PF3/CS2#/QMI_1/QIO1_1/ MISO1/TIOC4D/AUDIO_XOUT / SPBMI_1/SPBIO1_1 QMI_1/QIO1_1/M ISO1 / SPBMI_1/SPBIO 1_1 - 199 PF4/CS5#/CE1A#/SSISCK0/ Connected to serial flash memory 2 CS# pin CN5, pin 20 Connected to serial flash memory 2 SI pin CN7, pin 31 - CN9, pin 30 Connected to serial flash memory 2 SO pin CN7, pin 33 - SGOUT_0 CN7, pin 36 0 resistor CN7, pin 35 0 resistor CN7, pin 37 0 resistor CN7, pin 38 0 resistor SGOUT_0 - 200 PF5/SSIWS0/SGOUT_1 SGOUT_1 - 201 PF6/CE2A#/SSITxD0/ - - SGOUT_2 SGOUT_2 - 202 PF7/SSIRxD0/RxD0/ - SGOUT_3 SGOUT_3/CTS1# - - Address bus 203 PF8/A23/TxD0 A23 204 PF9/BS#/DV_DATA0/SCK0/ PF9 CN5, pin 19 CN5, pin 18 MMC_D4/RTS1# 205 206 PVcc PF10/CS1#/SSISCK1/ - - CN7, pin 17 - - CN7, pin 20 - - CN7, pin 19 CN5, pin 17 DV_DATA1/SCK1/MMC_D5 207 208 Vss PF11/SSIWS1/DV_DATA2/ RxD1/MMC_D6 209 PF12/SSIDATA1/DV_DATA3/ TxD1/MMC_D7 210 PF13/A24/SSISCK2/SCK2 A24 Address bus 211 PF14/A25/SSIWS2/RxD2 RxD2 Connected to connector (J10) PF15/A0/SSIDATA2/ TxD2 Connected to the RS-232C connector (J10) CN5, pin 15 PWM2C PWM output CN11, pin A2 212 WDTOVF#/TxD2/UBCTRG# 213 214 RS-232C CN5, pin 16 PVcc PJ10/DV_DATA10/ LCD_DATA10/PINT2/PWM2C/ SCK5# Legend: the : 3.3V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 DV_DATA10 DV input - - : 1.25V power supply, TTL level CN1, pin 13 : GND 2-9 SH7269 CPU Board R0K572690C000BR Table 2.2.9 SH7269 Pin Functions (9/10) No. Name Symbol 215 Vss 216 PF16/SD_CD_0/FCE#/ SD_CD_0 IRQ4/MMC_CD MMC_CD 217 218 219 220 221 222 223 224 225 226 227 228 2. R0K572690C000BR Functions PF17/SD_WP_0/FRB/IRQ5 Description Expansion Connector Connected to SD/MMC card slot CD pin CN5, pin 13 SW6-2: ON FCE# Connected to NAND flash memory CE# pin CN5, pin 12 SW6-2: OFF SD_WP_0 Connected to SD/MMC card slot WP pin CN5, pin 11 SW6-2: ON FRB Connected to NAND flash memory R/B# pin CN5, pin 10 SW6-2: OFF PF18/SD_D1_0/SSISCK3/ SD_D1_0/ MMC_D1 Connected to SD/MMC card slot DAT1 pin CN5, pin 8 IRQ6/MMC_D1 CN1, pin B2 PJ11/DV_DATA11/ PWM2D PWM output LCD_DATA11/PINT3/PWM2D/ DV_DATA11 DV input SCK6 - - CN1, pin 1 PJ12/DV_DATA12/ PWM2E PWM output CN11, pin B11 LCD_DATA12/PINT4/PWM2E/ DV_DATA12 DV input SCK7 - - CN9, pin 27 PJ13/DV_DATA13/ PWM2F PWM output CN11, pin A11 LCD_DATA13/PINT5/PWM2F/ DV_DATA13 DV input TxD5 - - CN7, pin 32 PF19/SD_D0_0/SSIWS3/ SD_D0_0 MMC_D0 Connected to SD/MMC card slot DAT0 pin CN5, pin 7 IRQ7/MMC_D0 Connected to SD/MMC card slot CLK pin CN5, pin 5 Connected to SD/MMC card slot CMD pin CN5, pin 4 Connected to SD/MMC card slot DAT3 pin CN5, pin 3 TTL level TTL level Vss PF20/SD_CLK_0/SSIDATA3/ SD_CLK_0/ MMC_CLK MMC_CLK Vcc PF21/SD_CMD_0/SCK3/ SD_CMD_0/ MMC_CMD MMC_CMD PF22/SD_3_0/RxD3/ SD_D3_0/ MMC_D3 PF23/SD_D2_0/TxD3/ SD_D2_0/ MMC_D2 Connected to SD/MMC card slot DAT2 pin CN5, pin 2 MMC_D2 230 PD0/D0/PWM1A D0 Data bus CN8, pin 1 231 PVcc - - CN7, pin 25 232 TTL level PVcc MMC_D3 229 Remarks PJ24/SGOUT_0/SSISCK4/ LCD_TCON3/SPDIF_IN/SCK7 233 Vss 234 PD1/D1/PWM1B D1 Data bus CN8, pin 3 235 PD2/D2/PWM1C D2 Data bus CN8, pin 6 236 PD3/D3/PWM1D D3 Data bus CN8, pin 8 237 PJ25/SGOUT_1/SSIWS4/ - - CN7, pin 28 - - CN7, pin 27 - - CN9, pin 29 D4/FRE# Connected to the data bus and NAND flash memory RE# pin CN8, pin 11 LCD_TCON4/SPDIF_OUT/ RxD7 238 PJ26/SGOUT_2/SSIDATA4/ LCD_TCON5/TxD7 239 PJ27/SGOUT_3/TIOC1A/ CTS7# 240 PVcc 241 Vss 242 PD4/D4/FRE#/PWM1E Legend: : 3.3V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 : 1.25V power supply, Auto-switch : GND 2-10 SH7269 CPU Board R0K572690C000BR Table 2.2.10 2. R0K572690C000BR Functions SH7269 Pin Functions (10/10) No. Name Symbol Description Expansion Connector Remarks 243 PD5/D5/FCLE/PWM1F D5/FCLE Connected to the data bus and NAND flash memory CLE pin CN8, pin 13 Auto-switch 244 PD6/D6/FALE/PWM1G D6/FALE Connected to the data bus and NAND flash memory ALE pin CN8, pin 16 Auto-switch 245 PD7/D7/FWE#/PWM1H D7/FWE# Connected to the data bus and NAND flash memory WE# pin CN8, pin 18 Auto-switch 246 PD8/D8/NAF0/PWM2A D8/NAF0 Data bus CN8, pin 2 247 PD9/D9/NAF1/PWM2B D9/NAF1 Data bus CN8, pin 4 248 PD10/D10/NAF2/PWM2C D10/NAF2 Data bus CN8, pin 7 249 PD11/D11/NAF3/PWM2D D11/NAF3 Data bus CN8, pin 9 250 PVcc D12/NAF4 Data bus CN8, pin 12 CN8, pin 14 251 PD12/D12/NAF4/PWM2E 252 Vss 253 PD13/D13/NAF5/PWM2F D13/NAF5 Data bus 254 PD14/D14/NAF6/PWM2G D14/NAF6 Data bus CN8, pin 17 255 PD15/D15/NAF7/PWM2H D15/NAF7 Data bus CN8, pin 19 256 MD_CLK0 MD_CLK0 Connected to SW5-1 as the clock mode input - Legend: : 3.3V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 : 1.25V power supply, RES#: low : GND 2-11 SH7269 CPU Board R0K572690C000BR 2.2.3 2. R0K572690C000BR Functions R0K572690C000BR Module Availability The following table shows which combination of modules can/cannot be used. Table 2.2.11 R0K572690C000BR Module Availability R0K572690C000BR BSC U6 NOR flash memory Y Y Y N (1) Y Y Y Y Y Y Y Y Y Y Y BSC U9 SDRAM Y Y Y Y (1) Y Y Y Y Y Y Y Y Y Y Y FLCTL U7 NAND flash memory Y Y Y Y Y Y (2) Y Y Y Y Y Y Y Y Y IIC3 U8 EEPROM Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y RSPI U10 Serial flash memory 1 N Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y RSPI U10 Serial flash memory 2 (1) (1) Y Y Y Y Y Y N Y Y Y Y Y Y Y USB J1, J2 USB Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y SDHI/MMC J11 SD/MMC card Y Y (2) Y Y Y Y Y Y Y Y Y Y Y Y Y H-UDI J7 H-UDI (14-pin) Y Y Y Y Y Y Y Y (3) Y Y Y Y Y Y Y H-UDI, AUD J3 H-UDI (38-pin) Y Y Y Y Y N Y Y (3) Y Y Y Y Y N Y I/O ports LED2, LED3 LED Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y (6) INTC SW3 NMI switch Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y INTC SW4 IRQ1 switch Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y (5) I/O ports SW5, SW6 DIP switches Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y (7) SCIF J10 RS-232C Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y VDC4 CN10 LCD Y Y Y Y Y Y Y Y Y N Y Y Y Y Y (4) VDC4 CN11 DV Y Y Y Y Y Y Y Y Y Y (6) Y (5) (7) Y (4) PWM CN11 PWM Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y (8) Y: Yes, N: No Notes: 1. When using a serial flash memory with NOR flash memory or SDRAM, quad mode cannot be used. 2. PF16 and PF17 are multiplexed pins. When setting SW6-2, ether SD/MMC card or NAND flash memory can be used. 3. Either 14-pin or 38-pin H-UDI port connector can be used. 4. PJ22 and PJ23 are multiplexed pins. Either LCD or DV can be used. 5. PJ21 is a multiplexed pin. Either IRQ1 switch or DV can be used. 6. PJ19 and PJ18 are multiplexed pins. Either LED or DV can be used. 7. PJ17 and PJ16 are multiplexed pins. Either DIP switches or DV can be used. 8. PJ15 to PJ8 are multiplexed pins. Either DV or PWM can be used. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 PWM DV LCD RS-232C DIP switches IRQ1 switch NMI switch LED H-UDI (38-pin) H-UDI (14-pin) SD/MMC card USB Serial flash memory 2 EEPROM Serial flash memory 1 NAND flash memory Module Name SDRAM SH7269 Component Peripherals No. NOR flash memory R0K572690C000BR Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y (8) 2-12 SH7269 CPU Board R0K572690C000BR 2.2.4 2. R0K572690C000BR Functions SH7269 Multiplexed Pins Used on the R0K572690C000BR Table 2.2.12 to Table 2.2.25 list the SH7269 multiplexed pin functions used on the R0K572690C000BR. These multiplexed pins are set as port input pins by default. Set the MD bit in the Port control register to use the SH7269 peripheral functions (except I/O ports). Table 2.2.12 SH7269 Multiplexed Pin Functions (BSC1) Peripheral Function BSC Pin Name SH7269 Port Control Register Register MD Bit Setting Name (1) CS0# CS3# RD# WE0#/DQMLL WE1#/WE#/DQMLU RAS# CAS# CKE RD/WR# A24 A23 A22 A21 A20 PCCR0 PCCR2 PCCR0 PCCR0 PCCR1 PCCR1 PCCR1 PCCR1 PCCR0 PFCR3 PFCR2 PBCR5 PBCR5 PBCR5 PC0MD = B'1 PC8MD[2:0] = B'001 (1) PC1MD = B'1 PC3MD[1:0] = B'01 PC4MD[1:0] = B'01 PC5MD[2:0] = B'001 PC6MD[2:0] = B'001 PC7MD[2:0] = B'001 PC2MD[1:0] = B'01 PF13MD[2:0] = B'001 PF8MD[2:0] = B'001 PB22MD[2:0] = B'001 PB21MD[1:0] = B'01 (1) PB20MD[1:0] = B'001 A19 PBCR4 PB19MD[1:0] = B'001 A18 A17 A16 A15 A14 A13 A12 A11 A10 A9 A8 A7 A6 A5 A4 A3 A2 A1 D15 D14 D13 D12 D11 D10 D9 D8 D7 D6 PBCR4 PBCR4 PBCR4 PBCR3 PBCR3 PBCR3 PBCR3 PBCR2 PBCR2 PBCR2 PBCR2 PBCR1 PBCR1 PBCR1 PBCR1 PBCR0 PBCR0 PBCR0 PDCR3 PDCR3 PDCR3 PDCR3 PDCR2 PDCR2 PDCR2 PDCR2 PDCR1 PDCR1 PB18MD[1:0] = B'001 (1) PB17MD[1:0] = B'001 (1) PB16MD[1:0] = B'001 (1) PB15MD[1:0] = B'001 (1) PB14MD[1:0] = B'001 (1) PB13MD[1:0] = B'001 (1) PB12MD[1:0] = B'01 (1) PB11MD[1:0] = B'01 (1) PB10MD[1:0] = B'01 (1) PB9MD[1:0] = B'01 (1) PB8MD[1:0] = B'01 (1) PB7MD[1:0] = B'01 (1) PB6MD[1:0] = B'01 (1) PB5MD[1:0] = B'01 (1) PB4MD[1:0] = B'01 (1) PB3MD[1:0] = B'01 (1) PB2MD[1:0] = B'01 (1) PB1MD[1:0] = B'01 (1) PD15MD[1:0] = B'01 (1) PD14MD[1:0] = B'01 (1) PD13MD[1:0] = B'01 (1) PD12MD[1:0] = B'01 (1) PD11MD[1:0] = B'01 (1) PD10MD[1:0] = B'01 (1) PD9MD[1:0] = B'01 (1) PD8MD[1:0] = B'01 (1) PD7MD[1:0] = B'01 (1) PD6MD[1:0] = B'01 (1) (1) SH7269 Multiplexed Pin Name PC0/CS0#/MD_BOOT2 PC8/CS3#/TxD7/CTx1/CTx0&CTx1 PC1/RD# PC3/WE0#/DQMLL/RxD6 PC4/WE1#/DQMLU/TxD6 PC5/RAS#/CRx0/CRx0/CRx1/CRx2/IRQ0 PC6/CAS#/SCK7/CTx0/CTx0&CTx1&CTx2 PC7/CKE/RxD7/CRx1/CRx0/CRx1/IRQ1 PC2/RD/WR#/SCK6 PF13/A24/SSISCK2/SCK2 PF8/A23/TxD0 PB22/A22/CTx2/IETxD/CS4# PB21/A21/CRx2/IERxD PB20/A20/QMISO0&QIO10/MISO0 / SPBMI_0/SPBIO1_0 PB19/A19/QMO_0&QIO0_0/MOSI0 / SPBMO_0/SPBIO0_0 PB18/A18/QSSL_0/SSL00 / SPBSSL PB17/A17/QSPCLK_0/RSPCK0 / SPBCLK PB16/A16/QIO3_0 / SPBIO3_0 PB15/A15/QIO2_0 / SPBIO2_0 PB14/A14/QIO3_1 / SPBIO3_1 PB13/A13/QIO2_1 / SPBIO2_1 PB12/A12/TIOC3D PB11/A11/TIOC3C PB10/A10/TIOC3B PB9/A9/TIOC3A PB8/A8/TIOC2B PB7/A7/TIOC2A PB6/A6/TIOC1B PB5/A5/TIOC1A PB4/A4/TIOC0D PB3/A3/TIOC0C PB2/A2/TIOC0B PB1/A1/TIOC0A PD15/D15/NAF7/PWM2H PD14/D14/NAF6/PWM2G PD13/D13/NAF5/PWM2F PD12/D12/NAF4/PWM2E PD11/D11/NAF3/PWM2D PD10/D10/NAF2/PWM2C PD9/D9/NAF1/PWM2B PD8/D8/NAF0/PWM2A PD7/D7/FWE#/PWM1H PD6/D6/FALE/PWM1G Notes: 1. These values must be set in boot modes 2 to 5. 2. Bold text indicates the function used. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 2-13 SH7269 CPU Board R0K572690C000BR Table 2.2.13 Peripheral Function BSC 2. R0K572690C000BR Functions SH7269 Multiplexed Pin Functions (BSC2) Pin Name SH7269 Port Control Register Register Name SH7269 Multiplexed Pin Name MD Bit Setting (1) PD5 / D5/FCLE / PWM1F (1) PD4/D4/FRE#/PWM1E PD3/D3/PWM1D PD2/D2/PWM1C PD1/D1/ PWM1B PD0/D0/PWM1A D5 PDCR1 PD5MD[1:0] = B'01 D4 D3 D2 D1 D0 PDCR1 PDCR0 PDCR0 PDCR0 PDCR0 PD4MD[1:0] = B'01 (1) PD3MD[1:0] = B'01 (1) PD2MD[1:0] = B'01 (1) PD1MD[1:0] = B'01 (1) PD0MD[1:0] = B'01 Notes: 1. These values must be set in boot modes 2 to 5. 2. Bold text indicates the function used. Table 2.2.14 Peripheral Function INTC Note: SCIF Register Name PJCR5 SH7269 Multiplexed Pin Name MD Bit Setting PJ21MD[2:0] = B'100 PJ21/DV_DATA21/LCD_DATA21/LCD_TCON4/ /IRQ1/CTx2/CTx0&CTx1&CTx2 SH7269 Multiplexed Pin Functions (SCIF) Pin Name SH7269 Port Control Register Register Name RxD2 TxD2 PFCR3 PFCR4 SH7269 Multiplexed Pin Name MD Bit Setting PF14MD[2:0] = B'100 PF15MD[2:0] = B'100 PF14/A25/SSIWS2//RxD2 PF15/A0/SSIDATA2/WDTOVF#/TxD2/UBCTRG# Bold text indicates the function used. Table 2.2.16 Peripheral Function Note: SH7269 Port Control Register Bold text indicates the function used. Peripheral Function IIC3 Pin Name IRQ1 Table 2.2.15 Note: SH7269 Multiplexed Pin Functions (INTC) SH7269 Multiplexed Pin Functions (IIC3) Pin Name SH7269 Port Control Register Register Name SDA1 LDA1 PECR0 PECR0 SH7269 Multiplexed Pin Name MD Bit Setting PE3MD[2:0] = B'001 PE2MD[2:0] = B'001 PE3/SDA1/TCLKD/ADTRG#/DV_HSYNC PE2/SCL1/TCLKC/IOIS16#/DV_VSYNC Bold text indicates the function used. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 2-14 SH7269 CPU Board R0K572690C000BR Table 2.2.17 Peripheral Function FLCTL 2. R0K572690C000BR Functions SH7269 Multiplexed Pin Functions (FLCTL) Pin Name SH7269 Port Control Register Register Name NAF7 NAF6 NAF5 NAF4 NAF3 NAF2 NAF1 NAF0 FWE# FALE FCLE FRE# FCE# FRB PDCR3 PDCR3 PDCR3 PDCR3 PDCR2 PDCR2 PDCR2 PDCR2 PDCR1 PDCR1 PDCR1 PDCR1 PFCR5 PFCR5 SH7269 Multiplexed Pin Name MD Bit Setting (1) PD15MD[1:0] = B'01 (1) PD14MD[1:0] = B'01 (1) PD13MD[1:0] = B'01 (1) PD12MD[1:0] = B'01 (1) PD11MD[1:0] = B'01 (1) PD10MD[1:0] = B'01 (1) PD9MD[1:0] = B'01 (1) PD8MD[1:0] = B'01 (1) PD7MD[1:0] = B'01 (1) PD6MD[1:0] = B'01 (1) PD5MD[1:0] = B'01 (1) PD4MD[1:0] = B'01 PF16MD[2:0] = B'011 PF17MD[2:0] = B'011 PD15/D15/NAF7/PWM2H PD14/D14/NAF6/PWM2G PD13/D13/NAF5/PWM2F PD12/D12/NAF4/PWM2E PD11/D11/NAF3/PWM2D PD10/D10/NAF2/PWM2C PD9/D9/NAF1/PWM2B PD8/D8/NAF0/PWM2A PD7/D7/FWE#/PWM1H PD6/D6/FALE/PWM1G PD5/D5/FCLE/PWM1F PD4/D4/FRE#/PWM1E PF16/SD_CD_0/FCE#/IRQ4/MMC_CD PF17/SD_WP_0/FRB/IRQ5 Notes: 1. These values must be set in boot modes 2 to 5. 2. Bold text indicates the function used. Table 2.2.18 Peripheral Function RSPI SH7269 Multiplexed Pin Functions (RSPI) Pin Name SH7269 Port Control Register Register Name SH7269 Multiplexed Pin Name MD Bit Setting MISO0 PBCR5 PB20MD[2:0] = B'011 (1) MOSI0 PBCR4 PB19MD[2:0] = B'011 (1) SSL00 RSPCK0 MISO1 PBCR4 PBCR4 PFCR0 PB18MD[2:0] = B'011 (1) PB17MD[2:0] = B'011 PF3MD[2:0] = B'011 MOSI1 PFCR0 PF2MD[2:0] = B'011 SSL10 RSPCK1 PFCR0 PFCR0 PF1MD[2:0] = B'011 PF0MD[2:0] = B'011 (1) PB20/A20/QMI_0/QIO1_0/MISO0 / SPBMI_0/SPBIO1_0 PB19/A19/QMO_0/QIO_0/MOSI0 / SPBMO_0/SPBIO0_0 PB18/A18/QSSL_0/SSL00 / SPBSSL PB17/A17/QSPCLK_0/RSPCK0 / SPBCLK PF3/CS2#/QMI_1/QIO1_1/MISO1/TIOC4D/ AUDIO_XOUT / SPBMI_1/SPBIO1_1 PF2/WAIT#/QMO_1/QIO0_1/MOSI1/TIOC4C TEND0 / SPBMO_1/SPBIO0_1 PF1/BACK#/QSSL_1/SSL10/TIOC4B/DACK0 PF0/BREQ#/QSPCLK_1/RSPCK1/TIOC4A/ DREQ0/AUDCK Notes: 1. These values must not be set in boot modes 0 and 1. 2. Bold text indicates the function used. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 2-15 SH7269 CPU Board R0K572690C000BR Table 2.2.19 2. R0K572690C000BR Functions SH7269 Multiplexed Pin Functions (RQSPI) Peripheral Function Pin Name SH7269 Port Control Register RQSPI QIO3_0 QIO2_0 QIO1_0 PBCR4 PBCR3 PBCR5 PB16MD[2:0] = B'010 (1) PB15MD[2:0] = B'010 (1) PB20MD[2:0] = B'010 QIO0_0 PBCR4 PB19MD[1:0] = B'010 QSSL_0 QSPCLK_0 QIO3_1 QIO2_1 QIO1_1 PBCR4 PBCR4 PBCR3 PBCR3 PFCR0 PB18MD[2:0] = B'010 (1) PB17MD[2:0] = B'010 (1) PB14MD[2:0] = B'010 (1) PB13MD[2:0] = B'010 PF3MD[2:0] = B'010 QIO0_1 PFCR0 PF2MD[2:0] = B'010 QSSL_1 QSPCLK_1 PFCR0 PFCR0 PF1MD[2:0] = B'010 PF0MD[2:0] = B'010 Register Name SH7269 Multiplexed Pin Name MD Bit Setting (1) (1) (1) PB16/A16/QIO3_0 / SPBIO3_0 PB15/A15/QIO2_0 / SPBIO2_0 PB20/A20/QMI_0/QIO1_0/MISO0 / SPBMI_0/SPBIO1_0 PB19/A19/QMO_0/QIO0_0/MOSI0 / SPBMO_0/SPBIO0_0 PB18/A18/QSSL_0/SSL00 / SPBSSL PB17/A17/QSPCLK_0/RSPCK0/ SPBCLK PB14/A14/QIO3_1 / SPBIO3_1 PB13/A13/QIO2_1 / SPBIO2_1 PF3/CS2#/QMI_1/QIO1_1/MISO1/TIOC4D/ AUDIO_XOUT / SPBMI_1/SPBIO1_1 PF2/WAIT#/QMO_1/QIO0_1/MOSI1/TIOC4C/ TEND0 / SPBMO_1/SPBIO0_1 PF1/BACK#/QSSL_1/SSL10/TIOC4B/DACK0 PF0/BREQ#/QSPCLK_1/RSPCK1/TIOC4A/DREQ0/ AUDCK Notes: 1. These values must not be set in boot modes 0 and 1. 2. Bold text indicates the function used. Table 2.2.20 Peripheral Function SPIBSC SH7269 Multiplexed Pin Functions (SPIBSC) Pin Name SH7269 Port Control Register Register Name SH7269 Multiplexed Pin Name MD Bit Setting SPBCLK PBCR4 PB17MD[2:0] = B'110 (1) PB17 / A17 / QSPCLK_0 / RSPCK0 / SPBCLK SPBSSL PBCR4 PB18MD[2:0] = B'110 (1) PB18 / A18 / QSSL_0 / SSL00 / SPBSSL SPBMO_0/ SPBIO0_0 SPBMI_0/ SPBIO1_0 SPBIO2_0 PBCR4 PB19MD[2:0] = B'110 (1) PBCR5 PB20MD[2:0] = B'110 (1) PBCR3 PB15MD[2:0] = B'110 (1) PB19 / A19 / QMO_0/QIO0_0 / MOSI0 / SPBMO_0/SPBIO0_0 PB20 / A20 / QMI_0/QIO1_0 / MISO0 / SPBMI_0/SPBIO1_0 PB15 / A15 / QIO2_0 / SPBIO2_0 SPBIO3_0 PBCR4 PB16MD[2:0] = B'110 (1) PB16 / A16 / QIO3_0 / SPBIO3_0 SPBMO_1/ SPBIO0_1 SPBMI_1/ SPBIO1_1 SPBIO2_1 PFCR0 PF2MD[2:0] = B'110 PFCR0 PF3MD[2:0] = B'110 PBCR3 PB13MD[2:0] = B'110 (1) PF2 / WAIT# / QMO_1/QIO0_1 / MOSI1 / TIOC4C / TEND0 / SPBMO_1/SPBIO0_1 PF3 / CS2# / QMI_1/QIO1_1 / MISO1 / TIOC4D / AUDIO_XOUT / SPBMI_1/SPBIO1_1 PB13 / A13 / QIO2_1 / SPBIO2_1 SPBIO3_1 PBCR3 PB14MD[2:0] = B'110 (1) PB14 / A14 / QIO3_1 / SPBIO3_1 Notes: 1. These values must not be set in boot modes 0 and 1. 2. Bold text indicates the function used. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 2-16 SH7269 CPU Board R0K572690C000BR Table 2.2.21 2. R0K572690C000BR Functions SH7269 Multiplexed Pin Functions (SDHI) Peripheral Function Pin Name SDHI SD_CD_0 SD_WP_0 SD_D1_0 SD_D0_0 SD_CLK_0 SD_CMD_0 SD_D3_0 SD_D2_0 SH7269 Port Control Register Register Name PFCR5 PFCR5 PFCR5 PFCR5 PFCR6 PFCR6 PFCR6 PFCR6 SH7269 Multiplexed Pin Name MD Bit Setting PF16MD[2:0] = B'001 PF17MD[2:0] = B'001 PF18MD[2:0] = B'001 PF19MD[2:0] = B'001 PF20MD[2:0] = B'001 PF21MD[2:0] = B'001 PF22MD[2:0] = B'001 PF23MD[2:0] = B'001 PF16/SD_CD_0/FCE#/IRQ4/MMC_CD PF17/SD_WP_0/FRB/IRQ5 PF18/SD_D1_0/SSISCK3/IRQ6/MMC_D1 PF19/SD_D0_0/SSIWS3/IRQ7/MMC_D0 PF20/SD_CLK_0/SSIDATA3/MMC_CLK PF21/SD_CMD_0/SCK3/ MMC_CMD PF22/SD_D3_0/RxD3/MMC_D3 PF23/SD_D2_0/TxD3/MMC_D2 Note: Bold text indicates the function used. Table 2.2.22 SH7269 Multiplexed Pin Functions (MMC) Peripheral Function Pin Name MMC MMC_CD MMC_D1 MMC_D0 MMC_CLK MMC_CMD MMC_D3 MMC_D2 SH7269 Port Control Register Register Name PFCR5 PFCR5 PFCR5 PFCR6 PFCR6 PFCR6 PFCR6 SH7269 Multiplexed Pin Name MD Bit Setting PF16MD[2:0] = B'101 PF18MD[2:0] = B'101 PF19MD[2:0] = B'101 PF20MD[2:0] = B'101 PF21MD[2:0] = B'101 PF22MD[2:0] = B'101 PF23MD[2:0] = B'101 PF16/SD_CD_0/FCE#/IRQ4/MMC_CD PF18/SD_D1_0/SSISCK3/IRQ6/MMC_D1 PF19/SD_D0_0/SSIWS3/IRQ7/MMC_D0 PF20/SD_CLK_0/SSIDATA3/MMC_CLK PF21/SD_CMD_0/SCK3/MMC_CMD PF22/SD_D3_0/RxD3/MMC_D3 PF23/SD_D2_0/TxD3/MMC_D2 Note: Bold text indicates the function used. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 2-17 SH7269 CPU Board R0K572690C000BR Table 2.2.23 Peripheral Function VDC4 2. R0K572690C000BR Functions SH7269 Multiplexed Pin Functions (VDC4) Pin Name SH7269 Port Control Register Register Name SH7269 Multiplexed Pin Name MD Bit Setting LCD_EXTCLK LCD_CLK LCD_TCON6 PGCR6 PGCR6 PJCR5 PG27MD[1:0] = B'11 PG24MD[1:0] = B'10 PJ23MD[2:0] = B'011 LCD_TCON5 PJCR5 PJ22MD[2:0] = B'011 LCD_TCON1 LCD_TCON0 LCD_DATA23 LCD_DATA22 LCD_DATA21 LCD_DATA20 LCD_DATA19 LCD_DATA18 LCD_DATA17 PGCR6 PGCR6 PGCR5 PGCR5 PGCR5 PGCR5 PGCR4 PGCR4 PGCR4 PG26MD[1:0] = B'10 PG25MD[1:0] = B'10 PG23MD[2:0] = B'010 PG22MD[2:0] = B'010 PG21MD[2:0] = B'010 PG20MD[2:0] = B'010 PG19MD[2:0] = B'010 PG18MD[2:0] = B'010 PG17MD[1:0] = B'10 LCD_DATA16 PGCR4 PG16MD[1:0] = B'10 LCD_DATA15 LCD_DATA14 LCD_DATA13 LCD_DATA12 LCD_DATA11 LCD_DATA10 LCD_DATA9 LCD_DATA8 LCD_DATA7 LCD_DATA6 LCD_DATA5 LCD_DATA4 LCD_DATA3 LCD_DATA2 LCD_DATA1 LCD_DATA0 PGCR3 PGCR3 PGCR3 PGCR3 PGCR2 PGCR2 PGCR2 PGCR2 PGCR1 PGCR1 PGCR1 PGCR1 PGCR0 PGCR0 PGCR0 PGCR0 PG15MD[1:0] = B'10 (1) PG14MD[1:0] = B'10 (1) PG13MD[1:0] = B'10 (1) PG12MD[1:0] = B'10 (1) PG11MD[2:0] = B'010 (1) PG10MD[2:0] = B'010 (1) PG9MD[2:0] = B'010 (1) PG8MD[2:0] = B'010 (1) PG7MD[2:0] = B'010 (1) PG6MD[2:0] = B'010 (1) PG5MD[2:0] = B'010 (1) PG4MD[2:0] = B'010 (1) PG3MD[2:0] = B'010 (1) PG2MD[2:0] = B'010 (1) PG1MD[2:0] = B'010 (1) PG0MD[2:0] = B'010 (1) PG27/LCD_TCON2/LCD_EXTCLK PG24/LCD_CLK PJ23/DV_DATA23/LCD_DATA23/LCD_TCON6/ IRQ3/CTx1/CTx0&CTx1 PJ22/DV_DATA22/LCD_DATA22/LCD_TCON5/ IRQ2/CRx1/CRx0/CRx1 PG26/LCD_TCON1 PG25/LCD_TCON0 PG23/LCD_DATA23/LCD_TCON6/TxD5/AUDATA3 PG22/LCD_DATA22/LCD_TCON5/RxD5/AUDSYNC# PG21/DV_DATA7/LCD_DATA21/LCD_TCON4/TxD4 PG20/DV_DATA6/LCD_DATA20/LCD_TCON3/RxD4 PG19/DV_DATA5/LCD_DATA19/SPDIF_OUT/SCK5 PG18/DV_DATA4/LCD_DATA18/SPDIF_IN/SCK4 PG17/WE3#/ICIOWR#/AH/DQMUU/LCD_DATA17/ AUDATA1 PG16/WE2#/ICIORD#/DQMUL/LCD_DATA16/ AUDATA0 PG15/D31/LCD_DATA15/PINT7 PG14/D30/LCD_DATA14/PINT6 PG13/D29/LCD_DATA13/PINT5 PG12/D28/LCD_DATA12/PINT4 PG11/D27/LCD_DATA11/PINT3/TIOC3D PG10/D26/LCD_DATA10/PINT2/TIOC3C PG9/D25/LCD_DATA9/PINT1/TIOC3B PG8/D24/LCD_DATA8/PINT0/TIOC3A PG7/D23/LCD_DATA7/IRQ7/TIOC2B PG6/D22/LCD_DATA6/IRQ6/TIOC2A PG5/D21/LCD_DATA5/IRQ5/TIOC1B PG4/D20/LCD_DATA4/IRQ4/TIOC1A PG3/D19/LCD_DATA3/IRQ3/TIOC0D PG2/D18/LCD_DATA2/IRQ2/TIOC0C PG1/D17/LCD_DATA1/IRQ1/TIOC0B PG0/D16/LCD_DATA0/IRQ0/TIOC0A Notes: 1. These values must not be set in boot mode 1. 2. Bold text indicates the function used. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 2-18 SH7269 CPU Board R0K572690C000BR Table 2.2.24 2. R0K572690C000BR Functions SH7269 Multiplexed Pin Functions (PWM) Peripheral Function Pin Name PWM PWM2H PWM2G PWM2F PWM2E PWM2D PWM2C PWM2B PWM2A SH7269 Port Control Register Register Name PJCR3 PJCR3 PJCR3 PJCR3 PJCR2 PJCR2 PJCR2 PJCR2 SH7269 Multiplexed Pin Name MD Bit Setting PJ15MD[2:0] = B'100 PJ14MD[2:0] = B'100 PJ13MD[2:0] = B'100 PJ12MD[2:0] = B'100 PJ11MD[2:0] = B'100 PJ10MD[2:0] = B'100 PJ9MD[2:0] = B'100 PJ8MD[2:0] = B'100 PJ15/DV_DATA15/LCD_DATA15/PINT7/PWM2H/TxD7 PJ14/DV_DATA14/LCD_DATA14/PINT6/PWM2G/TxD6 PJ13/DV_DATA13/LCD_DATA13/PINT5/PWM2F/TxD5 PJ12/DV_DATA12/LCD_DATA12/PINT4/PWM2E/SCK7 PJ11/DV_DATA11/LCD_DATA11/PINT3/PWM2D/SCK6 PJ10/DV_DATA10/LCD_DATA10/PINT2/PWM2C/SCK5 PJ9/DV_DATA9/LCD_DATA9/PINT1/PWM2B/RTS5# PJ8/DV_DATA8/LCD_DATA8/PINT0/PWM2A/CTS5# Note: Bold text indicates the function used. Table 2.2.25 SH7269 Multiplexed Pin Functions (PORT) Peripheral Function Pin Name SH7269 Port Control Register PORT PJ16 PJCR4 PJ16MD[2:0] = B'000 PJ17 PJCR4 PJ17MD[2:0] = B'000 PJ18 PJCR4 PJ18MD[2:0] = B'000 PJ19 PJCR4 PJ19MD[2:0] = B'000 Register Name SH7269 Multiplexed Pin Name MD Bit Setting PJ16/DV_DATA16/LCD_DATA16/RSPCK0/TIOC0A/ SIOFSCK PJ17/DV_DATA17/LCD_DATA17/SSL00/TIOC0B/ SIOFSYNC PJ18/DV_DATA18/LCD_DATA18/MOSI0/TIOC0C/ SIOFTxD PJ19/DV_DATA19/LCD_DATA19/MISO0/TIOC0D/ SIOFRxD/AUDIO_XOUT Note: Bold text indicates the function used. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 2-19 SH7269 CPU Board R0K572690C000BR 2.3 2. R0K572690C000BR Functions Memory The R0K572690C000BR includes the SH7269 internal RAM, external flash memories, an external SDRAM, and an external EEPROM. 2.3.1 SH7269 Internal RAM The SH7269 includes 64-KB high-speed internal RAM that allows high-speed access to MCU, and 2.5 MB largecapacity internal RAM of which 128 KB is used for data retention. 2.3.2 NOR Flash Memory Interface The R0K572690C000BR comes standard with an NOR flash memory listed in the table below to store the user program. The NOR flash memory works at 16-bit mode, and 3.3 V-only single power supply. The SH7269 address pins (A20 to A13) are multiplexed with Renesas Serial Peripheral Interface (RSPI) pins. Set JP4 and JP5 to connect these pins to NOR flash memory. Figure 2.3.1 shows the NOR flash memory block diagram. Table 2.3.2 lists the jumper setting (JP4). Table 2.3.3 lists the jumper setting (JP5). Table 2.3.1 NOR Flash Memory Specifications Part Number S29GL256P90TFIR1 Bus Size 16-bit mode R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 Capacity 32MB (16-bit x 16-Mword x 1) Access Time 90ns 2-20 SH7269 CPU Board R0K572690C000BR 2. R0K572690C000BR Functions NAND flash memory 6 SH7269U1 2 PD15-PD4/D15 to D4 PD3-PD0/D3 to D0 Serial flash memory 1 S29GL256P90TFIU4 32MB Serial flash memory 2 12 DQ15-DQ4 4 DQ3-DQ0 PF13/A24 A23 PF8/A23 A22 PB22/A22/CS4# A21 PB21/A21 A20 PB20/A20/QMI_0/QIO1_0/MISO0/ SPBMI_0/SPBIO1_0 PB19/A19/QMO_0/QIO0_0/MOSI0/ SPBMO_0/SPBIO0_0 A19 A18 JP4 A17 PB18/A18/QSSL_0/SSL00/SPBSSL PB17/A17/QSPCLK_0/RSPCK0/ A16 SPBCLK PB16/A16/QIO3_0/SPBIO3_0 A15 PB15/A15/QIO2_0/SPBIO2_0 A14 PB14/A14/QIO3_1/SPBIO3_1 A13 PB13/A13/QIO2_1/SPBIO2_1 A12 3.3V 12 PB12-PB1/A12 to A1 A11-A0 3.3V PC0/CS0#/MD_BOOT2 PC1/RD# 2 1 3 CE# 3.3V JP5 OE# RY/BY# WE# RESET# NC 3.3V PC3/WE0#/DQMLL RES# 3.3V WP#/ACC Note: Pin names in red indicate functions used Figure 2.3.1 Table 2.3.2 3.3V DIP SW5-4 NOR Flash Memory Block Diagram Jumper Setting (JP4) Number JP4 BYTE# 1-2 Uses PB18 as QSSL_0/SSL00 output pin None (Open) Uses PB18 as A18 output pin (default) Note: Shading indicates the function to be set. Table 2.3.3 Jumper Setting (JP5) Number JP5 1-2 Uses PC0 as CS0# output pin (default) 2-3 Uses PC0 as MD_BOOT2 input pin Note: Shading indicates the function to be set. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 2-21 SH7269 CPU Board R0K572690C000BR 2. R0K572690C000BR Functions Figure 2.3.2 shows NOR flash memory write and read access timing example. Table 2.3.4 lists the Bus State Controller settings (write/read) when the SH7269 bus clock is at 66.67MHz. Write1 Th Write2 T1 Tw1 Tw2 Tw3 Tw4 Tw5 Tw6 T2 Tf Taw1 Th Read1 T1 Tw1 Tw2 Tw3 Tw4 Tw5 Tw6 T2 Tf Taw1 Th T1 Tw1 Tw2 Tw3 Tw4 Tw5 Tw6 T2 Tf CKIO tWC tAD1 tAD1 tAD1 tCSD1 tCSD1 tAD1 tAD1 tAD1 tRC A21-A1 tCSD1 tCSD1 tCSD1 tCSD1 CS0# tRSD tRSD RD# tWP tWED1 tWED1 tWED1 tWED1 tAH tAH tAS tCS tCH tWPH tAS tWP tCH tOEH WE0# tDS tWDH1 tDH tWDD1 tWDD1 D15-D0 DATA Figure 2.3.2 Table 2.3.4 User Area CS0 tDS tWDH1 tDH tOE tCE tAAC DATA tDF tDF tRDS1 tRDH1 DATA NOR Flash Memory Write/Read Access Timing Example Bus State Controller Settings (Write and Read NOR Flash Memory) Target Device S29GL256P90TFIR1 Setting CS0 space bus control register (CS0BCR): Initial value: H'36DB 0400 (When the SH7269 is in boot mode 0) Recommended value: H'1000 0400 * Number of idles between Write-Read cycles and Write-Write cycles: IWW [2:0] = B'001; 1 idle cycle inserted * Number of idle cycles for another space Read-Write: IWRWD [2:0] = B'000; No idle cycles * Number of idles between Read-Write cycles in the same space: IWRWS [2:0] = B'000; No idle cycles * Data bus: BSZ [1:0] = B'10; 16-bit bus CS0 space wait control register (CS0WCR): Initial value: H'0000 0500 Recommended value: H'0000 0AC0 * Number of delay cycles from address, CS0# assertion to RD#, WEn# assertion: SW [1:0] = B'01; 1.5 cycles * Number of access wait cycles: WR [3:0] = B'0101; 5 cycles * External wait mask specification: WM = B'1; Ignore external wait input * Number of delay cycles from RD#, WEn# negation to address, CS0# negation: HW [1:0] = B'00; 0.5 cycles R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 2-22 SH7269 CPU Board R0K572690C000BR 2.3.3 2. R0K572690C000BR Functions SDRAM Interface The R0K572690C000BRC000BR comes standard with an SDRAM listed in Table 2.3.5. The SDRAM is controlled by the SH7269 on-chip Bus State Controller (BSC). The R0K572690C000BR allows 16-bit bus access only. Figure 2.3.3 shows the SDRAM block diagram. Table 2.3.6 lists the system setting DIP switches setting(SW6-1). Table 2.3.5 SDRAM Specifications Item Description Part Number EDS1216AATA-75E Configuration 16MB (16-bit bus) x 1 Capacity 16MB Access Time 7.5ns CAS Latency 2 (When the system clock is 66.67MHz) Refresh 4096 cycles every 64ms Row Address A11 to A0 Column Address A8 to A0 Number of Banks 4 (controlled by BA0 and BA1) To NAND flash memory SH7269U1 2 EDS1216AATAU7 16MB To serial flash memory 2 12 PD15-PD4/D15 to D4 DQ15-DQ4 4 PD3-PD0/D3 to D0 DQ3-DQ0 PB14/A14/QIO3_1/SPBIO3_1 BA1 PB13/A13/QIO2_1SPBIO2_1 BA0 12 PB12-PB1/A12 to A1 A11-A0 3.3V CKIO CLK 3.3V PC2/RD/WR# WE# 3.3V PC3/WE0#/DQMLL PC4/WE1#/WE#/DQMLU LDQM UDQM Expansion connector or SDRAM(U2) PC5/RAS# D1 PC6/CAS# D2 PC7/CKE D3 PC8/CS3# D4 3.3V S1A S1B S2A RAS# 3.3V S2B S3A CAS# S3B S4A CKE S4B CS# MUX Note: Pin names in red indicate the function used. EN# IN 3.3V Optional Expansion connector (CN6) NCM3A-HS64G01 4 To MTU2 output (M3A-HS64G02) disabled DIP SW6-1 Figure 2.3.3 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 SDRAM Block Diagram 2-23 SH7269 CPU Board R0K572690C000BR Table 2.3.6 2. R0K572690C000BR Functions DIP Switches Setting (SW6-1) Number Function OFF (High) SW6-1 ON (Low) Connected to the SDRAM (default) Connected to the expansion connector Note: Shading indicates the function to be set. Figure 2.3.4 shows the single read and write timing example of the SDRAM. Table 2.3.7 lists the Bus State Controller setting when the SH7269 bus clock is at 66.67MHz. SDRAM SINGLE READ SDRAM SINGLE WRITE tRC tRC tRAS tRP tRAS tRP tRCD tDPL tDAL ACT Tr Trw1 Trw2 READA Tc1 Tcw Td1 Tde Tap ACT Tr Trw1 Trw2 WRITEA Tc1 Trw11 Trw12 Tap ACT Tr CKIO CKE tSI tSI tHI tCSD1 tHI tCSD1 tCSD1 tCSD1 CS3# tRASD1 tHI tSI tRASD1 tRASD1 tRASD1 RASL# tHI tSI tCASD1 tCASD1 tCASD1 tCASD1 CASL# tRWD1 tRWD1 RD/WR# tDQMD1 tDQMD1 tDQMD1 tDQMD1 DQMLU-LL tAD1 tAD1 tAD1 tAD1 tAD1 tAD1 tAD1 tAD1 tAD1 tAD1 tAD1 tAD1 tAD1 tAD1 tAD1 tAD1 tAD1 tAD1 A11-A2(A9-A0) A12(A10/AP) A15,A14(BA1,0) tLZ tAC Data D0-31 Figure 2.3.4 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 tRDS2 tRDH2 tOH tOHZ tHI tSI tWDD2 tWDH2 SDRAM Single Read and Write Timing Example 2-24 SH7269 CPU Board R0K572690C000BR Table 2.3.7 User Area CS3 2. R0K572690C000BR Functions Bus State Controller Setting (Read and Write SDRAM) Target Device EDS1216AATA-75E Setting CS3 space bus control register (CS3BCR): Initial value: H'36DB 0400, Recommended value: H'0000 4400 * Memory: TYPE [2:0] = B'100; SDRAM * Data bus: BSZ [1:0] = B'10; 16-bit bus CS3 space wait control register (CS3WCR): Initial value: H'0000 0500, Recommended value: H'0000 2492 * Number of auto-precharge completion wait cycles: WTRP [1:0] = B'01; 1 cycle * Number of wait cycles between ACTV command and READ (A)/WRIT(A) command: WTRCD [1:0] = B'01; 1 cycle * CAS latency for area 3 A3CL [1:0] = B'01; 2 cycles * Number of auto-precharge startup wait cycles: TRWL [1:0] = B'10; 2 cycles * Number of idle cycles from REF command/Self-refresh release to ACTV/REF/MRS command: WTRC [1:0] = B'10; 0.5 cycles SDRAM control register (SDCR): Initial value: H'0000 0000, Recommended value: H'0000 0809 * Refresh control RFSH = B'1; SDRAM is refreshed * Refresh control RMODE = B0; Auto-refreshed * Bank active mode BACTV = B'0; Auto-precharge mode * Number of bits of row address for area 3 A3ROW [1:0] = B'01; 12 bits * Number of bits of column address for area 3 A3COL [2:0] = B'01; 9 bits Refresh timer control/status register (RTCSR): Initial value: H'0000 0000, Recommended value: H'A55A 0010 * Clock select CKS [2:0] = B'010, B/16 * Number of refresh RRC [2:0] = B'000; 1 Refresh time constant register (RTCOR): Initial value: H'0000 0000, Recommended value: H'A55A 0041 The refresh request interval when the clock select is set to B/16 is as follows: 1 cycle: 240nsec (66.67MHz/16 = 4.167MHz) Refresh request interval in this SDRAM: 15.625 sec/time 15.625sec/240nsec = 65 (0x41) cycles/number of refresh R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 2-25 SH7269 CPU Board R0K572690C000BR 2.3.4 2. R0K572690C000BR Functions NAND Flash Memory Interface The R0K572690C000BR is designed to allow the user to install an NAND flash memory listed in the table below. Refer to Table 1.6.1 for the component that can be installed. NAND flash memory works at 8-bit mode, and 3.3 V-only single power supply. The SH7269 NAND flash memory controller pins (FLCTL) are multiplexed with the data bus (D15 to D4) pins and SD Host Interface (SDHI) channel 0 pin. Set SW6-2 to OFF to connect these pins to NAND flash memory. Figure 2.3.5 shows the NAND flash memory block diagram. Table 2.3.9 lists the DIP switches setting (SW6-2). Table 2.3.8 NAND Flash Memory Specifications Part Number Bus Size K9F2G08U0B-PCB0 Capacity 8-bit Access Time 256 MB (8-bit x 256-Mword x 1) Random: 25 s (max.) Page: 25 ns (max.) K9F2G08U0B (U5) 256 MB Data bus SH7269 (U1) 3.3 V 8 PD15 to PD8/D15 to D8/NAF7 to NAF0 I/O7 to I/O0 PD7/D7/FWE# WE# PD6/D6/FALE ALE 3.3 V PD5/D5/FCLE CLE PD4/D4/FRE# RE# 3.3 V WP# 3.3 V SDHI or NAND (U3) PF17/SD_WP_0/FRB D1 PF16/SD_CD_0/FCE#/MMC_CD D2 S1A D3 3.3 V S1B S2A R/B# S2B S3A CE# S3B S4A D4 S4B MUX EN# Note: Pin names in red indicate the function used. : Optional IN 3.3 V 2 SD card slot DIP SW6-2 Figure 2.3.5 Table 2.3.9 NAND Flash Memory Block Diagram DIP Switches Setting (SW6-2) Number Function OFF (High) SW6-2 Connected to the NAND flash memory ON (Low) Connected to the SD/MMC card slot (default) Note: Shading indicates the function to be set. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 2-26 SH7269 CPU Board R0K572690C000BR 2.3.5 2. R0K572690C000BR Functions Serial Flash Memory Interface The R0K572690C000BR includes two serial flash memories listed in the table below. Serial flash memory is controlled by the SH7269 Renesas Serial Peripheral Interface (RSPI) or Renesas Quad Serial Peripheral Interface (RQSPI). SH7269 SPI pins are multiplexed with address bus (A13 to A20) pins. Set JP4 to connect these pins to serial flash memory. O control two serial flash memories at one time using SPI multi I/O bus controller, JP6 and JP7 should be set. Figure 2.3.6 shows the serial flash memory block diagram. Table 2.3.11 lists the jumper JP4 setting. Table 2.3.12 describes about JP6 and JP7 settings. Table 2.3.10 Serial Flash Memory Specifications Part Number S25FL032P0XMFI01 Interface Capacity 6-wire serial (QSPI) 8 SH7269U1 Package 4MB 8-pin SOP 3.3V 6 3.3V PB20/A20/QMI_0/QIO1_0/MISO0/ SPBMI_0/SPBIO1_0 PB19/A19/QMO_0/QIO0_0/MOSI0/ SPBMO_0/SPBIO0_0 SIO1_0 SCK_0 SIO0_0 CE_0 SCK 3.3V CE# 3.3V SIO0_0 CE_0 PB18/A18/QSSL_0/SSL00/SPBSSL PB17/A17/QSPCLK_0/RSPCK0/ SPBCLK Serial flash memory1(U9) S25FL032P(4MB) To the address device SI/SIO0 JP4 PB16/A16/QIO3_0/SPBIO3_0 3.3V SCK_0 SIO3_0 SIO2_0 PB14/A14/QIO3_1/SPBIO3_1 SIO3_1 PB13/A13/QIO2_1/SPBIO2_1 SIO2_1 PF1/QSSL_1/SSL10 PF2/QMO_1/QIO0_1/MOSI1/ TIOC4C/SPBMO_1/SPBIO0_1 PF3/QMI_1/QIO1_1/MISO1/ TIOC4D/SPBMI_1/SPBIO1_1 SO/SIO1 3.3V PB15/A15/QIO2_0/SPBIO2_0 PF0/QSPCLK_1/RSPCK1/TIOC4A/ AUDCK SIO1_0 6 SIO3_0 HOLD#/SIO3 SIO2_0 WP#/SIO2 Serial flash memory2(U10) S25FL032P(4MB) 3.3V SCK_1 JP7 SCK_1 CE_1 SCK_0 3 1 CE_0 CE_1 SIO0_1 3.3V 2 SCK 3.3V 3 1 2 CE# 3.3V JP6 SIO0_1 SI/SIO0 SIO1_1 3.3V SIO1_1 SO/SIO1 3.3V SIO3_1 HOLD#/SIO3 SIO2_1 WP#/SIO2 Note: Pin names in red indicate used functions Expansion connctor CN7CN9 3 Figure 2.3.6 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 To CD deck interface and audio device CODEC(M3A-HS64G01) To MTU2 output(M3A-HS64G02) Serial Flash Memory Block Diagram 2-27 SH7269 CPU Board R0K572690C000BR Table 2.3.11 Jumper Setting (JP4) Number JP4 2. R0K572690C000BR Functions 1-2 Uses PB18 as QSSL_0/SSL00 output pin None (Open) Uses PB18 as A18 output pin (default) Note: Shading indicates the function to be set. Table 2.3.12 Jumper Setting (JP6, JP7) Number JP6 1-2 Uses PF1 as QSSL_1/SSL10 output pin 2-3 Uses PB18 as SPBSS output pin (by default) JP7 Use PF0 as QSPCLK_1/RSPCK1 output pin Use PB17 as SPBCLK output pin (by default) Note: When controlling two serial flash memories at one time using SPIBSC, set as 2-3. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 2-28 SH7269 CPU Board R0K572690C000BR 2.3.6 2. R0K572690C000BR Functions EEPROM Interface The R0K572690C000BR comes standard with an EEPROM listed in the table below. The EEPROM is controlled by the SH7269 IIC bus interface 3 (IIC3). Figure 2.3.7 shows the EEPROM interface block diagram. Table 2.3.13 EEPROM Specifications Part Number R1EX24128ASAS0A Interface Capacity 2-wire serial (IIC) 16KB (16-Kword x 8-bit) 8-pin SOP R1EX24128 (U6) 16 KB 3.3 V SH7269 (U1) Package 3.3 V PE2/SCL1 SCL PE3/SDA1 SDA WP Chip address 000 A2 to A0 Note: Pin names in red indicate the function used. 2 D/A Converter IIC pin (M3A-HS64G01) IRQ input switch (M3A-HS64G02) Expansion connector (CN7) Figure 2.3.7 EEPROM Block Diagram R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 2-29 SH7269 CPU Board R0K572690C000BR 2.4 2. R0K572690C000BR Functions USB Interface The R0K572690C000BR comes standard with a USB Series-A receptacle. Mini-B receptacle can be installed on the R0K572690C000BR to evaluate the USB host or function modules. Remove Series-A receptacle to install Mini-B receptacle. Figure 2.4.1 shows the USB interface block diagram. Table 2.4.1 lists the jumper setting (JP10). VBUS power control IC MIC2025 (U8) 5V SH7269 (U1) 0 IN OUT 3.3 V Socket (X6) CLK USB_X1 TP2 FLG USB_X2 TP1 EN JP10 150 F 48 MHz TP3 Always ON USB Series-A receptacle (J1) BLM21PG600SN1 48 MHz VBUS X7 DP REFRIN DM VBus 100 1 2 4 3 D+ D- 5.6 k 1% USBAPVss GND FRAME : Optional HN6.2Z4MFA USB Mini-B receptacle (J2) VBus D+ D- GND FRAME BLM21PG600SN1 Figure 2.4.1 Table 2.4.1 Jumper Setting (JP10) Number JP10 USB Interface Block Diagram 1-2 None (Open) USB host mode (VBUS power is supplied, default) USB function mode (VBUS power is not supplied) R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 2-30 SH7269 CPU Board R0K572690C000BR 2.5 2. R0K572690C000BR Functions RS-232C Interface The SH7269 includes the Serial Communication Interface with FIFO (SCIF). On the R0K572690C000BR, SH7269 SCIF channel 2 is connected to D-sub 9-pin connector via the RS-232C driver IC. Figure 2.5.1 shows the RS-232C interface block diagram. Expansion connector (CN5) SH7269 (U1) 3.3 V RS-232C driver (U15) TIN PF15/TxD2 D-Sub 9-pin RS-232C connector (J10) TOUT TXD DTR# DSR# RIN RXD RTS# CTS# 3.3 V PF14/RxD2 ROUT RES# SHDN# Note: Pin names in red indicate the function used. : Optional Figure 2.5.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 RS-232C Interface Block Diagram 2-31 SH7269 CPU Board R0K572690C000BR 2.6 2. R0K572690C000BR Functions I/O Ports SH7269 I/O ports are connected to switches and LEDs on the R0K572690C000BR. Ports PH0 to PH7 can be used as analog input pins (AN0 to AN7). Figure 2.6.1 shows the I/O ports block diagram. 3.3 V 3.3 V Expansion connector (CN3) SH7269U1 AVcc AN0 PH0/AN0 PJ18/DV_DATA18 1.5 k 1.5 k LED2 LED3 3.3 V PJ19/DV_DATA19 3.3 V AVcc AN1 PH1/AN1 User DIP switches (SW6) PJ16/DV_DATA16 5 PJ17/DV_DATA17 6 AVcc AN2 PH2/AN2 AVcc AN3 PH3/AN3 AVcc AN4 PH4/AN4 AVcc AN5 PH5/AN5 AVcc AN6 PH6/AN6 AVcc AN7 PH7/AN7 Note: Pin names in red indicate the function used. Figure 2.6.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 I/O Ports Block Diagram 2-32 SH7269 CPU Board R0K572690C000BR 2.7 2. R0K572690C000BR Functions Interrupt Switches The R0K572690C000BR includes two push-button switches (NMI switch and IRQ1 switch) for the NRM and IRQ1 interrupt signals input from the SH7269, and a push-button switch (Test switch) for test signals. The Test switch is open to allow for connecting a desired pin. Set JP8 to use IRQ1 switch. Figure 2.7.1 shows the interrupt switches block diagram. Table 2.7.1 3.3 V lists the jumper setting (JP8). SH7269 (U1) NMI switch (SW3) NMI + 3.3 V JP8 IRQ1 switch (SW4) Expansion connector 3 1 2 PJ21/DV_DATA21/IRQ1/CTx2 + Note: Pin names in red indicate the function used. 3.3 V Test switch (SW7) TP5 + Figure 2.7.1 Table 2.7.1 Jumper Setting (JP8) Number JP8 Interrupt Switches Block Diagram 1-2 Uses PJ21 as IRQ1 input pin (default) None (Open) Uses PJ21 as CTx2 output/DV_DATA21 input pin Note: Shading indicates the function to be set. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 2-33 SH7269 CPU Board R0K572690C000BR 2.8 2. R0K572690C000BR Functions Clock Modules Provide following clocks with the SH7269 on the R0K572690C000BR. * * * * * * SH7269 input clock (X4): 13.33MHz SH7269 RTC clock (X5): 32.768kHz SH7269 audio clock (X8): 11.2896MHz SH7269 USB clock (X6): 48.00MHz SH7269 LCD clock (X1): Optional SH7269 digital video decoder clock (X2): 27.00MHz Figure 2.8.1 shows the clock module block diagram. SH7269 (U1) Socket (X8) CLK 11.2896 MHz AUDIO_XOUT AUDIO_X1 NC Expansion connector AUDIO_X2 3.3 V MD_CLK0 DIP SW5-1 RTC_X1 32.768 kHz RTC_X2 (X5) (X2) CLK 27 MHz VIDEO_X1 NC VIDEO_X2 Socket (X3) CLK SDRAM (U7) (X4) CLK 13.33 MHz Socket (X6) CLK EXTAL NC PLL CKIO CLK XTAL USB_X1 48 MHz USB_X2 48 MHz (X7) Socket (X1) CLK LCD_EXTCLK LCD_CLK : Optional Figure 2.8.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 Clock Module Block Diagram 2-34 SH7269 CPU Board R0K572690C000BR 2.9 2. R0K572690C000BR Functions Reset Module A reset IC controls reset signals connected to the SH7269, flash memory and peripheral I/Os on the R0K572690C000BR. There are two system reset options; power-on reset and reset by switch. Figure 2.9.1 shows the reset module block diagram. 38-pin H-UDI port connector (J3) RES# 3.3 V 3.3 V RNA50C27AUS (U20) EN pin of the 1.25 V DC/DC 3.3 V VDD33 U25 14-pin H-UDI port connector (J7) RES# SWG SH7269 (U1) VDD18 RESP# 330 k 0.1 F CREXT RESN# + U19 SW2 RES# NOR flash memory (U4) RESET# Reset IC output delay time: td = 330 k x 0.1 F = 33 ms RS-232C driver (U15) SHDN# Expansion connector (CN7) : Optional Figure 2.9.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 Reset Module Block Diagram 2-35 SH7269 CPU Board R0K572690C000BR 2.10 2. R0K572690C000BR Functions Power Supply Module A 5 V power supply is input to the R0K572690C000BR, and the regulator on the R0K572690C000BR generates 3.3 V voltage, the reference voltage for the A/D Converter (3.3 V), and 1.25 V. CPU 3.3 V and 1.25 V power can be externallysupplied. Figure 2.10.1 shows the power supply module block diagram. Legend Generated by Symbol (Voltage type) Application External PS Allowed PS: Power supply AVref (3.3 V analog) ADC reference PS AVcc (3.3 V analog) ADC PS LM1587 LM2734X LM4132 5VCC (5 V digital) R0K57269C000BR PS Ju 3VCC (3.3 V digital) Jumper 3VCC_CPU (3.3 V digital) CPU I/O PS er mp Jumper LCF LC F 1.2VCC (1.25 V digital) CPU core PS Jumper Figure 2.10.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 UA1.2V (1.25 V analog) USB core PS UA3V (3.3 V analog) USB I/O PS PLL3V (3.3 V analog) PLL PS DV3V (3.3 V analog) Video decoder PS Power Supply Module 2-36 SH7269 CPU Board R0K572690C000BR 2.11 2. R0K572690C000BR Functions H-UDI The R0K572690C000BR includes two H-UDI port connectors (14-pin and 38-pin) to connect to the E10A-USB emulator. AUD pins are multiplexed with the Renesas Serial Peripheral Interface (RSPI) pins, Serial Sound Interface with FIFO (SSIF) pins, and VDC4 (Video Display Controller 4) pins. AUD function can be used when the R0K572690C000BR is used alone (Do not use the AUD function when connecting optional boards). Note that serial flash memory 2 cannot be used when using the AUD function. Figure 2.11.1 shows H-UDI block diagram. 3.3 V 3.3 V 3.3 V 38-pin H-UDI port connector (J3) 1 2 4 7 10 13 16 18 20 22 23 25 27 29 31 33 34 35 36 37 38 5 N.C. AUDCK N.C. AUDATA0 N.C. AUDATA1 N.C. AUDATA2 N.C. AUDATA3 N.C. AUDSYNC# N.C. N.C. N.C. N.C. N.C. TCK N.C. TMS N.C. TRST# N.C. TDI N.C. TDO N.C. ASEBRKAK#/ASEBRK# N.C. RES# N.C. VCC_TR N.C. VCC N.C. N.C. (ASEMD#) (1) N.C. SH7269 (U1) 6 PF0/QSPCLK_1/RSPCK1/AUDCK 30 PG16//LCD_DATA16/AUDATA0 28 PG17/LCD_DATA17/AUDATA1 26 PG21//LCD_DATA21/AUDATA2 24 PG23/LCD_DATA23/TxD5/AUDATA3 32 PG22/LCD_DATA22/RxD5/AUDSYNC# 13 15 15 TCK 17 TMS 21 TRST# 19 TDI 11 TDO 8 ASEBRKAK#/ASEBRK# 9 RES# 12 14 3.3 V 3 ASEMD# N.C. GND Notes: 1. For more information about connecting the R0K572690C000BR and E10A-USB emulator, refer to the E10A-USB emulator User's manual. 2. Pin names in red indicate the function used. 14-pin H-UDI port connector (J7) 4 2 12 14 (ASEMD#) (1) TCK TRST# GND TDO GND ASEBRKAK#/ASEBRK# GND TMS TDI RES# 6 10 : Optional 3 5 7 9 11 13 3.3 V N.C. N.C. 1 VCC 8 U25 RES# Figure 2.11.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 U19 H-UDI Block Diagram 2-37 SH7269 CPU Board R0K572690C000BR 2.12 2. R0K572690C000BR Functions SD/MMC Card Interface The R0K572690C000BR includes an SD/MMC card slot. The SD/MMC card slot is connected to the SH7269 SD Host Interface (SDHI) and the MMC Host Interface (MMC). SDHI channel 0 pin and MMC host interface (MMC) pin are multiplexed with the NAND flash memory controller (FLCTL) pins. Figure 2.12.1 shows the SD/MMC card interface block diagram. Table 2.12.1 lists the DIP switches setting (SW6-2). MCVDD 4 SH7269 (U1) PF23/SD_D2_0/MMC_D2 2 NAND flash memory 22 k SD/MMC card slot (J13) MCVDD PF22/SD_D3_0/MMC_D3 CLK CLK CMD CMD DAT2 DAT3 MCVDD 22 k CMD PF21/SD_CMD_0/MMC_CMD PF19/SD_D0_0/MMC_D0 DAT0 PF18/SD_D1_0/MMC_D1 DAT1 DAT0 DAT1 DAT1 DAT2 DAT2 DAT3 DAT3 CLK 22 k PF20/SD_CLK_0/MMC_CLK DAT0 3.3 V PF17/SD_WP_0/FRB PF16/SD_CD_0/FCE#/MMC_CD SD or NAND (U3) S1A D1 S1B S2A D2 D3 D4 COMMON GND 3.3 V 22 k WP 22 k CD S2B S3A LTC1470 (U13) S3B S4A EN0 MCVDD OUT VDD S4B MUX Note: Pin names in red indicate the function used. EN# When SD/MMC card is inserted: COMMON and CD are made conductive IN When SD/MMC card is write-enabled: WP and COMMON are made conductive 3.3 V : Optional DIP SW6-2 Figure 2.12.1 Table 2.12.1 SD/MMC Card Interface Block Diagram DIP Switch Setting (SW6-2) Number Function OFF (High) SW6-2 Connected to the NAND flash memory ON (Low) Connected to the SD/MMC card slot (default) Note: Shading indicates the function to be set. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 2-38 SH7269 CPU Board R0K572690C000BR 2.13 2. R0K572690C000BR Functions VDC4 Interface The SH7269 Video Display Controller 4 (VDC4) includes the features to output signals to control the LCD module and to input digital video (digital video IN). The R0K572690C000BR includes a 40-pin half pitch connector to connect the LCD module and digital video IN. LCD module VDC4 pins are multiplexed with Serial Communication Interface (SCIF) channel 5 pins. When specifying LCD_DATA22 and LCD_DATA23, the UART connector on the optional board cannot be used. Digital video IN VDC4 pins are multiplexed with Motor Control PWM Timer (PWM) channel 1 pins and Control Area Network (RCAN) channel 2 pins. Figure 2.13.1 shows the LCD module interface block diagram. Figure 2.13.2 shows the digital video IN interface block diagram. Table 2.13.1 lists the jumper settings (JP8 ad JP9). Expansion connectors (CN1, CN9) 2 UART interface LCD module interface SH7269 (U1) 40-pin half pitch connector (CN10) PG23/LCD_DATA23/TxD5 LCD_DATA23 PG22/LCD_DATA22/RxD5 PG21 to PG16/LCD_DATA21 to LCD_DATA16 PG15 to PG0/LCD_DATA15 to LCD_DATA0 Socket (X1) CLK PG27/LCD_EXTCLK LCD_DATA22 6 16 PG24/LCD_CLK PJ22/LCD_TCON5 (LCD_DE) LCD_DATA21 to LCD_DATA16 LCD_DATA15 to LCD_DATA0 LCD_CLK VDD3 LCD_DE VDD5 PG25/LCD_TCON0 (LCD_VSYNC) LCD_VSYNC PG26/LCD_TCON1 (LCD_HSYNC) LCD_HSYNC PJ23/LCD_TCON6 (LCD_M_DISP) LCD_M_DISP 3.3 V 5V GND Note: Pin names in red indicate the function used. : Optional Figure 2.13.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 LCD Module Interface Block Diagram 2-39 SH7269 CPU Board R0K572690C000BR 2. R0K572690C000BR Functions Expansion connectors (CN1, CN7, CN9) 2 2 2 2 LCD module interface IRQ input CAN interface LED DIP switches PWM interface SH7269 (U1) PJ23 to PJ22/DV_DATA23 to DV_DATA22/ LCD_TCON6 to LCD_TCON5 40-pin half pitch connector (CN11) 2 DV_DATA23 to DV_DATA22 JP8 1 3 PJ21/DV_DATA21/IRQ1/CTx2 2 PJ20/DV_DATA20/IRQ0/CRx2 2 DV_DATA21 1 3 DV_DATA20 JP9 DV_DATA19 PJ19/DV_DATA19/AUDIO_XOUT DV_DATA18 PJ18/DV_DATA18 2 PJ17 to PJ16/DV_DATA17 to DV_DATA16 PJ15 to PJ8/DV_DATA15 to DV_DATA8/ PWM2H to PWM2A PJ7 to PJ0/DV_DATA7 to DV_DATA0/ PWM1H to PWM1A 8 3.3 V 8 DV_DATA17 to DV_DATA16 DV_DATA15 to DV_DATA8 3.3 V DV_DATA7 to DV_DATA0 3.3 V PJ31/DV_CLK DV_CLK VDD3 PE4/SCL2/DV_VSYNC DV_VSYNC VDD5 PE5/SDA2/DV_HSYNC DV_HSYNC GND 5V 3.3 V Note: Pin names in red indicate the function used. : Optional Figure 2.13.2 Table 2.13.1 Digital Video-IN Interface Block Diagram Jumper Settings (JP8, JP9) Number 1-2 None (Open) JP8 Uses PJ21 as IRQ1 input pin (default) Uses PJ21 as CTx2 output/DV_DATA21 input pin JP9 Uses PJ20 as IRQ0 input pin (default) Uses PJ20 as CRx2 input/DV_DATA20 input pin Note: Shading indicates the function to be set. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 2-40 SH7269 CPU Board R0K572690C000BR 2.14 2. R0K572690C000BR Functions Video-IN Interface The SH7269 includes the digital video decoder, which allows the user to input the composite video (CVBS) signal directly. The R0K572690C000BR includes an RCA connector to input the CVBS signal. Figure 2.14.1 shows the video IN interface block diagram. SH7269 (U1) 0 J11 0 1 F 0 1 F 1 k VIN1 1 k 75 0 J12 1 k VIN2 75 1 k 24 k1% BIAS X2 CLK : Optional 27 MHz Figure 2.14.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 NC VIDEO_X1 VRB VIDEO_X2 VRT 0.1 F 0.1 F Video-IN Interface Block Diagram 2-41 SH7269 CPU Board R0K572690C000BR 2.15 2. R0K572690C000BR Functions PWM Interface The SH7269 includes two channels of Motor Control Pulse Width Modulator (PWM) Timer with a maximum of eight pulse outputs per channel. On the R0K572690C000BR, SH7269 PWM channel 2 pins are connected to the 40-pin half pitch connector at TTL level. 40-pin half pitch connector is multiplexed with the digital video IN interface connector. PWM output pins are multiplexed with Video Display Controller 4 (VDC4) pins. Figure 2.15.1 shows the PWM interface block diagram. Expansion connectors (CN1, CN7, CN9) 8 SH7269 (U1) 40-pin half pitch connector (CN11) PJ8/DV_DATA8/PWM2A 2A PJ9/DV_DATA9/PWM2B 2B PJ10/DV_DATA10/PWM2C 2C PJ11/DV_DATA11/PWM2D 2D PJ12/DV_DATA12/PWM2E 2E PJ13/DV_DATA13/PWM2F 2F VDD3 PJ14/DV_DATA14/PWM2G 2G VDD5 PJ15/DV_DATA15/PWM2H 2H GND 3.3 V 5V Note: Pin names in red indicate the function used. Figure 2.15.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 PWM Interface Block Diagram 2-42 SH7269 CPU Board R0K572690C000BR 3. M3A-HS64G01 Functions 3. M3A-HS64G01 Functions 3.1 Overview of Functions The M3A-HS64G01 includes the function modules listed in the following table. Table 3.1.1 M3A-HS64G01 Function Modules Section Function Description 3.2 CPU SH7269 3.3 LCD Module Interface * LCD module interface Connects the SH7269 Video Display Controller 4 (VDC4) and LCD module connectors Includes flexible connectors for LCD module 3.4 Audio Modules * Character LCD module with LED backlight * Connects the SH7269, D/A Converters and an audio codec 96kHz 24-bit D/A Converters: 2 24-bit stereo codec with microphone AMP: 1 3.5 CD Deck Interface * Connects the SH7269 Renesas Serial Peripheral Interface (RSPI), Serial Sound Interface (SSIF) and a CD deck 3.6 SD Card Interface * Connects the SH7269 SD Host Interface (SDHI) and an SD card slot 3.7 UART Interface * Connects the SH7269 Serial Communication Interface with FIFO (SCIF) and a UART connector 3.8 CAN Interface * Connects the SH7269 Controller Area Network (RCAN-TL1) and a CAN connector 3.9 IEBusTM Interface * Connects the SH7269 IEBus 3.10 I/O Ports * Connect the SH7269 I/O ports, LEDs and DIP switches 3.11 Clock Modules * Controls the system clock * Controls the peripheral I/O clock Note: One CAN channel can be used on the R0K572690C000BR. TM controller (IEB) and IEBusTM connector 3.12 Reset Module * Resets devices on the M3A-HS64G01 3.13 Power Supply Module * Controls the M3A-HS64G01 system power supply - Operating Specifications * Connectors, switches and LEDs Refer to Chapter 6 for details. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 3-1 SH7269 CPU Board R0K572690C000BR 3.2 CPU 3.2.1 SH7269 Overview 3. M3A-HS64G01 Functions The R0K572690C000BR includes the SH7269, the 32-bit RISC MCU that operates with a maximum frequency of 266.67MHz. 3.2.2 SH7269 Pin Functions Used on the M3A-HS64G01 Table 3.2.1 to Table 3.2.11 list the SH7269 pin functions used on the M3A-HS64G01. Table 3.2.1 SH7269 Pin Functions (1/11) No. Name Symbol RD# Description Expansion Connector Connected to NOR flash memory OE# pin CN6, pin 6 RD/WR# Connected to SDRAM WE# pin CN6, pin 7 WE0# Connected to NOR flash memory WE# pin CN6, pin 8 Remarks 1 PC1/RD# 2 PVcc 3 PC2/RD/WR#/SCK6 4 PC3/WE0#/DQMLL/RxD6 DQMLL Connected to SDRAM DQML pin 5 PC4/WE1#/WE#/DQMLU/TxD6 DQMLU Connected to SDRAM DQMU pin CN6, pin 9 6 PC5/RAS#/CRx0 / RAS# Connected to SDRAM RAS# pin - SW6-1: OFF CRx0/CRx1/CRx2/IRQ0 - NC CN6, pin 14 SW6-1: ON 7 PVcc 8 PC6/CAS#/SCK7/CTx0/ CAS# Connected to SDRAM CAS# pin - SW6-1: OFF CTx0&CTx1&CTx2 - NC CN6, pin 15 SW6-1: ON 9 Vss 10 PC7/CKE/RxD7/CRx1/ CKE Connected to SDRAM CKE pin - SW6-1: OFF CRx0/CRx1/IRQ1 - NC CN6, pin 16 SW6-1: ON 11 12 Vcc PC8/CS3#/TxD7/CTx1/ CS3# Connected to SDRAM CS# pin - SW6-1: OFF CTx0&CTx1 - N.C. CN6, pin 17 SW6-1: ON 13 PB1/A1/TIOC0A A1 Address bus CN4, pin 28 14 PB2/A2/TIOC0B A2 Address bus CN4, pin 27 15 PB3/A3/TIOC0C A3 Address bus CN4, pin 26 16 PJ14/DV_DATA14 / PWM2G PWM output CN11, pin A1 LCD_DATA14/PINT6/ DV_DATA14 DV input PWM2G/TxD6 PJ14 Connected to CD deck FLAG6 pin CN1, pin 4 CN11, pin B1 17 18 19 PVcc PJ15/DV_DATA15/ PWM2H PWM output LCD_DATA15/PINT7/ DV_DATA15 DV input PWM2H/TxD7 PJ15 Connected to CD deck TRANS pin CN1, pin 2 A4 Address bus CN4, pin 25 PJ16 Connected to SW6-5 as user input port 1 CN11, pin B13 PB4/A4/TIOC0D 21 Vcc PJ16/DV_DATA16/ LCD_DATA16/RSPCK0/ 23 TIOC0A/SIOFSCK DV_DATA16 DV input PJ17/DV_DATA17/ PJ17 Connected to SW6-6 as user input port 2 LCD_DATA17/SSL/00/ 24 TTL level Vss 20 22 TTL level TIOC0B/SIOFSYNC DV_DATA17 DV input PJ18/DV_DATA18/ PJ18 Connected to LED2 as user output port 1 DV_DATA18 DV input LCD_DATA18/MOSI0/ TIOC0C/SIOFTxD Legend: : 3.3V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 : 1.25V power supply, CN11, pin B12 CN11, pin B8 : GND 3-2 SH7269 CPU Board R0K572690C000BR Table 3.2.2 No. 3. M3A-HS64G01 Functions SH7269 Pin Functions (2/11) Name Symbol Description Expansion Connector 25 PB5/A5/TIOC1A A5 Address bus CN4, pin 22 26 PB6/A6/TIOC1B A6 Address bus CN4, pin 21 27 PVcc A7 Address bus CN4, pin 20 A8 Address bus CN4, pin 19 28 PB7/A7/TIOC2A 29 Vss 30 PB8/A8/TIOC2B 31 Vcc 32 PB9/A9/TIOC3A A9 Address bus CN4, pin 18 33 PB10/A10/TIOC3B A10 Address bus CN4, pin 17 34 PB11/A11/TIOC3C A11 Address bus CN4, pin 14 35 PB12/A12/TIOC3D A12 Address bus CN4, pin 13 36 PJ19/DV_DATA19/ PJ19 Connected to LED3 as user output port 2 CN11, pin A12 TIOC0D/SIOFRxD/ DV_DATA19 DV input AUDIO_XOUT AUDIO_XOUT Connected to DAC (U11, U12) MCKI pins CN7, pin 40 LCD_DATA19/MISO0/ 37 38 PVcc PJ20/DV_DATA20/ IRQ0 Connected to CD deck BLKCK pin CN7, pin 8 JP9: 1-2 LCD_DATA20/LCD_TCON3/ DV_DATA20 DV input CN11, pin B4 JP9: 2-3 IRQ0/CRx2/CRx0/CRx1/CRx2 CRx2 Connected to the CAN driver IC (U16) CN1, pin 17 Address bus CN4, pin 12 39 Vss 40 PB13/A13/QIO2_1/ SPBIO2_1 41 42 43 A13 QIO2_1 SPBIO2_1 Connected to serial flash memory 2 IO2 pin Vcc PJ21/DV_DATA21 IRQ1 IRQ1 switch - JP8: 1-2 LCD_DATA21/LCD_TCON4/ DV_DATA21 DV input CN11, pin A14 JP8: 2-3 IRQ1/CTx2/CTx0&CTx1&CTx2 CTx2 Connected to the CAN driver IC (U16) CN1, pin 18 PJ22/DV_DATA22/ DV_DATA22 DV input CN11, pin B14 LCD_DATA22/LCD_TCON5/ LCD_TCON5 Connected to LCD module DE pin CN9, pin 24 IRQ2/CRx1/CRx0/CRx1 44 CN10, pin B17 PJ23/DV_DATA23/ DV_DATA23 DV input CN11, pin A15 LCD_DATA23/LCD_TCON6/ LCD_TCON6 Connected to the LCD module M_DISP pin CN1, pin 18 A14 Address bus CN4, pin 11 QIO3_1 / SPBIO3_1 Connected to serial flash memory 2 IO3 pin A15 Address bus IRQ3/CTx1/CTx0&CTx1 45 46 PB14/A14/QIO3_1 / SPBIO3_1 PB15/A15/QIO2_0/ SPBIO2_0 QIO2_0 / SPBIO2_0 47 PVcc 48 PB16/A16/QIO3_0 / SPBIO3_0 49 Legend: Remarks CN10, pin B18 CN4, pin 10 Connected to serial flash memory 1 IO2 pin A16 Address bus QIO3_0 / SPBIO3_0 Connected to serial flash memory 1 IO3 pin CN4, pin 9 Vss : 3.3V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 : 1.25V power supply, : GND 3-3 SH7269 CPU Board R0K572690C000BR Table 3.2.3 SH7269 Pin Functions (3/11) No. Name PB17/A17/QSPCLK_0/ RSPCK0 / SPBCLK 50 3. M3A-HS64G01 Functions Symbol Description A17 QSPCLK_0/ RSPCK0 / SPBCLK Address bus Connected to serial flash memory 1 SCK pin CN4, pin 6 A18 QSSL_0/ SSL00/ SPBSSL Address bus Connected to serial flash memory 1 CS pin CN4, pin 5 - CN4, pin 4 52 Vcc PB18/A18/QSSL_0/SSL00 / SPBSSL 53 PB19/A19/QMO_0/QIO0_0/ A19 Address bus MOSI0 / SPBMO_0/SPBIO0_0 QMO_0/QIO0 _0/ Connected to serial flash memory 1 SI pin 51 Expansion Connector Remarks JP4: Open JP4: 1-2 MOSI0 / SPBMO_0/SP BIO0_0 54 PB20/A20/QMI_0/QIO1_0/ A20 Address bus MISO0 / SPBMI_0/SPBIO1_0 QMI_0/QIO1_ 0/ MISO0 / SPBMI_0/SPB IO1_0 Connected to serial flash memory 1 SO pin A21 Address bus CN4, pin 2 55 Vss 56 PB21/A21/CRx2/IERxD CN4, pin 3 57 Vcc 58 PB22/A22/CTx2/IETxD/CS4# A22 Address bus CN4, pin 1 59 PC0/CS0#/MD_BOOT2 CS0# Connected to NOR flash memory CE# pin CN6, pin 5 MD_BOOT2 Connected to SW5-4 as boot mode input 2 CKIO Connected to SDRAM CLK pin CN6, pin 20 MD_BOOT0 Connected to SW5-2 as boot mode input 0 CN1, pin 10 RES#: low 60 PVcc 61 CKIO 62 Vss 63 PA0/MD_BOOT0 JP5: 1-2 JP5: 2-3 64 Vcc 65 PA1/MD_BOOT1 MD_BOOT1 Connected to SW5-3 as boot mode input 1 CN1, pin 9 RES#: low PJ28/SSISCK5/TIOC1B/ SSISCK5 Connected to DAC 2 (U12) BICKI pin CN7, pin 22 SW6-3: OFF SSIWS5 Connected to DAC 2 (U12) LRCKI pin CN7, pin 24 SW6-3: OFF 66 RTS7# 67 PJ29/SSIWS5/TIOC2A/ IERxD SW6-4: ON 68 PJ30/SSIDATA5/TIOC2B/ IERxD Connected to the IEBus driver IC CN1, pin 19 SW6-4: OFF SSIDATA5 Connected to DAC 2 (U12) SDTI pin CN7, pin 23 SW6-3: OFF IETxD SW6-4: ON IETxD Legend: : 3.3V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 Connected to the IEBus driver IC : 1.25V power supply, CN1, pin 20 SW6-4: OFF : GND 3-4 SH7269 CPU Board R0K572690C000BR Table 3.2.4 SH7269 Pin Functions (4/11) No. 69 3. M3A-HS64G01 Functions Name PJ31/DV_CLK Symbol Description Expansion Connector DV_CLK DV input - Connected to the CD deck IIS_DATA pin CN7, pin 27 - - CN7, pin 5 - - CN7, pin 8 SCL1 Connected to EEPROM SCL pin CN7, pin 7 Remarks CN11, pin B16 70 PE0/SCL0/TCLKA/ LCD_EXTCLK 71 PE1/SDA0/TCLKB/ AUDIO_CLK/DV_CLK 72 PE2/SCL1/TCLKC/IOIS16#/ DV_VSYNC Connected to DAC (U11, U12) SCL pins 73 PE3/SDA1/TCLKD/ADTRG#/ SDA1 DV_HSYNC Connected to EEPROM SDA pin CN7, pin 10 Connected to DAC (U11, U12) SDA pins 74 PE4/SCL2/RxD4/ DV_VSYNC DV input SCL2 Connected to the external IIC connector (J11) CN7, pin 9 DV_HSYNC DV input CN11, SDA2 Connected to the external IIC connector (J11) CN7, pin 12 PE6/SCL3/RxD6 PE6 Connected to the character LCD RS pin CN6, pin 12 77 PE7/SDA3/RxD7 - - CN6, pin 13 78 PVcc NMI Non-maskable interrupt - ASEMD# ASE mode select - H-UDI 13.33MHz DV_VSYNC 75 PE5/SDA2/RxD5/ pin A17 DV_HSYNC 76 79 NMI 80 Vss CN11, pin B17 81 ASEMD# 82 Vcc 83 PLLVcc 84 EXTAL EXTAL Connects the system external clock to MCU - 85 XTAL XTAL Open - 86 PLLVss 87 PLLVss 88 RES# RES# Reset input CN7, pin 6 89 RTC_X1 RTC_X1 - 90 RTC_X2 RTC_X2 Connects the realtime clock resonator to MCU 91 USBDPVcc 92 USBDPVss 93 DM DM USB differential D- data - 94 DP DP USB differential D+ data - 95 VBUS VBUS VBUS input - 96 USBDVcc REFRIN Reference input - 97 USBDVss 98 REFRIN Legend: : 3.3V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 : 1.25V power supply, 32.768kHz - Connects a 5.6 k1% resistor : GND 3-5 SH7269 CPU Board R0K572690C000BR Table 3.2.5 3. M3A-HS64G01 Functions SH7269 Pin Functions (5/11) No. Name 99 USBAVss 100 USBAPVcc 101 USBAVcc 102 USBAVss 103 USBUVcc 104 USBUVss Symbol Description Expansion Connector 105 USB_X1 USB_X1 Connects the USB external clock to MCU - 106 USB_X2 USB_X2 Open - 107 PVcc 108 VIDEO_X1 VIDEO_X1 Connects the digital video decoder external clock to MCU - 109 VIDEO_X2 VIDEO_X2 Open - 110 Vss 111 DVAVcc 112 DVAVss 113 VIN1 VIN1 Analog video signal input CN10, pin A19 114 VIN2 VIN2 Analog video signal input CN10, pin B20 115 VRT VRT Top reference voltage - 116 VRB VRB Bottom reference voltage - 117 BIAS BIAS Reference voltage - 118 PH0/AN0/PINT0 - - CN3, pin 4 119 PH1/AN1/PINT1 - - CN3, pin 3 120 PH2/AN2/PINT2 - - CN3, pin 8 121 PH3/AN3/PINT3 - - CN3, pin 7 122 PH4/AN4/PINT4 - - CN3, pin 12 123 PH5/AN5/PINT5/ - - Remarks 48MHz 27MHz Connects a 24 k1% resistor CN11, pin B18 CN3, pin 11 LCD_EXTCLK 124 AVss 125 PH6/AN6/PINT6 CN11, pin A19 - - CN3, pin 16 CN11, pin B19 126 AVcc 127 PH7/AN7/PINT7 128 AVref 129 TRST# TRST# Initialization signal input pin - H-UDI 130 ASEBRKAK#/ASEBR K# ASEBRKAK# Break mode acknowledge - H-UDI ASEBRK# Break request 131 TDO TDO Test data output - H-UDI 132 TDI TDI Test data input - H-UDI 133 TMS TMS Test mode select - H-UDI 134 TCK TCK Test clock - H-UDI 135 Vss 136 PG0/D16/LCD_DATA 0/ LCD_DATA0 Connected to LCD module D0 pin CN9, pin 2 B0 - - CN3, pin 15 CN11, pin A20 CN10, pin A1 IRQ0/TIOC0A Legend: : 3.3V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 : 1.25V power supply, : GND 3-6 SH7269 CPU Board R0K572690C000BR Table 3.2.6 3. M3A-HS64G01 Functions SH7269 Pin Functions (6/11) No. Name 137 Vcc 138 PG1/D17/LCD_DATA1/ Symbol LDC_DATA1 Description Connected to LCD module D1 pin IRQ1/TIOC0B 139 Vss 140 PG2/D18/LCD_DATA2/ Expansion Connector CN9, pin 1 Remarks B1 CN10, pin B1 LCD_DATA2 Connected to LCD module D2 pin IRQ2/TIOC0C CN9, pin 4 B2 CN10, pin A2 141 PVcc 142 AUDIO_X2 AUDIO_X2 Open - 143 AUDIO_X1 AUDIO_X1 Connects the audio external clock to MCU - 11.2896MHz LCD_DATA3 Connected to LCD module D3 pin CN9, pin 3 B3 144 Vss 145 PG3/D19/LCD_DATA3/ IRQ3/TIOC0D 146 Vcc 147 PG4/D20/LCD_DATA4/ CN10, pin B2 LCD_DATA4 Connected to LCD module D4 pin IRQ4/TIOC1A 148 PG5/D21/LCD_DATA5/ PG6/D22/LCD_DATA6/ LCD_DATA5 Connected to LCD module D5 pin PG7/D23/LCD_DATA7/ LCD_DATA6 Connected to LCD module D6 pin LCD_DATA7 153 Connected to LCD module D7 pin B7 DV_DATA0 DV input CN11, pin A6 PJ0 Connected to the character LCD DB7 pin CN7, pin 15 SW6-3: OFF SD_CD_1 Connected to the SD card slot CD pin - Connected to DAC1 (U11)BICKI pin CN7, pin 17 SW6-3: ON PVcc PJ1/DV_DATA1/ DV_DATA1 DV input CN11, pin B6 LCD_DATA1/SD_WP_1/ PJ1 Connected to the character LCD DB6 pin CN7, pin 16 SW6-3: OFF SD_WP_1 Connected to the SD card slot WP pin - Connected to DAC1 (U11) LRCKI pin CN7, pin 20 SW6-3: ON LCD_DATA8 Connected to LCD module D8 pin CN 9, pin 12 G0 Vss 155 PG8/D24/LCD_DATA8/ PINT0/TIOC3A CN 10, pin A6 Vcc PJ2/DV_DATA2/ DV_DATA 2 DV input CN11, pin A10 LCD_DATA2/SD_D1_1/ PJ2 Connected to the character LCD DB5 pin CN7, pin 13 SW6-3: OFF SD_D1_1 Connected to the SD card slot DAT1 pin - Connected to DAC1 (U11) SDTI pin CN7, pin 19 SW6-3: ON PWM1C Legend: CN9, pin 9 PJ0/DV_DATA0/ 154 157 B6 LCD_DATA0/SD_CD_1/ PWM1B 156 CN9, pin 7 CN10, pin B4 PWM1A 152 B5 CN10, pin B4 IRQ7/TIOC2B 151 CN9, pin 8 CN10, pin A4 IRQ6/TIOC2A 150 B4 CN10, pin B3 IRQ5/TIOC1B 149 CN9, pin 6 : 3.3V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 : 1.25V power supply, : GND 3-7 SH7269 CPU Board R0K572690C000BR Table 3.2.7 SH7269 Pin Functions (7/11) No. 158 Name Symbol PJ3/DV_DATA3/ DV_DATA3 DV input CN11, pin B9 LCD_DATA3/SD_D0_1/ PJ3 Connected to the character LCD DB4 pin CN7, pin 14 SW6-3: OFF SD_D0_1 Connected to the SD card slot DAT0 pin SW6-3: ON PWM1D 159 Description Connected to DAC2 (U12) BICKI pin CN7, pin 22 DV_DATA4 DV input CN11, pin A9 LCD_DATA4/SD_CLK_1/ PJ4 Connected to the character LCD DB3 pin CN7, pin 3 SW6-3: OFF SD_CLK_1 Connected to the SD card slot CLK pin - Connected to DAC2 (U12) LRCKI pin CN7, pin 24 SW6-3: ON LCD_DATA9 Connected to LCD module D9 pin CN9, pin 11 G1 PG9/D25/LCD_DATA9/ PG10/D26/LCD_DATA10/ CN10, pin B6 LCD_DATA10 Connected to LCD module D10 pin PINT2/TIOC3C 162 PVcc 163 PG11/D27/LCD_DATA11/ 164 Vss 165 PG12/D28/LCD_DATA12/ LCD_DATA11 Connected to LCD module D11 pin Vcc 167 PG13/D29/LCD_DATA13/ LCD_DATA12 Connected to LCD module D12 pin LCD_DATA13 Connected to LCD module D13 pin PG15/D31/LCD_DATA15/ LCD_DATA14 Connected to LCD module D14 pin LCD_DATA15 Connected to LCD module D15 pin PG16/WE2#/ICIORD#/ LCD_DATA16 Connected to LCD module D16 pin DQMUL/LCD_DATA16/ AUDATA0 Connected to the H-UDI port connector (J3) 173 175 CN9, pin 17 G6 CN9, pin 20 G7 CN10, pin A11 R0 AUD DV_DATA5 DV input CN11, pin A7 PJ5 Connected to the character LCD DB2 pin CN7, pin 4 SW6-3: OFF SD_CMD_1 Connected to the SD card slot CMD pin - Connected to DAC2 (U12) SDTI pin CN7,pin 23 SW6-3: ON PJ6/DV_DATA6/ DV_DATA6 DV input CN11, pin B7 LCD_DATA6/SD_D3_1/ PJ6 Connected to the character LCD DB1 pin CN7, pin 1 SW6-3: OFF SD_D3_1 Connected to the SD card slot DAT3 pin - Connected to the CD deck IIS_BCK pin CN7, pin 25 SW6-3: ON CN10, pin B11 R1 PVcc Vss PG17/WE3#/ICIOWR#/ LCD_DATA17 Connected to LCD module D17 pin AH#/DQMUU/ AUDATA1 Connected to the H-UDI port connector (J3) LCD_DATA17/AUDATA1 Legend: G5 PJ5/DV_DATA5/ PWM1G 174 CN9, pin 18 LCD_DATA5/SD_CMD_1/ PWM1F 172 G4 CN10, pin A10 AUDATA0 171 CN9, pin 16 CN10, pin B9 PINT7 170 G3 CN10, pin A9 PINT6 169 CN9, pin 13 CN10, pin B8 PINT5 PG14/D30/LCD_DATA14/ G2 CN10, pin B7 PINT4 166 CN9, pin 14 CN10, pin A7 PINT3/TIOC3D 168 Remarks - PINT1/TIOC3B 161 Expansion Connector PJ4/DV_DATA4/ PWM1E 160 3. M3A-HS64G01 Functions : 3.3V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 : 1.25V power supply, AUD : GND 3-8 SH7269 CPU Board R0K572690C000BR Table 3.2.8 SH7269 Pin Functions (8/11) No. 176 177 Name Symbol 179 180 Description Expansion Connector Remarks Vcc PJ7/DV_DATA7/ DV_DATA7 DV input CN11, pin A5 LCD_DATA7/SD_D2_1/ PJ7 Connected to the character LCD DB0 pin CN7, pin 2 SW6-3: OFF SD_D2_1 Connected to the SD card slot DAT2 pin - Connected to the CD deck IIS_LRCK pin CN7, pin 28 SW6-3: ON CN11, pin A4 TTL level PWM1H 178 3. M3A-HS64G01 Functions PJ8/DV_DATA8/ PWM2A PWM output LCD_DATA8/PINT0/ DV_DATA8 DV input PWM2A/CTS5# CTS5# Connected to the UART connector (J10) CN1, pin 12 TTL level CN11, pin B3 TTL level PJ9/DV_DATA9/ PWM2B PWM output LCD_DATA9/PINT1/ DV_DATA9 DV input PWM2B/RTS5# RTS5# Connected to the UART connector (J10) CN1, pin 5 TTL level PG18/DV_DATA4/ LCD_DATA18 Connected to LCD module D18 pin CN10, R2 LCD_DATA18/SPDIF_IN/ pin A12 SCK4 181 PG19/DV_DATA5/ LCD_DATA19 Connected to LCD module D19 pin LCD_DATA19/SPDIF_OUT/ CN10, R3 pin B12 SCK5 182 PVcc 183 PG20/DV_DATA6/ LCD_DATA20 Connected to LCD module D20 pin LCD_DATA20/LCD_TCON3/ CN10, R4 pin B13 RxD4 184 Vss 185 PG21/DV_DATA7/ LCD_DATA21 Connected to LCD module D21 pin CN10, R5 LCD_DATA21/LCD_TCON4/ AUDATA2 Connected to the H-UDI port connector (J3) pin A14 AUD TxD4/AUDATA2 186 Vcc 187 PG22/LCD_DATA22/ LCD_DATA22 Connected to LCD module D22 pin CN10, R6 LCD_TCON5/RxD5/ AUDSYNC# Connected to the H-UDI port connector (J3) pin B14 AUD RxD5 Connected to the UART connector (J10) CN1, pin 15 TTL level LCD_DATA23 Connected to LCD module D23 pin CN10, R7 AUDATA3 Connected to the H-UDI port connector (J3) pin A15 AUD TxD5 Connected to the UART connector (J10) CN1, pin 14 TTL level LCD_CLK Connected to LCD module CLK pin CN9, pin 23 AUDSYNC# 188 PG23//LCD_DATA23/ LCD_TCON6/TxD5/ AUDATA3 189 PG24/LCD_CLK CN10, pin A16 190 PG25/LCD_TCON0 LCD_TCON0 Connected to LCD module VSYNC pin CN9, pin 19 CN10, pin B16 191 PG26/LCD_TCON1 LCD_TCON1 Connected to LCD module HSYNC pin CN9, pin 21 Connects LCD module external clock to MCU CN9, pin 26 CN10, pin A17 192 PG27/LCD_TCON2/ LCD_EXTCLK Legend: : 3.3V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 LCD_EXTCLK : 1.25V power supply, : GND 3-9 SH7269 CPU Board R0K572690C000BR Table 3.2.9 SH7269 Pin Functions (9/11) No. 193 Name Symbol 195 PF0/BREQ#0/ QSPCLK_1/ RSPCK1 TIOC4A/DREQ0/ AUDCK Connected to the H-UDI port connector (J3) RSPCK1 Connected to the CD deck CDCK pin 197 198 QSSL_1/ SSL10 Connected to serial flash memory 2 CS# pin CN5, pin 20 QMO_1/QIO0_1 /MOSI1 Connected to serial flash memory 2 SI pin CN7, pin 31 QIO0_1/MOSI1/TIOC4C/ TEND0/ MOSI1 / SPBMO_1/SPBIO0_1 SPBMO_1/SPBIO0_ 1 Connected to the CD deck CDSI pin PF1/BACK#/QSSL_1/ Vss PF2/WAIT#/QMO_1/ PF3/CS2#/QMI_1/ SPBMI_1/SPBIO1_1 Connected to the audio codec (U6) CDTI pin CN9, pin 30 QMI_1/QIO1_1 /MISO1 Connected to serial flash memory 2 SO pin CN7, pin 33 MISO1/ Connected to the CD deck CDSO pin SPBMI_1/SPBIO1_1 PF4/CS5#/CE1A#/ SGOUT_0 SSISCK0/SGOUT_0 SSISCK0 PF5/SSIWS0/SGOUT_1 202 PF6/CE2A#/SSITxD0/ SGOUT_2 SGOUT_2 SSITxD0 SGOUT_3 - Connected to the audio codec (U6) SDTO pin Address bus PF8/A23/TxD0 A23 PF9/BS#/DV_DATA0/ PF9 CN7, pin 35 0 resistor CN7, pin 37 0 resistor CN7, pin 38 0 resistor Connected to the audio codec (U6) SDTI pin SGOUT_3/CTS1# 204 0 resistor Connected to the audio codec (U6) LRCK pin PF7/SSIRxD0/RxD0/ 203 CN7, pin 36 Connected to the audio codec (U6) BICK pin SGOUT_1 SSIWS0 201 AUD PVcc TIOC4D/AUDIO_XOUT/ 200 Remarks CN7, pin 30 CN9, pin 28 QIO1_1/MISO1/ 199 Connected to serial flash memory 2 SCK pin Expansion Connector Connected to the audio codec (U6) CCLK pin SSL10/TIOC4B/DACK0 196 Description QSPCLK_1/RSPCK1/ AUDCK 194 3. M3A-HS64G01 Functions CN5, pin 19 CN5, pin 18 SCK0/MMC_D4/RTS1# 205 206 PVcc PF10/CS1#/SSISCK1/ SSISCK1 Connected to DAC 1 (U11) BICKI pin CN7, pin 17 SW6-3: OFF SSIWS1 Connected to DAC1 (U11) LRCKI pin CN7, pin 20 SW6-3: OFF SSIDATA1 Connected to DAC1 (U11) SDTI pin CN7, pin 19 SW6-3: OFF DV_DATA1/SCK1/MMC_D 5 207 Vss 208 PF11/SSIWS1/DV_DATA2 / RxD1/MMC_D6 209 PF12/SSIDATA1/ DV_DATA3/TxD1/MMC_D 7 210 PF13/A24/SSISCK2/SCK2 A24 Address bus CN5, pin 17 211 PF14/A25/SSIWS2/RxD2 RxD2 Connected to the RS-232C connector (J10) CN5, pin 16 Legend: : 3.3V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 : 1.25V power supply, : GND 3-10 SH7269 CPU Board R0K572690C000BR Table 3.2.10 SH7269 Pin Functions (10/11) No. 212 Name PF15/A0/SSIDATA2/ Symbol 214 PJ10/DV_DATA10/ PWM2C PWM output CN11, pin A2 TTL level LCD_DATA10/PINT2/ DV_DATA10 DV input SCK5# Connected to the UART connector (J10) CN1, pin 13 TTL level Connected to SD/MMC card slot CD pin CN5, pin 13 SW6-2: ON FCE# Connected to NAND flash memory CE# pin CN5, pin 12 SW6-2: OFF SD_WP_0 Connected to SD/MMC card slot WP pin CN5, pin 11 SW6-2: ON FRB Connected to NAND flash memory R/B# pin CN5, pin 10 SW6-2: OFF PVcc Vss 216 PF16/SD_CD_0/FCE#/ SD_CD_0 IRQ4/MMC_CD MMC_CD 219 220 221 222 223 224 225 226 227 228 PF17/SD_WP_0/FRB/IRQ5 PF18/SD_D1_0/SSISCK3/ SD_D1_0/ MMC_D1 Connected to SD/MMC card slot DAT1 pin CN5, pin 8 IRQ6/MMC_D1 CN1, pin B2 PJ11/DV_DATA11/ PWM2D PWM output LCD_DATA11/PINT3/ DV_DATA11 DV input PWM2D/SCK6 - NC CN1, pin 1 PJ12/DV_DATA12/ PWM2E PWM output CN11, LCD_DATA12/PINT4/ DV_DATA12 DV input pin B11 PWM2E/SCK7 PJ12 Connected to the audio codec (U6) CS pin CN9, pin 27 PJ13/DV_DATA13/ PWM2F PWM output CN11, LCD_DATA13/PINT5/ DV_DATA13 DV input pin A11 PWM2F/TxD5 PJ13 Connected to the CD deck CDFS pin CN7, pin 32 PF19/SD_D0_0/SSIWS3/ SD_D0_0 MMC_D0 Connected to SD/MMC card slot DAT0 pin CN5, pin 7 IRQ7/MMC_D0 Connected to SD/MMC card slot CLK pin CN5, pin 5 Connected to SD/MMC card slot CMD pin CN5, pin 4 Connected to SD/MMC card slot DAT3 pin CN5, pin 3 PF20/SD_CLK_0/ SD_CLK_0/ SSIDATA3/MMC_CLK MMC_CLK TTL level Vcc PF21/SD_CMD_0/SCK3/ SD_CMD_0/ MMC_CMD MMC_CMD SD_D3_0/ MMC_D3 PF23/SD_D2_0/TxD3/ SD_D2_0/ MMC_D2 Connected to SD/MMC card slot DAT2 pin CN5, pin 2 MMC_D2 230 PD0/D0/PWM1A D0 Data bus CN8, pin 1 231 PVcc SSISCK4 Connected to the CD deck IIS_BCK pin CN7, pin 25 PJ24/SGOUT_0/SSISCK4/ LCD_TCON3/SPDIF_IN/SCK7 233 Vss 234 PD1/D1/PWM1B D1 Data bus CN8, pin 3 235 PD2/D2/PWM1C D2 Data bus CN8, pin 6 236 PD3/D3/PWM1D D3 Data bus Legend: TTL level Vss PF22/SD_3_0/RxD3/ 232 TTL level PVcc MMC_D3 229 Remarks CN5, pin 15 215 218 Expansion Connector Connected to the RS-232C connector (J10) PWM2C/SCK5# 217 Description TxD2 WDTOVF#/TxD2/UBCTRG# 213 3. M3A-HS64G01 Functions : 3.3V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 : 1.25V power supply, SW6-3: OFF CN8, pin 8 : GND 3-11 SH7269 CPU Board R0K572690C000BR Table 3.2.11 SH7269 Pin Functions (11/11) No. 237 3. M3A-HS64G01 Functions Name PJ25/SGOUT_1/SSIWS4/ Symbol Description Expansion Connector SSIWS4 Connected to the CD deck IIS_LRCK pin CN7, pin 28 SSIDATA4 Connected to the CD deck IIS_DATA pin CN7, pin 27 PJ27 Connected to DAC (U11, U12) and the audio codec (U6) PDN# pins CN9, pin 29 LCD_TCON4/SPDIF_OUT/ Remarks SW6-3: OFF RxD7 238 PJ26/SGOUT_2/SSIDATA4/ LCD_TCON5/TxD7 239 PJ27/SGOUT_3/TIOC1A/ CTS7# 240 PVcc 241 Vss 242 PD4/D4/FRE#/PWM1E D4/FRE# Connected to the data bus and NAND flash memory RE# pin CN8, pin 11 Auto-switch 243 PD5/D5/FCLE/PWM1F D5/FCLE Connected to the data bus and NAND flash memory CLE pin CN8, pin 13 Auto-switch 244 PD6/D6/FALE/PWM1G D6/FALE Connected to the data bus and NAND flash memory ALE pin CN8, pin 16 Auto-switch 245 PD7/D7/FWE#/PWM1H D7/FWE# Connected to the data bus and NAND flash memory WE# pin CN8, pin 18 Auto-switch 246 PD8/D8/NAF0/PWM2A D8/NAF0 Data bus CN8, pin 2 247 PD9/D9/NAF1/PWM2B D9/NAF1 Data bus CN8, pin 4 248 PD10/D10/NAF2/PWM2C D10/NAF2 Data bus CN8, pin 7 249 PD11/D11/NAF3/PWM2D D11/NAF3 Data bus CN8, pin 9 250 PVcc 251 PD12/D12/NAF4/PWM2E D12/NAF4 Data bus CN8, pin 12 252 Vss 253 PD13/D13/NAF5/PWM2F D13/NAF5 Data bus CN8, pin 14 254 PD14/D14/NAF6/PWM2G D14/NAF6 Data bus CN8, pin 17 255 PD15/D15/NAF7/PWM2H D15/NAF7 Data bus CN8, pin 19 256 MD_CLK0 MD_CLK0 Connected to SW5-1 as the clock mode input - Legend: : 3.3V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 : 1.25V power supply, RES#: low : GND 3-12 SH7269 CPU Board R0K572690C000BR 3.2.3 3. M3A-HS64G01 Functions M3A-HS64G01 Module Availability Table 3.2.12 shows which combination of modules can/cannot be used. M3A-HS64G01 Module Availability R0K572690C000BR+M3A-HS64G01 R0K572690C000BR BSC U6 NOR flash memory Y Y Y N (1) Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y BSC U9 SDRAM Y Y Y Y (1) Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y FLCTL U7 NAND flash memory Y Y Y Y Y Y (2) Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y IIC3 U8 EEPROM Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y RSPI U10 Serial flash memory 1 N Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y (1) (1) Y Y Y RSPI U10 Serial flash memory 2 Y Y Y N Y Y Y Y Y Y Y Y Y Y (11) Y Y (11) USB J1,2 USB Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y SDHI/MMC J11 SD/MMC card Y Y (2) Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y (3) Y Y Y Y Y Y Y Y Y Y Y Y Y Y H-UDI J7 H-UDI (14-pin) Y Y Y Y Y Y Y Y H-UDI, AUD J3 H-UDI (38-pin) Y Y Y Y Y N Y Y (3) Y Y Y Y Y N Y Y Y Y Y Y Y Y I/O ports LED2, LED3 LED Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y (6) Y Y Y Y Y Y Y INTC SW3 NMI switch Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y INTC SW4 IRQ1 switch Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y (5) Y Y Y Y Y Y Y I/O ports SW5, SW6 DIP switches Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y (7) Y Y Y Y Y Y Y SCIF J10 RS-232C Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y (4) Y Y Y Y Y Y Y VDC4 CN10 LCD Y Y Y Y Y Y Y Y Y N Y Y Y Y Y (8) N N N N N N VDC4 CN11 DV Y Y Y Y Y Y Y Y Y Y (6) Y (5) (7) Y (4) PWM CN11 PWM Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y (8) Y Y Y Y Y Y (9) Y Y Y Y I/O ports J1 Character LCD Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y N Y SDHI J2 SD card Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y N Y (9) Y Y Y Y SSIF, RSPI U6 Audio codec Y Y Y Y Y (11) Y Y Y Y Y Y Y Y Y Y N Y Y Y Y Y (11) SSIF, IIC3 U11 D/A Converter 1 Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y N Y Y Y Y Y Y SSIF, IIC3 U12 D/A Converter 2 Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y N Y Y Y Y Y Y ROMDEC J9 CD deck Y Y Y Y Y (11) Y Y Y Y Y Y Y Y Y Y N Y Y Y (11) Y Y SCIF J10 UART Y Y Y Y Y Y Y Y Y N Y Y Y Y Y Y N Y Y Y Y Y Y Y IIC3 J11 IIC Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y VDC4 J12 to J14 LCD Y Y Y Y Y Y Y Y Y Y Y Y (13) Y Y Y N Y Y Y Y Y Y Y TM IEB J15 Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y (10) Y IEBus RCAN J16 CAN 0 - - - - - - - - - - - - - - - - - - - - - - - - RCAN J17 CAN 1 Y Y Y Y Y Y Y Y Y Y Y Y (13) Y Y Y (12) Y Y Y Y Y Y Y I/O ports SW2 to SW17Key input switches Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y: Yes, N: No, -: N/A Notes: 1. When using a serial flash memory with NOR flash memory or SDRAM, quad mode cannot be used. 2. PF16 and PF17 are multiplexed pins. When setting SW6-2 on the R0K572690C000BR, ether SD/MMC card or NAND flash memory can be used. 3. Either 14-pin or 38-pin H-UDI port connector can be used. 4. PJ22 and PJ23 are multiplexed pins. Either LCD or DV can be used. 5. PJ21 is a multiplexed pin. Either IRQ1 switch or DV can be used. 6. PJ19 and PJ18 are multiplexed pins. Either LED or DV can be used. 7. PJ17 and PJ16 are multiplexed pins. Either DIP switches or DV can be used. 8. PJ15 to PJ8 are multiplexed pins/ Either DV or PWM can be used. 9. Change the JP2 setting on the M3A-HS64G01 to use either the character LCD or the SD card. 10. PJ29 and PJ30 are multiplexed pins. When setting SW6-4 on the R0K572690C000BR, either IEBus or D/A Converter 2 can be used. 11. CD deck and audio codec cannot be accessed at the same time, because these modules use RSPI1 pin. 12. PJ20 and PJ21 are multiplexed pins. Either DV or CAN1 can be used. 13. Change the JP8 setting on the R0K572690C000BR to use either LCD or CAN1. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 Y Y Y Y Y Y Y Y Y N Y Y Y Y Y Y N Y Y Y Y Y Y Y Y Y Y - Y Y Key input switches CAN 1 TM Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y (13) Y Y Y Y Y Y Y Y Y Y Y N Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y (10) Y Y Y Y Y Y Y Y Y Y Y Y - - - Y Y Y Y Y Y CAN 0 IEBus LCD IIC UART D/A Converter 2 CD deck D/A Converter 1 SD card Character LCD PWM DV LCD RS-232C DIP switches R0K572690C000BR+M3A-HS64G01 IRQ1 switch NMI switch LED H-UDI (38-pin) H-UDI (14-pin) SD/MMC card USB Serial flash memory 2 Serial flash memory 1 NAND flash memory EEPROM Module Name NOR flash memory SH7269 Component Peripherals No. SDRAM R0K572690C000BR Audio codec Table 3.2.12 - Y Y - Y Y - Y Y - Y Y - Y Y - Y Y - Y Y - Y Y - Y Y - Y Y - Y Y - Y Y - (13) Y - Y Y - Y Y - Y Y - (12) Y - Y Y - Y Y - Y Y - Y Y - Y Y - Y Y - Y Y - Y Y - Y Y - Y Y - Y Y - - - Y - Y 3-13 SH7269 CPU Board R0K572690C000BR 3.2.4 3. M3A-HS64G01 Functions SH7269 Multiplexed Pins Used on the M3A-HS64G01 Table 3.2.13 to Table 3.2.30 list the SH7269 multiplexed pin functions used on the M3A-HS64G01. These multiplexed pins are set as port input pins by default. Set the MD bit in the Port control register to use the SH7269 peripheral functions (except I/O ports). Table 3.2.13 SH7269 Multiplexed Pin Functions (BSC1) Pin Name Peripheral Function BSC SH7269 Port Control Register Register Name CS0# CS3# RD# WE0#/DQMLL WE1#/WE#/DQMLU SH7269 Multiplexed Pin Name MD Bit Setting (1) RAS# CAS# CKE RD/WR# A24 A23 A22 A21 A20 PCCR0 PCCR2 PCCR0 PCCR0 PCCR1 PCCR1 PCCR1 PCCR1 PCCR0 PFCR3 PFCR2 PBCR5 PBCR5 PBCR5 PC0MD = B'1 PC8MD[2:0] = B'001 (1) PC1MD = B'1 PC3MD[1:0] = B'01 PC4MD[1:0] = B'01 PC5MD[2:0] = B'001 PC6MD[2:0] = B'001 PC7MD[2:0] = B'001 PC2MD[1:0] = B'01 PF13MD[2:0] = B'001 PF8MD[2:0] = B'001 PB22MD[2:0] = B'001 PB21MD[1:0] = B'01 (1) PB20MD[2:0] = B'001 A19 PBCR4 PB19MD[2:0] = B'001 A18 A17 A16 A15 A14 A13 A12 A11 A10 PBCR4 PBCR4 PBCR4 PBCR3 PBCR3 PBCR3 PBCR3 PBCR2 PBCR2 PB18MD[2:0] = B'001 (1) PB17MD[2:0] = B'001 (1) PB16MD[2:0] = B'001 (1) PB15MD[2:0] = B'001 (1) PB14MD[2:0] = B'001 (1) PB13MD[2:0] = B'001 (1) PB12MD[1:0] = B'01 (1) PB11MD[1:0] = B'01 (1) PB10MD[1:0] = B'01 A9 A8 A7 A6 A5 A4 A3 A2 A1 D15 D14 D13 D12 D11 D10 PBCR2 PBCR2 PBCR1 PBCR1 PBCR1 PBCR1 PBCR0 PBCR0 PBCR0 PDCR3 PDCR3 PDCR3 PDCR3 PDCR2 PDCR2 PB9MD[1:0] = B'01 (1) PB8MD[1:0] = B'01 (1) PB7MD[1:0] = B'01 (1) PB6MD[1:0] = B'01 (1) PB5MD[1:0] = B'01 (1) PB4MD[1:0] = B'01 (1) PB3MD[1:0] = B'01 (1) PB2MD[1:0] = B'01 (1) PB1MD[1:0] = B'01 (1) PD15MD[1:0] = B'01 (1) PD14MD[1:0] = B'01 (1) PD13MD[1:0] = B'01 (1) PD12MD[1:0] = B'01 (1) PD11MD[1:0] = B'01 (1) PD10MD[1:0] = B'01 D9 D8 D7 D6 PDCR2 PDCR2 PDCR1 PDCR1 PD9MD[1:0] = B'01 (1) PD8MD[1:0] = B'01 (1) PD7MD[1:0] = B'01 (1) PD6MD[1:0] = B'01 (1) (1) PC0/CS0#/MD_BOOT2 PC8/CS3#/TxD7/CTx1/CTx0&CTx1 PC1/RD# PC3/WE0#/DQMLL/RxD6 PC4/WE1#/DQMLU/TxD6 PC5/RAS#/CRx0/CRx0/CRx1/CRx2/IRQ0 PC6/CAS#/SCK7/CTx0/CTx0&CTx1&CTx2 PC7/CKE/RxD7/CRx1/CRx0/CRx1/IRQ1 PC2/RD/WR#/SCK6 PF13/A24/SSISCK2/SCK2 PF8/A23/TxD0 PB22/A22/CTx2/IETxD/CS4# PB21/A21/CRx2/IERxD PB20/A20/QMISO0&QIO10/MISO0/SPBMI_0/ SPBIO1_0 PB19/A19/QMO_0&QIO0_0/MOSI0 / SPBMO_0/SPBIO0_0 PB18/A18/QSSL_0/SSL00/ SPBSSL PB17/A17/QSPCLK_0/RSPCK0 / SPBCLK PB16/A16/QIO3_0 / SPBIO3_0 PB15/A15/QIO2_0 / SPBIO2_0 PB14/A14/QIO3_1 / SPBIO3_1 PB13/A13/QIO2_1 / SPBIO2_1 PB12/A12/TIOC3D PB11/A11/TIOC3C PB10/A10/TIOC3B (1) PB9/A9/TIOC3A PB8/A8/TIOC2B PB7/A7/TIOC2A PB6/A6/TIOC1B PB5/A5/TIOC1A PB4/A4/TIOC0D PB3/A3/TIOC0C PB2/A2/TIOC0B PB1/A1/TIOC0A PD15/D15/NAF7/PWM2H PD14/D14/NAF6/PWM2G PD13/D13/NAF5/PWM2F PD12/D12/NAF4/PWM2E PD11/D11/NAF3/PWM2D PD10/D10/NAF2/PWM2C (1) PD9/D9/NAF1/PWM2B PD8/D8/NAF0/PWM2A PD7/D7/FWE#/PWM1H PD6/D6/FALE/PWM1G Notes: 1. These values must be set in boot modes 2 to 5. 2. Bold text indicates the function used. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 3-14 SH7269 CPU Board R0K572690C000BR Table 3.2.14 Peripheral Function BSC 3. M3A-HS64G01 Functions SH7269 Multiplexed Pin Functions (BSC2) Pin Name SH7269 Port Control Register Register Name D5 D4 D3 D2 D1 D0 PDCR1 PDCR1 PDCR0 PDCR0 PDCR0 PDCR0 SH7269 Multiplexed Pin Name MD Bit Setting (1) PD5MD[1:0] = B'01 (1) PD4MD[1:0] = B'01 (1) PD3MD[1:0] = B'01 (1) PD2MD[1:0] = B'01 (1) PD1MD[1:0] = B'01 (1) PD0MD[1:0] = B'01 PD5/D5/FCLE/PWM1F PD4/D4/FRE#/PWM1E PD3/D3/PWM1D PD2/D2/PWM1C PD1/D1/ PWM1B PD0/D0/PWM1A Notes: 1. These values must be set in boot modes 2 to 5. 2. Bold text indicates the function used. Table 3.2.15 Peripheral Function INTC SH7269 Multiplexed Pin Functions (INTC) Pin Name SH7269 Port Control Register Register Name SH7269 Multiplexed Pin Name MD Bit Setting IRQ1 PJCR5 PJ21MD[2:0] = B'100 IRQ2 PJCR5 PJ20MD[2:0] = B'100 PJ21/DV_DATA21/LCD_DATA21/LCD_TCON4/ IRQ1/CTx2/CTx0&CTx1&CTx2 PJ20/DV_DATA20/LCD_DATA20/LCD_TCON3/ IRQ0/CRx2/CRx0&CRx1&CRx2 Note: Bold text indicates the function used. Table 3.2.16 Peripheral Function SCIF SH7269 Multiplexed Pin Functions (SCIF) Pin Name SH7269 Port Control Register Register Name SH7269 Multiplexed Pin Name MD Bit Setting RxD2 TxD2 TxD5 RxD5 SCK5 PFCR3 PFCR4 PGCR5 PGCR5 PJCR2 PF14MD[2:0] = B'100 PF15MD[2:0] = B'100 PG23MD[2:0] = B'100 PG22MD[2:0] = B'100 PJ10MD[2:0] = B'101 RTS5# PJCR2 PJ9MD[2:0] = B'101 CTS5# PJCR2 PJ8MD[2:0] = B'101 PF14/A25/SSIWS2//RxD2 PF15/A0/SSIDATA2/WDTOVF#/TxD2/UBCTRG# PG23/LCD_DATA23/LCD_TCON6/TxD5 PG22/LCD_DATA22/LCD_TCON5/RxD5 PJ10/DV_DATA10/LCD_DATA10/PINT2/PWM2C/ SCK5 PJ9/DV_DATA9/LCD_DATA9/PINT1/PWM2B/ RTS5# PJ8/DV_DATA8/PINT0/PWM2A/CTS5# Note: Bold text indicates the function used. Table 3.2.17 Peripheral Function IIC3 SH7269 Multiplexed Pin Functions (IIC3) Pin Name SH7269 Port Control Register Register Name SDA1 SCL1 SDA2 SCL2 PECR0 PECR0 PECR1 PECR1 SH7269 Multiplexed Pin Name MD Bit Setting PE3MD[2:0] = B'001 PE2MD[2:0] = B'001 PE5MD[2:0] = B'01 PE4MD[2:0] = B'01 PE3/SDA1/TCLKD/ADTRG#/DV_HSYNC PE2/SCL1/TCLKC/IOIS16#/DV_VSYNC PE5/SDA2/RxD5/DV_HSYNC PE4/SCL2/RxD4/DV_VSYNC Note: Bold test indicates the function used. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 3-15 SH7269 CPU Board R0K572690C000BR Table 3.2.18 Peripheral Function FLCTL 3. M3A-HS64G01 Functions SH7269 Multiplexed Pin Functions (FLCTL) Pin Name SH7269 Port Control Register Register Name NAF7 NAF6 NAF5 NAF4 NAF3 NAF2 NAF1 NAF0 FWE# FALE FCLE FRE# FCE# FRB PDCR3 PDCR3 PDCR3 PDCR3 PDCR2 PDCR2 PDCR2 PDCR2 PDCR1 PDCR1 PDCR1 PDCR1 PFCR5 PFCR5 SH7269 Multiplexed Pin Name MD Bit Setting (1) PD15MD[1:0] = B'01 (1) PD14MD[1:0] = B'01 (1) PD13MD[1:0] = B'01 (1) PD12MD[1:0] = B'01 (1) PD11MD[1:0] = B'01 (1) PD10MD[1:0] = B'01 (1) PD9MD[1:0] = B'01 (1) PD8MD[1:0] = B'01 (1) PD7MD[1:0] = B'01 (1) PD6MD[1:0] = B'01 (1) PD5MD[1:0] = B'01 (1) PD4MD[1:0] = B'01 PF16MD[2:0] = B'011 PF17MD[2:0] = B'011 PD15/D15/NAF7/PWM2H PD14/D14/NAF6/PWM2G PD13/D13/NAF5/PWM2F PD12/D12/NAF4/PWM2E PD11/D11/NAF3/PWM2D PD10/D10/NAF2/PWM2C PD9/D9/NAF1/PWM2B PD8/D8/NAF0/PWM2A PD7/D7/FWE#/PWM1H PD6/D6/FALE/PWM1G PD5/D5/FCLE/PWM1F PD4/D4/FRE#/PWM1E PF16/SD_CD_0/FCE#/IRQ4/MMC_CD PF17/SD_WP_0/FRB/IRQ5 Notes: 1. These values must be set in boot modes 2 to 5. 2. Bold text indicates the function used. Table 3.2.19 Peripheral Function RSPI SH7269 Multiplexed Pin Functions (RSPI) Pin Name SH7269 Port Control Register Register Name SH7269 Multiplexed Pin Name MD Bit Setting (1) MISO0 MOSI0 SSL00 RSPCK0 MISO1 PBCR5 PBCR4 PBCR4 PBCR4 PFCR0 PB20MD[1:0] = B'11 (1) PB19MD[1:0] = B'11 (1) PB18MD[1:0] = B'11 (1) PB17MD[1:0] = B'11 PF3MD[2:0] = B'011 MOSI1 PFCR0 PF2MD[2:0] = B'011 SSL10 RSPCK1 PFCR0 PFCR0 PF1MD[2:0] = B'011 PF0MD[2:0] = B'011 PB20/A20/QMI_0/QIO1_0/MISO0 PB19/A19/QMO_0/QIO_0/MOSI0 PB18/A18/QSSL_0/SSL00 PB17/A17/QSPCLK_0/RSPCK0 PF3/CS2#/QMI_1/QIO1_1/MISO1/TIOC4D/ AUDIO_XOUT PF2/WAIT#/QMO_1/QIO0_1/MOSI1/TIOC4C TEND0 PF1/BACK#/QSSL_1/SSL10/TIOC4B/DACK0 PF0/BREQ#/QSPCLK_1/RSPCK1/TIOC4A/ DREQ0/AUDCK Notes: 1. These values must not be set in boot modes 0 and 1. 2. Bold text indicates the function used. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 3-16 SH7269 CPU Board R0K572690C000BR Table 3.2.20 3. M3A-HS64G01 Functions SH7269 Multiplexed Pin Functions (RQSPI) Peripheral Function Pin Name SH7269 Port Control Register RQSPI QIO3_0 QIO2_0 QIO1_0 PBCR4 PBCR3 PBCR5 PB16MD[2:0] = B'010 (1) PB15MD[2:0] = B'010 (1) PB20MD[2:0] = B'010 QIO0_0 PBCR4 PB19MD[2:0] = B'010 QSSL_0 QSPCLK_0 QIO3_1 QIO2_1 QIO1_1 PBCR4 PBCR4 PBCR3 PBCR3 PFCR0 PB18MD[2:0] = B'010 (1) PB17MD[2:0] = B'010 (1) PB14MD[2:0] = B'010 (1) PB13MD[2:0] = B'010 PF3MD[2:0] = B'010 QIO0_1 PFCR0 PF2MD[2:0] = B'010 QSSL_1 QSPCLK_1 PFCR0 PFCR0 PF1MD[2:0] = B'010 PF0MD[2:0] = B'010 Register Name SH7269 Multiplexed Pin Name MD Bit Setting (1) (1) (1) PB16/A16/QIO3_0 / SPBIO3_0 PB15/A15/QIO2_0 / SPBIO2_0 PB20/A20/QMI_0/QIO1_0/MISO0 / SPBMI_0/SPBIO1_0 PB19/A19/QMO_0/QIO0_0/MOSI0 / SPBMO_0/SPBIO0_0 PB18/A18/QSSL_0/SSL00 / SPBSSL PB17/A17/QSPCLK_0/RSPCK0 / SPBCLK PB14/A14/QIO3_1 / SPBIO3_1 PB13/A13/QIO2_1 / SPBIO2_1 PF3/CS2#/QMI_1/QIO1_1/MISO1/TIOC4D/ AUDIO_XOUT / SPBMI_1/SPBIO1_1 PF2/WAIT#/QMO_1/QIO0_1/MOSI1/TIOC4C/TEND0/ SPBMO_1/SPBIO0_1 PF1/BACK#/QSSL_1/SSL10/TIOC4B/DACK0 PF0/BREQ#/QSPCLK_1/RSPCK1/TIOC4A/DREQ0/ AUDCK Notes: 1. These values must not be set in boot modes 0 and 1. 2. Bold text indicates the function used. Table 3.2.21 Peripheral Function SPIBSC SH7269 Multiplexed Pin Functions (SPIBSC) Pin Name SH7269 Port Control Register Register Name SH7269 Multiplexed Pin Name MD Bit Setting (1) PB17 / A17 / QSPCLK_0 / RSPCK0 / SPBCLK (1) PB18 / A18 / QSSL_0 / SSL00 / SPBSSL PB19 / A19 / QMO_0/QIO0_0 / MOSI0 / SPBMO_0/SPBIO0_0 PB20 / A20 / QMI_0/QIO1_0 / MISO0 / SPBMI_0/SPBIO1_0 SPBCLK PBCR4 PB17MD[2:0] = B'110 SPBSSL SPBMO_0/ SPBIO0_0 SPBMI_0/ SPBIO1_0 SPBIO2_0 PBCR4 PBCR4 PB18MD[2:0] = B'110 (1) PB19MD[2:0] = B'110 PBCR5 PB20MD[2:0] = B'110 (1) PBCR3 PB15MD[2:0] = B'110 (1) PB15 / A15 / QIO2_0 / SPBIO2_0 (1) PB16 / A16 / QIO3_0 / SPBIO3_0 SPBIO3_0 PBCR4 PB16MD[2:0] = B'110 SPBMO_1/ SPBIO0_1 SPBMI_1/ SPBIO1_1 PFCR0 PF2MD[2:0] = B'110 PF2 / WAIT# / QMO_1/QIO0_1 / MOSI1 / TIOC4C / TEND0 / SPBMO_1/SPBIO0_1 PFCR0 PF3MD[2:0] = B'110 PF3 / CS2# / QMI_1/QIO1_1 / MISO1 / TIOC4D / AUDIO_XOUT / SPBMI_1/SPBIO1_1 SPBIO2_1 PBCR3 PB13MD[2:0] = B'110 (1) PB13 / A13 / QIO2_1 / SPBIO2_1 PB14MD[2:0] = B'110 (1) PB14 / A14 / QIO3_1 / SPBIO3_1 SPBIO3_1 PBCR3 Notes: 1. These values must not be set in boot modes 0 and 1. 2. Bold text indicates the function used. Table 3.2.22 SH7269 Multiplexed Pin Functions (RCAN-TL1) Peripheral Function Pin Name SH7269 Port Control Register RCAN-TL1 CRx2 PJCR5 PJ20MD[2:0] = B'101 CTx2 PJCR5 PJ21MD[2:0] = B'101 Register Name SH7269 Multiplexed Pin Name MD Bit Setting PJ20/DV_DATA20/LCD_DATA20/LCD_TCON3/ IRQ0/CRx2/CRx0/CRx1/CRx2 PJ21/DV_DATA21/LCD_DATA21/LCD_TCON4/ IRQ1/CTx2/CTx0&CTx1&CTx2 Note: Bold text indicates the function used. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 3-17 SH7269 CPU Board R0K572690C000BR Table 3.2.23 3. M3A-HS64G01 Functions SH7269 Multiplexed Pin Functions (IEB) Peripheral Function Pin Name IEB IERxD IETxD SH7269 Port Control Register Register Name PJCR7 PJCR7 SH7269 Multiplexed Pin Name MD Bit Setting PJ29MD[2:0] = B'101 PJ30MD[2:0] = B'101 PJ29/SSIWS5/TIOC2A/IERxD PJ30/SSIDATA5/TIOC2B/IETxD Note: Bold text indicates the function used. Table 3.2.24 SH7269 Multiplexed Pin Functions (SDHI) Peripheral Function Pin Name SDHI SD_CD_0 SD_WP_0 SD_D1_0 SD_D0_0 SD_CLK_0 SD_CMD_0 SD_D3_0 SD_D2_0 SD_CD_1 SD_WP_1 SD_D1_1 SD_D0_1 SD_CLK_1 SD_CMD_1 SD_D3_1 SD_D2_1 SH7269 Port Control Register Register Name PFCR5 PFCR5 PFCR5 PFCR5 PFCR6 PFCR6 PFCR6 PFCR6 PJCR0 PJCR0 PJCR0 PJCR0 PJCR1 PJCR1 PJCR1 PJCR1 SH7269 Multiplexed Pin Name MD Bit Setting PF16MD[2:0] = B'001 PF17MD[2:0] = B'001 PF18MD[2:0] = B'001 PF19MD[2:0] = B'001 PF20MD[2:0] = B'001 PF21MD[2:0] = B'001 PF22MD[2:0] = B'001 PF23MD[2:0] = B'001 PJ0MD[2:0] = B'011 PJ1MD[2:0] = B'011 PJ2MD[2:0] = B'011 PJ3MD[2:0] = B'011 PJ4MD[2:0] = B'011 PJ5MD[2:0] = B'011 PJ6MD[2:0] = B'011 PJ7MD[2:0] = B'011 PF16/SD_CD_0/FCE#/IRQ4/MMC_CD PF17/SD_WP_0/FRB/IRQ5 PF18/SD_D1_0/SSISCK3/IRQ6/MMC_D1 PF19/SD_D0_0/SSIWS3/IRQ7/MMC_D0 PF20/SD_CLK_0/SSIDATA3/MMC_CLK PF21/SD_CMD_0/SCK3/ MMC_CMD PF22/SD_D3_0/RxD3/MMC_D3 PF23/SD_D2_0/TxD3/MMC_D2 PJ0/DV_DATA0/LCD_DATA0/SD_CD_1/PWM1A PJ1/DV_DATA1/LCD_DATA1/SD_WP_1/PWM1B PJ2/DV_DATA2/LCD_DATA2/SD_D1_1/PWM1C PJ3/DV_DATA3/LCD_DATA3/SD_D0_1/PWM1D PJ4/DV_DATA4/LCD_DATA4/SD_CLK_1/PWM1E PJ5/DV_DATA5/LCD_DATA5/SD_CMD_1/PWM1F PJ6/DV_DATA6/LCD_DATA6/SD_D3_1/PWM1G PJ7/DV_DATA7/LCD_DATA7/SD_D2_1/PWM1H Note: Bold text indicates the function used, Table 3.2.25 SH7269 Multiplexed Pin Functions (MMC) Peripheral Function Pin Name MMC MMC_CD MMC_D1 MMC_D0 MMC_CLK MMC_CMD MMC_D3 MMC_D2 SH7269 Port Control Register Register Name PFCR5 PFCR5 PFCR5 PFCR6 PFCR6 PFCR6 PFCR6 SH7269 Multiplexed Pin Name MD Bit Setting PF16MD[2:0] = B'101 PF18MD[2:0] = B'101 PF19MD[2:0] = B'101 PF20MD[2:0] = B'101 PF21MD[2:0] = B'101 PF22MD[2:0] = B'101 PF23MD[2:0] = B'101 PF16/SD_CD_0/FCE#/IRQ4/MMC_CD PF18/SD_D1_0/SSISCK3/IRQ6/MMC_D1 PF19/SD_D0_0/SSIWS3/IRQ7/MMC_D0 PF20/SD_CLK_0/SSIDATA3/MMC_CLK PF21/SD_CMD_0/SCK3/MMC_CMD PF22/SD_D3_0/RxD3/MMC_D3 PF23/SD_D2_0/TxD3/MMC_D2 Note: Bold text indicates the function used. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 3-18 SH7269 CPU Board R0K572690C000BR Table 3.2.26 3. M3A-HS64G01 Functions SH7269 Multiplexed Pin Functions (SSIF) Peripheral Function Pin Name SH7269 Port Control Register SSIF SSISCK5 SSIWS5 SSIDATA5 SSIDATA4 SSIWS4 PJCR7 PJCR7 PJCR7 PJCR6 PJCR6 PJ28MD[2:0] = B'010 PJ29MD[2:0] = B'010 PJ30MD[2:0] = B'010 PJ26MD[2:0] = B'010 PJ25MD[2:0] = B'010 SSISCK4 PJCR6 PJ24MD[2:0] = B'010 SSIDATA1 SSIWS1 SSISCK1 SSIRxD0 SSITxD0 SSIWS0 SSISCK0 PFCR3 PFCR2 PFCR2 PFCR1 PFCR1 PFCR1 PFCR1 PF12MD[2:0] = B'010 PF11MD[2:0] = B'010 PF10MD[2:0] = B'010 PF7MD[2:0] = B'010 PF6MD[2:0] = B'010 PF5MD[2:0] = B'010 PF4MD[2:0] = B'010 Register Name SH7269 Multiplexed Pin Name MD Bit Setting PJ28/SSISCK5/TIOC1B/RTS7# PJ29/SSIWS5/TIOC2A/IERxD PJ30/SSIDATA5/TIOC2B/IETxD PJ26/SGOUT_2/SSIDATA4/LCD_TCON5/TxD7 PJ25/SGOUT_1/SSIWS4/LCD_TCON4/ SPDIF_OUT/RxD7 PJ24/SGOUT_0/SSISCK4/LCD_TCON3/SPDIF_IN/ SCK7 PF12 / SSIDATA1 / DV_DATA3 / TxD1 / MMC_D7 PF11/SSIWS1/DV_DATA2/RxD1/MMC_D6 PF10/CS1#/SSISCK1/DV_DATA1/SCK1/MMC_D5 PF7/SSIRxD0/RxD0/SGOUT_3/CTS1# PF6/CE2A#/SSITxD0/SGOUT_2 PF5/SSIWS0/SGOUT_1 PF4/CS5#/CE1A#/SSIWS0/SGOUT_0 Note: Bold text indicates the function used. Table 3.2.27 SH7269 Multiplexed Pin Functions (ADC) Peripheral Function Pin Name ADC AN7 AN6 AN5 AN4 AN3 AN2 AN1 AN0 SH7269 Port Control Register Register Name PHCR1 PHCR1 PHCR1 PHCR1 PHCR0 PHCR0 PHCR0 PHCR0 SH7269 Multiplexed Pin Name MD Bit Setting PH7MD[1:0] = B'01 PH6MD[1:0] = B'01 PH5MD[1:0] = B'01 PH4MD[1:0] = B'01 PH3MD[1:0] = B'01 PH2MD[1:0] = B'01 PH1MD[1:0] = B'01 PH0MD[1:0] = B'01 PH7/AN7/PINT7 PH6/AN6/PINT6 PH5/AN5/PINT5/LCD_EXTCLK PH4/AN4/PINT4 PH3/AN3/PINT3 PH2/AN2/PINT2 PH1/AN1/PINT1 PH0/AN0/PINT0 Note: Bold text indicates the function used. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 3-19 SH7269 CPU Board R0K572690C000BR Table 3.2.28 Peripheral Function VDC4 3. M3A-HS64G01 Functions SH7269 Multiplexed Pin Functions (VDC4) Pin Name SH7269 Port Control Register Register Name SH7269 Multiplexed Pin Name MD Bit Setting LCD_EXTCLK LCD_CLK LCD_TCON6 PGCR6 PGCR6 PJCR5 PG27MD[1:0] = B'11 PG24MD[1:0] = B'10 PJ23MD[2:0] = B'011 LCD_TCON5 PJCR5 PJ22MD[2:0] = B'011 LCD_TCON1 LCD_TCON0 LCD_DATA23 LCD_DATA22 LCD_DATA21 LCD_DATA20 LCD_DATA19 LCD_DATA18 LCD_DATA17 PGCR6 PGCR6 PGCR5 PGCR5 PGCR5 PGCR5 PGCR4 PGCR4 PGCR4 PG26MD[1:0] = B'10 PG25MD[1:0] = B'10 PG23MD[2:0] = B'010 PG22MD[2:0] = B'010 PG21MD[2:0] = B'010 PG20MD[2:0] = B'010 PG19MD[2:0] = B'010 PG18MD[2:0] = B'010 PG17MD[1:0] = B'10 LCD_DATA16 PGCR4 PG16MD[1:0] = B'10 LCD_DATA15 LCD_DATA14 LCD_DATA13 LCD_DATA12 LCD_DATA11 LCD_DATA10 LCD_DATA9 LCD_DATA8 LCD_DATA7 LCD_DATA6 LCD_DATA5 LCD_DATA4 LCD_DATA3 LCD_DATA2 LCD_DATA1 LCD_DATA0 PGCR3 PGCR3 PGCR3 PGCR3 PGCR2 PGCR2 PGCR2 PGCR2 PGCR1 PGCR1 PGCR1 PGCR1 PGCR0 PGCR0 PGCR0 PGCR0 PG15MD[1:0] = B'10 (1) PG14MD[1:0] = B'10 (1) PG13MD[1:0] = B'10 (1) PG12MD[1:0] = B'10 1) PG11MD[2:0] = B'010 1) PG10MD[2:0] = B'010 (1) PG9MD[2:0] = B'010 (1) PG8MD[2:0] = B'010 (1) PG7MD[2:0] = B'010 (1) PG6MD[2:0] = B'010 (1) PG5MD[2:0] = B'010 (1) PG4MD[2:0] = B'010 (1) PG3MD[2:0] = B'010 (1) PG2MD[2:0] = B'010 (1) PG1MD[2:0] = B'010 (1) PG0MD[2:0] = B'010 (1) PG27/LCD_TCON2/LCD_EXTCLK PG24/LCD_CLK PJ23/DV_DATA23/LCD_DATA23/LCD_TCON6/ IRQ3/CTx1/CTx0&CTx1 PJ22/DV_DATA22/LCD_DATA22/LCD_TCON5/ IRQ2/CRx1/CRx0/CRx1 PG26/LCD_TCON1 PG25/LCD_TCON0 PG23/LCD_DATA23/LCD_TCON6/TxD5/AUDATA3 PG22/LCD_DATA22/LCD_TCON5/RxD5/AUDSYNC# PG21/DV_DATA7/LCD_DATA21/LCD_TCON4/TxD4 PG20/DV_DATA6/LCD_DATA20/LCD_TCON3/RxD4 PG19/DV_DATA5/LCD_DATA19/SPDIF_OUT/SCK5 PG18/DV_DATA4/LCD_DATA18/SPDIF_IN/SCK4 PG17/WE3#/ICIOWR#/AH/DQMUU/LCD_DATA17/ AUDATA1 PG16/WE2#/ICIORD#/DQMUL/LCD_DATA16/ AUDATA0 PG15/D31/LCD_DATA15/PINT7 PG14/D30/LCD_DATA14/PINT6 PG13/D29/LCD_DATA13/PINT5 PG12/D28/LCD_DATA12/PINT4 PG11/D27/LCD_DATA11/PINT3/TIOC3D PG10/D26/LCD_DATA10/PINT2/TIOC3C PG9/D25/LCD_DATA9/PINT1/TIOC3B PG8/D24/LCD_DATA8/PINT0/TIOC3A PG7/D23/LCD_DATA7/IRQ7/TIOC2B PG6/D22/LCD_DATA6/IRQ6/TIOC2A PG5/D21/LCD_DATA5/IRQ5/TIOC1B PG4/D20/LCD_DATA4/IRQ4/TIOC1A PG3/D19/LCD_DATA3/IRQ3/TIOC0D PG2/D18/LCD_DATA2/IRQ2/TIOC0C PG1/D17/LCD_DATA1/IRQ1/TIOC0B PG0/D16/LCD_DATA0/IRQ0/TIOC0A Notes: 1. These values must not be set in boot mode 1. 2. Bold text indicates the function used. Table 3.2.29 SH7269 Multiplexed Pin Functions (PWM) Peripheral Function Pin Name SH7269 Port Control Register PWM PWM2H PWM2G PWM2F PWM2E PWM2D PWM2C PWM2B PJCR3 PJCR3 PJCR3 PJCR3 PJCR2 PJCR2 PJCR2 PJ15MD[2:0] = B'100 PJ14MD[2:0] = B'100 PJ13MD[2:0] = B'100 PJ12MD[2:0] = B'100 PJ11MD[2:0] = B'100 PJ10MD[2:0] = B'100 PJ9MD[2:0] = B'100 PJ15/DV_DATA15/LCD_DATA15/PINT7/PWM2H/TxD7 PJ14/DV_DATA14/LCD_DATA14/PINT6/PWM2G/TxD6 PJ13/DV_DATA13/LCD_DATA13/PINT5/PWM2F/TxD5 PJ12/DV_DATA12/LCD_DATA12/PINT4/PWM2E/SCK7 PJ11/DV_DATA11/LCD_DATA11/PINT3/PWM2D/SCK6 PJ10/DV_DATA10/LCD_DATA10/PINT2/PWM2C/SCK5 PJ9/DV_DATA9/LCD_DATA9/PINT1/PWM2B/RTS5# PWM2A PJCR2 PJ8MD[2:0] = B'100 PJ8 / DV_DATA8 / LCD_DATA8 / PINT0 / PWM2A / Register Name SH7269 Multiplexed Pin Name MD Bit Setting CTS5# Note: Bold text indicates the function used. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 3-20 SH7269 CPU Board R0K572690C000BR Table 3.2.30 3. M3A-HS64G01 Functions SH7269 Multiplexed Pin Functions (PORT) Peripheral Function Pin Name SH7269 Port Control Register PORT PJ16 PJCR4 PJ16MD[2:0] = B'000 PJ17 PJCR4 PJ17MD[2:0] = B'000 PJ18 PJCR4 PJ18MD[2:0] = B'000 PJ19 PJCR4 PJ19MD[2:0] = B'000 PJ0 PJ1 PJ2 PJ3 PJ4 PJ5 PJ6 PJ7 PJ12 PJ13 PJ14 PJ15 PJ27 PE6 PE7 PE9 PJCR0 PJCR0 PJCR0 PJCR0 PJCR1 PJCR1 PJCR1 PJCR1 PJCR3 PJCR3 PJCR3 PJCR3 PJCR6 PECR1 PECR1 PECR2 PJ0MD[2:0] = B'000 PJ1MD[2:0] = B'000 PJ2MD[2:0] = B'000 PJ3MD[2:0] = B'000 PJ4MD[2:0] = B'000 PJ5MD[2:0] = B'000 PJ6MD[2:0] = B'000 PJ7MD[2:0] = B'000 PJ12MD[2:0] = B'000 PJ13MD[2:0] = B'000 PJ14MD[2:0] = B'000 PJ15MD[2:0] = B'000 PJ27MD[2:0] = B'000 PE6MD[1:0] = B'00 PE7MD[1:0] = B'00 PE8MD[2:0] = B'000 Register Name SH7269 Multiplexed Pin Name MD Bit Setting PJ16/DV_DATA16/LCD_DATA16/RSPCK0/TIOC0A/ SIOFSCK PJ17/DV_DATA17/LCD_DATA17/SSL00/TIOC0B/ SIOFSYNC PJ18/DV_DATA18/LCD_DATA18/MOSI0/TIOC0C/ SIOFTxD PJ19/DV_DATA19/LCD_DATA19/MISO0/TIOC0D/ SIOFRxD/AUDIO_XOUT PJ0/DV_DATA0/LCD_DATA0/SD_CD_1/PWM1A PJ1/DV_DATA1/LCD_DATA1/SD_WP_1/PWM1B PJ2/DV_DATA2/LCD_DATA2/SD_D1_1/PWM1C PJ3/DV_DATA3/LCD_DATA3/SD_D0_1/PWM1D PJ4/DV_DATA4/LCD_DATA4/SD_CLK_1/PWM1E PJ5/DV_DATA5/LCD_DATA5/SD_CMD_1/PWM1F PJ6/DV_DATA6/LCD_DATA6/SD_D3_1/PWM1G PJ7/DV_DATA7/LCD_DATA7/SD_D2_1/PWM1H PJ12/DV_DATA12/LCD_DATA12/PINT4/PWM2E/SCK7 PJ13/DV_DATA13/LCD_DATA13/PINT5/PWM2F/TxD5 PJ14/DV_DATA14/LCD_DATA14/PINT6/PWM2G/TxD6 PJ15/DV_DATA15/LCD_DATA15/PINT7/PWM2H/TxD7 PJ27/SGOUT_3/TIOC1A/CTS7# PE6/SCL3/RxD6 PE7/SDA3/RxD7 PF9/BS#/DV_DATA0/SCK0/MMC_D4/RTS1# Note: Bold text indicates the function used. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 3-21 SH7269 CPU Board R0K572690C000BR 3.3 LCD Module Interface 3.3.1 LCD Module Interface 3. M3A-HS64G01 Functions The M3A-HS64G01 includes two flexible connectors and one MIL-spec connector for connecting LCD modules. The SH7269 on-chip Video Display Controller (VDC4) controls the LCD modules. Figure 3.3.1 shows the LCD module interface block diagram. 16 PG15 to PG0/LCD_DATA15 to LCD_DATA0 Socket (X1) CLK Flexible connector for TX09D14VM3CAA (J13) Expansion connectors (CN1, CN3, CN9) SH7269 (U1) PG24/LCD_CLK PG27/LCD_EXTCLK R5 to R0, G5 to G0, B5 to B0 VDD1 DCLK (6.67 MHz) VDD2 3.3 V 3.3 V 5V 3.3 V PJ22/DV_DATA22/LCD_TCON5 DTMG (Data Enable Signal) 3.3 V 3.3 V PG25/LCD_TCON0 PG26/LCD_TCON1 NC VREV NC HREV 3.3 V PJ23/DV_DATA23/LCD_TCON6 NC TP1 DIM (Dimming Control Signal) PH7/AN7 TMZ (Thermistor Output) Flexible connector for TX09D55VM1CDA (J12) Note: Pin names in red indicate the function used. : Optional R5 to R0, G5 to G0, B5 to B0 3.3 V VDD DCLK (5.33 MHz) DTMG (Display Timing Signal) NC HSYNC NC 3.3 V Vctrl (Backlight Control Signal) 1 k PCI (Power Control Signal) MIL-spec connector (J14) 3.3 V LCD_DATA15 to LCD_DATA0 LCD_CLK VDD1 LCD_DE VDD2 LCD_VSYNC 3.3 V 5V GND LCD_HSYNC LCD_M_DISP (Jumper-less) PWM Figure 3.3.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 LCD Module Interface Block Diagram 3-22 SH7269 CPU Board R0K572690C000BR 3.3.2 3. M3A-HS64G01 Functions Character LCD Module with LED Backlight The M3A-HS64G01 includes a connector for 16 x 2 semi-transmissive character LCD module (SD1602H, Sunlike). The SH7269 general-purpose port output controls the character LCD modules. The M3A-HS64G01 is intended only for writing from the SH7269 to the character LCD modules. Therefore, the character LCD module R/W signal is fixed low. The M3A-HS64G01 also includes a variable resistor (VR1) for the LCD driver voltage adjustment to control the LCD contrast and a variable resistor (VR2) for LCD backlight adjustment. SH7269 PJ7 to PJ0 pins are multiplexed with VDC4 pins on the R0K572690C000BR, and the module to use is specified by SW6-3 on the R0K572690C000BR. On the M3A-HS64G01, PJ7 to PJ0 pins are multiplexed with the SDHI pins. Figure 3.3.2 shows the character LCD module block diagram. Table 3.3.1 lists the DIP switches setting (SW6-3). Table 3.3.2 lists the jumper setting (JP2). Expansion connectors (CN6, CN7) 8 SH7269 (U1) PJ7/DV_DATA7/SD_D2_1/ PWM1H PJ6/DV_DATA6/SD_D3_1/ PWM1G PJ5/DV_DATA5/SD_CMD_1/ PWM1F PJ4/DV_DATA4/SD_CLK_1/ PWM1E DV or SD (U22) S1A D1 S1B S2A D2 S2B S3A D3 S3B S4A D4 S4B SDHI 8 S1A D1 S1B S2A D2 S2B S3A D3 S3B S4A D4 Character LCD (J1) DB0 DV or SD (U23) S1A D1 S1B S2A D2 S2B S3A D3 S3B S4A D4 S4B MUX D2 D3 D4 DB2 S1B S2A DB5 S2B S3A DB6 S3B S4A DB7 DB3 DB4 DB4 DB5 DB5 DB6 DB6 DB7 DB7 DB4 5V Vo VR1 5V A VR2 K S4B 3.3 V MUX IN DB1 DB2 DB3 LCD or SD (U2) S1A DB1 DB3 IN D1 DB0 DB2 S4B EN# DB0 DB1 MUX IN EN# 8 LCD or SD (U1) MUX EN# PJ3/DV_DATA3/SD_D0_1/ PWM1D PJ2/DV_DATA2/SD_D1_1/ PWM1C PJ1/DV_DATA1/SD_WP_1/ PWM1B PJ0/DV_DATA0/SD_CD_1/ PWM1A Device which is connected to the SSIF EN# IN R/W# PE6/SCL3/RxD6 RS 3.3 V 3.3 V PE7/SDA3/RxD7 E JP2 3 DIP switches SW6-3 1 2 PJ25/SSIWS4 PJ24/SSISCK4 PJ30/SSIDATA5/IETxD PJ29/SSIWS5/IERxD PJ28/SSISCK5 PF12/SSIDATA1 PF11/SSIWS1 PF10/CS1/SSISCK1 Note: Pin names in red indicate the function used. : Optional Figure 3.3.2 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 Character LCD Module Block Diagram 3-23 SH7269 CPU Board R0K572690C000BR Table 3.3.1 3. M3A-HS64G01 Functions R0K572690C000BR DIP Switches (SW6-3) Number Function OFF (High) SW6-3 Connected to the SDHI/character LCD interface (default) ON (Low) Connected to VDC4 (M3A-HS64G02) Note: Shading indicates the function to be set. Table 3.3.2 Jumper Setting (JP2) Number JP2 1-2 (Low) Connected to the character LCD interface (default) 2-3 (High) Connected to the SDHI Note: Shading indicates the function to be set. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 3-24 SH7269 CPU Board R0K572690C000BR 3.4 3. M3A-HS64G01 Functions Audio Modules The M3A-HS64G01 includes two 96 kHz 25-bit D/A Converters with DIT (AK4353, Asahi Kasei Microdevices Corporation), and a 24-bit stereo codec with IPGA (AK4524, Asahi Kasei Microdevices Corporation). * AK4353 D/A Converter SH7269 IIC3, SSIF, and I/O ports control the AK4353. SH7269 IIC3 (channel 1): Accesses the AK4353 registers to initialize AK4353, format data, and configure the attenuator SH7269 SSIF (channels 1 and 5): Outputs the audio data SH7269 I/O ports (PJ27): Powers down the AK4353 at low, powers up the AK4353 at high Serial Sound Interface with FIFO (SSIF) channel 5 pins are multiplexed with IEBusTM Controller (IEB) pins. Figure 3.4.1 shows the D/A Converter block diagram. Table 3.4.1 lists the DIP switches setting (SW6-4). R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 3-25 SH7269 CPU Board R0K572690C000BR 3. M3A-HS64G01 Functions Expansion connector (CN7) SH7269 (U1) 2 IEBus interface PJ27/TIOC1A Common pin for AK4353x2, and AK4524 PJ19/DV_DATA19/AUDIO_XOUT D/A Converter 1 (U11: AK4353) J5 TX PDN# IN Optical connector MCKI BICK PF10/SSISCK1 PF11/SSIWS1 VCOM LRCK 3.3 V PF12/SSIDATA1 0.1 F + 10 F SDTI 3.3 V 10 F AOUTL I2C CSN 3.3 V 220 SCL/CCLK PE2/SCL1 27 k 3.3 V J6 10 F SDA/CDTI PE3/SDA1 CAD0 CAD1 AOUTR 220 27 k Chip address: 01 D/A Converter 2 (U12: AK4353) J7 TX PDN# IN Optical connector MCKI PJ28/SSISCK5 PJ29/SSIWS5/IERxD PJ30/SSIDATA5/IETxD Socket (X8) CLK 11.2896 MHz AUDIO_X1 NC AUDIO_X2 LRCK S1A D1 D2 + 10 F 10 F AOUTL I2C CSN S3B S4A 220 SCL/CCLK 27 k 3.3 V S4B IN J8 10 F SDA/CDTI MUX EN# 0.1 F SDTI S2B S3A D4 VCOM 3.3 V S1B S2A D3 PE0/SCL0/AUDIO_CLK/IRQ0 BICK SSIF or IEB (U24) CAD0 CAD1 AOUTR Chip address: 11 220 27 k 3.3 V Audio codec PDN# control pin Note: Pin names in red indicate the function used. : Optional DIP switches SW6-4 EEPROM IIC (chip address: 000) Figure 3.4.1 Table 3.4.1 D/A Converter Block Diagram R0K572690C000BR DIP Switches Setting (SW6-4) Number Function OFF (High) SW6-4 2 Connected to the IEBusTM interface ON (Low) Connected to D/A Converter 2 (default) Note: Shading indicates the function to be set. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 3-26 SH7269 CPU Board R0K572690C000BR * 3. M3A-HS64G01 Functions AK4524 Audio codec SH7269 RSPI, SSIF, and I/O ports control the AK4524. SH7269 RSPI (channel 1): Accesses the AK4524 registers to initialize AK4524, and format data SH7269 SSIF (channel 0): Inputs and outputs the audio data SH7269 I/O ports (PJ27): Powers down the AK4524 at low, powers up the AK4524 at high Renesas Serial Peripheral Interface (RSPI) channel 1 RSPCK 1 pin is multiplexed with the AUD AUDCK pin. Figure 3.4.2 shows the audio codec block diagram. Short the jumper (JP3) to use a plug-in power microphone. Serial flash memory 2 Expansion connector CN7, CN9 CD deck interface SH7269U1 Audio CODECU6AK4524 XTI XTALE PJ19/DV_DATA19/AUDIO_XOUT PF4/SSISCK0/SGOUT_0 BICK PF5/SSIWS0/SGOUT_1 LRCK PF7/SSIRxD0/SGOUT_3 SDTO PF6/SSITxD0/SGOUT_2 SDTI VCOM 0.1F VREF VA 0.1F M/S# + + 10F 10F CIFCS Edge Select PF0/QSPCLK_1/RSPCK1/ TIOC4A/AUDCK CCLK CS PF2/QMO_1/QIO0_1/MOSI1/ TIOC4C/SPBMO_1/SPBIO0_1 CDTI A5V PDN# AOUTLAOUTL+ PE0/SCL0/AUDIO_CLK/IRQ0 bias JP3 AUDIO_X1 AUDIO_X2 MIC-L AINL AOUTR- MIC-R AINR AOUTR+ J3 + NC + SocketX8 CLK 11.2896MHz + PJ27/TIOC1A + PJ12/DV_DATA12/PWM2E bias Note: Pin names in red indicate function used D/A converter PD# control pin Optional Figure 3.4.2 Table 3.4.2 Jumper Setting (JP3) Number JP3 Audio CODEC Block Diagram 1-2 Uses a plug-in power microphone R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 None (Open) Uses a conventional microphone (default) 3-27 SH7269 CPU Board R0K572690C000BR 3.5 3. M3A-HS64G01 Functions CD Deck Interface The M3A-HS64G01 includes a CD deck interface connector. The SH7269 on-chip SSIF (Serial Sound Interface with FIFO) and RSPI (Renesas Peripheral Interface) control the CD deck. RSPI channel 1 pins are multiplexed with serial flash memory 2 and audio codec pins, these devices cannot be controlled at the same time. RSPCK 1 pin is multiplexed with AUD AUDCK pin. Figure 3.5.1 shows the CD deck interface block diagram. Table 3.5.1 lists the jumper setting (JP9). R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 3-28 SH7269 CPU Board R0K572690C000BR 3. M3A-HS64G01 Functions H-UDI 3 Serial flash memory Expansion connector (CN1, CN7) Audio CODEC 3.3V SH7269U1 CD deck interface connector IMSA-9617S-22J9 3.3V PF0/QSPCLK_1/RSPCK1/ TIOC4A/AUDCK CDCK 3.3V PJ13/DV_DATA13/PWM2F CDFS PF2/QMO_1/QIO0_1/MOSI1/ TIOC4C/SPBMO_1/SPBIO0_1 PF3/QMI_1/QIO1_1/MISO1/ TIOC4D/SPBMI_1/SPBIO1_1 CDSI CDSO 3.3V PJ24/SSISCK4 IIS_BCK PJ25/SSIWS4 IIS_LRCK 3.3V PJ26/SSIDATA4 8V IIS_DATA 3.3V RES# PJ14/DV_DATA14/PWM2G PJ15/DV_DATA15/PWM2H PJ20/DV_DATA20/IRQ0/CRx2 2 1 3 CDRST DC8V FLAG6 P3.3V TRANS GND BLKCK JP9 Note: Pin names in red indicate functions used Figure 3.5.1 Table 3.5.1 Serial Port Block Diagram R0K572690C000BR Jumper Setting (JP9) Number JP9 CAN interface 1-2 Uses PJ20 as IRQ0 input pin (default) 2-3 Uses PJ20 as CRx2 input/DV_DATA20 input pin Note: Shading indicates the function to be set. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 3-29 SH7269 CPU Board R0K572690C000BR 3.6 3. M3A-HS64G01 Functions SD Card Interface The M3A-HS64G01 includes an SD card slot. The SD card slot is connected to the SD Host Interface (SDHI) and the SH7269 SD card slot. SDHI channel 1 pins are multiplexed with PJ7 to PJ0 pins to control the character LCD module. When using the SDHI, do not use the character LCD module. Figure 3.6.1 shows the SD card interface block diagram. Table 3.6.1 lists the DIP switches setting (SW6-3). Table 3.6.2 lists the jumper setting (JP2) Expansion connector (CN7) 8 SH7269 (U1) DV or SD (U22) PJ7/DV_DATA7/SD_D2_1/ PWM1H PJ6/DV_DATA6/SD_D3_1/ PWM1G PJ5/DV_DATA5/SD_CMD_1/ PWM1F PJ4/DV_DATA4/SD_CLK_1/ PWM1E D2 S2B S3A D3 D3 S3B S4A D4 S4B IN S1B S2A S2B S3A DAT3 3.3 V CMD CMD 3.3 V 22 k CMD 22 k S4B EN# D3 S3B S4A D4 DAT1 DAT2 DAT2 DAT3 DAT3 S1A D2 S2B S3A D3 DAT0 DAT1 CLK IN D1 S1B S2A D2 DAT0 LCD or SD (U2) S1A D1 MUX S1B S2A DAT0 S2B S3A DAT1 3.3 V WP 22 k S4B EN# COMMON 22 k MUX IN GND 3.3 V S3B S4A D4 S4B EN# SD card slot (J2) CLK MUX DV or SD (U23) PJ3/DV_DATA3/SD_D0_1/ PWM1D PJ2/DV_DATA2/SD_D1_1/ PWM1C PJ1/DV_DATA1/SD_WP_1/ PWM1B PJ0/DV_DATA0/SD_CD_1/ PWM1A 22 k CLK DAT2 S3B S4A D4 MUX EN# 4 S1A D1 S1B S2A D2 3.3 V LCD or SD (U1) S1A D1 Device which is connected to the SSIF CD LTC1470 (U3) IN EN0 OUT VDD 3.3 V 3.3 V JP2 When SD card is inserted: COMMON and CD are made conductive 3 DIP switches SW6-3 1 2 8 PJ25/SSIWS4 When SD card is write-enabled: WP and COMMON are made conductive Character LCD interface PJ24/SSISCK4 PJ30/SSIDATA5/IETxD PJ29/SSIWS5/IERxD PJ28/SSISCK5 PF12/SSIDATA1 PF11/SSIWS1 PF10/CS1/SSISCK1 Note: Pin names in red indicate the function used. : Optional Figure 3.6.1 Table 3.6.1 SD Card Interface Block Diagram DIP Switches Setting (SW6-3) Number Function OFF (High) SW6-3 ON (Low) Connected to the SDHI/character LCD interface (default) Connected to VDC4 (M3A-HS64G02) Note: Shading indicates the function to be set. Table 3.6.2 Jumper Setting (JP2) Number JP2 1-2 (Low) Connected to the character LCD interface (default) 2-3 (High) Connected to the SDHI Note: Shading indicates the function to be set. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 3-30 SH7269 CPU Board R0K572690C000BR 3.7 3. M3A-HS64G01 Functions UART Interface The SH7269 includes a Serial Communication Interface with FIFO (SCIF). SCIF channel 5 pin is connected to the UART connector (7-pin, 2.5 mm pitch) on the M3A-HS64G01 at TTL level. SCIF channel 5 RxD5 pin is multiplexed with VDC4 LCD_DATA22 pin and AUD AUDSYNC# pin. SCIF channel TxD5 pin is multiplexed with VDC4 LCD_DATA23 pin and AUD AUDATA3 pin. Figure 3.7.1 shows the UART interface block diagram. SH7269 (U1) 3.3 V D-Sub 9-pin RS-232C connector (J10) RS-232C driver (U15) TIN PF15/TxD2 TOUT TXD RIN RXD 3.3 V PF14/RxD2 ROUT SHDN# RES# DTR# DSR# RTS# CTS# H-UDI Expansion connector (CN1) LCD module interface UART connector (J10: B7B-XH) PG22/LCD_DATA22/RxD5/ AUDSYNC# PG23/LCD_DATA23TxD5/ AUDATA3 RXD TXD 3.3 V SCK PJ10/DV_DATA10/PWM2C/SCK5 PJ8/DV_DATA8/PWM2A/CTS5# CTS# VCC PJ9/DV_DATA9/PWM2B/RTS5# RTS# GND Note: Pin names in red indicate the function used. : Optional Figure 3.7.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 UART Interface Block Diagram 3-31 SH7269 CPU Board R0K572690C000BR 3.8 3. M3A-HS64G01 Functions CAN Interface The SH7269 includes RCAN-TL1 (Renesas CAN Time Trigger Level 1), the Controller Area Network. Two channels of the SH7269 RCAN-TL1 are connected to the CAN connector (3-pin, 2.5 mm pitch) on the M3A-HS64G01 via the voltage level shifter and the CAN driver IC. Note that only RCAN-TL1 channel 2 can be used on the R0K572690C000BR. RCAN-TL1 channel 2 pins are multiplexed with IRQ input pins and Video Display Controller 4 (VDC4) pins. Figure 3.8.1 shows the CAN interface block diagram. Table 3.8.1 lists jumper settings (JP8 and JP9). Table 3.8.2 and Table 3.8.3 list jumper settings (JP4, JP5, JP8, and JP9). Expansion connectors (CN1, CN7) 2 2 IRQ input 3.3 V SH7269 (U1) PJ30/SSIDATA5/IETxD PJ30 PJ29/SSIWS5/IERxD PJ29 PJ21/DV_DATA21/IRQ1/CTx2 PJ20/DV_DATA20/IRQ0/CRx2 D1 PJ29 D2 JP8 1 3 PJ20 2 S1A D3 PJ21 2 S1B S2A IETxD S2B S3A IERxD A0 B0 CTx2 A1 B1 DIR VccA IEBusTM interface CAN driver (U14: HA13721) JP5 1 3 2 TxD RxD JP4 3.3 V CAN connector (J16: B3B-XH) CANH CANL CANH CANL JP6 G# JP7 5V VccB S4B MUX JP9 EN# Note: Pin names in red indicate the function used. 5 V to 3 V level shifter (U15) IN 3.3 V 3.3 V DIP switches SW6-4 PJ21 PJ20 IERxD A0 B0 CRx2 A1 B1 DIR VccA G# 5V CAN driver (U16: HA13721) JP9 1 3 CAN connector (J17: B3B-XH) JP10 2 TxD RxD JP8 JP11 CANH CANL CANH CANL 5V VccB Note: Shorting JP5 and 2-3 on JP9 are invalid. CTx2 CRx2 Figure 3.8.1 Table 3.8.1 IETxD S3B S4A D4 1 3 3 V to 5 V level shifter (U13) 4 SSIF or IEB (U24) PJ30 2 D/A Converter 2 CAN Interface Block Diagram R0K572690C000BR Jumper Settings (JP8, JP9) Number 1-2 2-3 JP8 Uses PJ21 as IRQ1 input pin (default) Uses PJ21 as CTx2 output/DV_DATA21 input pin JP9 Uses PJ20 as IRQ0 input pin (default) Uses PJ20 as CRx2 input/DV_DATA20 input pin Note: Shading indicates the function to be set. Table 3.8.2 Jumper Settings (JP5, JP9) Number 1-2 2-3 JP5 Selects IETxD (IEB) Selects PJ30 (RCAN-TL1) pin (default) (1) JP9 Selects IERxD (IEB) Selects PJ29 (RCAN-TL1) pin (default) (1) Notes: 1. This setting is invalid on the R0K572690C000BR. 2. Shading indicates the function to be set. Table 3.8.3 Jumper Settings (JP4, JP8) Number 1-2 None (Open) JP4 Normal mode (Connects CTx1 pin) (default) Debug mode (Leaves CTx1 pin disconnected) JP8 Normal mode (Connects CRx1 pin) (default) Debug mode (Leaves CRx1 pin disconnected) Note: Shading indicates the function to be set. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 3-32 SH7269 CPU Board R0K572690C000BR 3.9 3. M3A-HS64G01 Functions IEBusTM Interface The SH7269 includes and IEBusTM Controller (IEB). The IEBusTM (Inter Equipment BusTM) is the bus for digital data transfer system on a small scale. The SH7269 IEB pin is connected to the IEBus connector (4-pin, 2.5 mm pitch) via the voltage level shifter and the IEBusTM driver IC on the M3A-HS64G01. The IEB pin is multiplexed with SCIF channel 0 pin and RCAN-TL1 channel 0 pin. Figure 3.9.1 shows the IEBusTM interface block diagram. Table 3.9.1 lists the DIP switches settings (SW6-4). Table 3.9.2 lists jumper settings (JP5 and JP9). Expansion connectors (CN1, CN7) 2 2 IRQ input 3.3 V SH7269 (U1) PJ30 PJ30/SSIDATA5/IETxD PJ30 PJ29 PJ29/SSIWS5/IERxD PJ29 JP8 1 3 PJ21/DV_DATA21/IRQ1/CTx2 PJ21 2 PJ20/DV_DATA20/IRQ0/CRx2 PJ20 2 S1A D1 S1B S2A D2 S2B S3A D3 A0 B0 CTx2 A1 B1 IERxD DIR VccA BUSBUS+ BUSBUS+ G# 5V S4B EN# Note: Pin names in red indicate the function to be set. S1 Rout VccB MUX JP9 JP5 1 3 2 IEBusTM connector (J15: B4B-XH)5 V 3.3 V S3B S4A D4 1 3 IETxD IETxD CAN interface IEBusTM driver (U37: HA12187) 3 V to 5 V level shifter (U13) 4 SSIF or IEB (U24) 4 D/A Converter 2 5 V to 3 V level shifter (U15) IN 3.3 V A0 B0 CRx2 A1 B1 3.3 V DIP switches SW6-4 PJ21 PJ20 IERxD DIR VccA G# 5V JP9 1 3 2 5V VccB CTx2 CRx2 Figure 3.9.1 IEBusTM Interface Block Diagram Table 3.9.1 R0K572690C000BR DIP Switches Setting (SW6-4) Number Function OFF (High) SW6-4 Connected to the IEBusTM Interface ON (Low) Connected to D/A Converter 2 (default) Note: Shading indicates the function to be set. Table 3.9.2 Jumper Settings (JP5, JP9) Number 1-2 2-3 JP5 Selects IETxD (IEB) Selects PJ30 (RCAN-TL1) pin (default) (1) JP9 Selects IERxD (IEB) Selects PJ29 (RCAN-TL1) pin (default) (1) Notes: 1. This setting is invalid on the R0K572690C000BR. 2. Shading indicates the function to be set. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 3-33 SH7269 CPU Board R0K572690C000BR 3.10 3. M3A-HS64G01 Functions I/O Ports The SH7269 I/O ports are connected to switches and LEDs on the M3A-HS64G01. To use ports PH0 to PH3 as key input switches (4 switches x 4 inputs) via an A/D Converter (ADC), set the ports as analog input pins (AN0 to AN3). PJ16 and PJ17 can be used as the user setting switches input. PJ18 and PJ19 can be used as the user LED control output. Figure 3.10.1 shows the I/O ports block diagram. 3.3 V 3.3 V Expansion connector (CN3) AVcc SH7269 (U1) AVcc 4.7 k AN0 AN0 PH0/AN0 PJ18/DV_DATA18 1.5 k 1.5 k LED2 LED3 3.3 V 14 k 4.7 k 1.58 k PJ19/DV_DATA19 0 3.3 V AVcc AN1 AVcc 4.7 k 14 k 4.7 k 1.58 k AN1 PH1/AN1 4.7 k 1.58 k PJ17/DV_DATA17 6 PH2/AN2 AN3 14 k 5 AVcc AVcc 4.7 k PJ16/DV_DATA16 AVcc AN2 0 User DIP switches (SW6) PH3/AN3 AN2 0 Note: Pin names in red indicate the function used. AVcc 4.7 k 14 k 4.7 k 1.58 k AN3 0 3.3 V x 14.0 KR / (14.0 KR + 4.7 KR) = 2.47 V 3.3 V x 4.70 KR / (4.70 KR + 4.7 KR) = 1.65 V 3.3 V x 1.58 KR / (1.58 KR + 4.7 KR) = 0.83 V 3.3 V x 0.00 KR / (0.00 KR + 4.7 KR) = 0 V Figure 3.10.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 I/O Ports Block Diagram 3-34 SH7269 CPU Board R0K572690C000BR 3.11 3. M3A-HS64G01 Functions Clock Modules Provide following clocks with the SH7269 on the R0K572690C000BR. * * * * * * SH7269 input clock (X4): 13.33MHz SH7269 RTC clock (X5): 32.768kHz SH7269 audio clock (X8): 11.2896MHz SH7269 USB clock (X6): 48.00MHz SH7269 LCD clock (X1): Optional SH7269 digital video decoder clock (X2): 27.00MHz Figure 3.11.1 shows the clock module block diagram of the R0K572690C000BR and M3A-HS64G01. Expansion connectors (CN6, CN7) SH7269 (U1) Socket (X8) CLK 11.2896 MHz AUDIO_X1 NC AUDIO_XOUT 4 Clock buffer (U10) REF AUDIO_X2 CLK1 CLK2 CLK3 CLK4 CLKOUT 3.3 V CK1 CK2 CK3 CK4 D/A Converter 1 (U11) CK1 D/A Converter 2 (U12) DIP switches SW5-1 CK2 MD_CLK0 MCKI Audio codec (U6) CK3 (X2) CLK MCKI XTI VIDEO_X1 27 MHz NC VIDEO_X2 CK4 NC RTC_X1 32.768 kHz RTC_X2 (X5) Socket (X3) CLK SDRAM (U7) (X4) CLK EXTAL 13.33 MHz NC Socket (X6) CLK PLL CKIO CLK XTAL USB_X1 48 MHz USB_X2 48 MHz (X7) Socket (X1) CLK LCDs (J10 to J12) LCD_EXTCLK LCD_CLK DCLK : Optional Figure 3.11.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 R0K572690C000BR and M3A-HS64G01 Clock Module Block Diagram 3-35 SH7269 CPU Board R0K572690C000BR 3.12 3. M3A-HS64G01 Functions Reset Module A reset IC controls reset signals connected to the SH7269, flash memory and peripheral I/Os on the R0K572690C000BR and M3A-HS64G01. There are two system reset options; power-on reset, and reset by switch. Figure 3.12.1 shows the reset module block diagram. 38-pin H-UDI port connector (J3) RES# 3.3 V 3.3 V RNA50C27AUS (U20) 3.3 V VDD33 14-pin H-UDI port connector (J3) EN pin of the 1.25 V DC/DC U25 SWG RES# SH7269 (U1) VDD18 RESP# 330 k CREXT Expansion connector (CN9) U19 RESN# RES# D/A Converter 1 (U11: AK4353) PDN# + 0.1 F NOR flash memory (U4) SW2 RESET# Reset IC output delay time: td = 330 k x 0.1 F = 33 ms RS-232C driver (U15) SHDN# D/A Converter 2 (U12: AK4353) PDN# Audio codec (U6: AK4524) PDN# CD deck (J9) CDRST# Note: Pin names in red indicate the function used. : Optional Figure 3.12.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 Reset Module Block Diagram 3-36 SH7269 CPU Board R0K572690C000BR 3.13 3. M3A-HS64G01 Functions Power Supply Module A 12V power supply is input to the M3A-HS64G01, and the voltage regulator on the M3A-HS64G01 generates 8V voltage, and 5V voltage. 5V voltage is provided to the R0K572690C000BR, and the voltage regulator on the R0K572690C000BR generates 3.3 V and 1.25V. Figure 3.13.1 shows the power supply module block diagram. Figure 3.13.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 Power Supply Module Block Diagram 3-37 SH7269 CPU Board R0K572690C000BR 3. M3A-HS64G01 Functions This page is intentionally left blank R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 3-38 SH7269 CPU Board R0K572690C000BR 4. M3A-HS64G02 Functions 4. M3A-HS64G02 Functions 4.1 Overview of Functions The M3A-HS64G02 includes the function modules listed in the following table. Table 4.1.1 M3A-HS64G02 Function Modules Section Function Description 4.2 CPU SH7269 4.3 LCD Module Interface * LCD module interface Connects the SH7269 Video Display Controller 4 (VDC4) and LCD module connectors Includes flexible connectors for LCD module 4.4 Audio Module * Character LCD module with LED backlight * Connects the SH7269 and D/A Converter 96kHz 24-bit D/A Converter: 1 4.5 Video Signal Input Module * Connects the SH7269 Video Display Controller (VDC3) and a video decoder IC 4.6 SD Card Interface * Connects the SH7269 SD Host Interface (SDHI) and an SD card slot 4.7 UART Interface * Connects the SH7269 Serial Communication Interface with FIFO (SCIF) and a UART connector 4.8 CAN Interface * 4.9 IEBusTM Interface * 4.10 PWM Interface * 4.11 MTU2 Interface * Connects the SH7269 Multi Function Timer Pulse Unit 2 (MTU2) and a 20-pin MIL-spec connector 4.12 I/O Ports * Connect the SH7269 I/O ports, LEDs and DIP switches 4.13 Interrupt Switches * Connects the SH7269 IRQ2 pin, IRQ3 pin, and push-button switches 4.14 Clock Modules * Controls the system clock * Controls the peripheral I/O clock Connects the SH7269 Controller Area Network (RCAN-TL1) and a CAN connector Note: One CAN channel can be used on the R0K572690C000BR. Connects the SH7269 IEBus TM controller (IEB) and IEBusTM connector Connects the SH7269 Motor Control PWM Timer (PWM) and a 20-pin MIL spec connector Note: One PWM channel can be used on the R0K572690C000BR 4.15 Reset Module * Resets devices on the M3A-HS64G02 4.16 Power Supply Module * Controls the M3A-HS64G02 system power supply - Operating Specifications * Connectors, switches and LEDs Refer to Chapter 7 for details. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 4-1 SH7269 CPU Board R0K572690C000BR 4.2 4. M3A-HS64G02 Functions CPU 4.2.1 SH7269 Overview The R0K572690C000BR includes the SH7269, the 32-bit RISC MCU that operates with a maximum frequency of 266.67 MHz. 4.2.2 SH7269 Pin Functions Used on the M3A-HS64G02 Table 4.2.1 to Table 4.2.11 list the SH7269 pin functions used on the M3A-HS64G02. Table 4.2.1 SH7269 Pin Functions (1/11) No. Name Symbol RD# Description Expansion Connector Connected to NOR flash memory OE# pin CN6, pin 6 RD/WR# Connected to SDRAM WE# pin CN6, pin 7 WE0# Connected to NOR flash memory WE# pin CN6, pin 8 Remarks 1 PC1/RD# 2 PVcc 3 PC2/RD/WR#/SCK6 4 PC3/WE0#/DQMLL/RxD6 DQMLL Connected to SDRAM DQML pin 5 PC4/WE1#/WE#/DQMLU/TxD6 DQMLU Connected to SDRAM DQMU pin CN6, pin 9 6 PC5/RAS#/CRx0 / RAS# Connected to SDRAM RAS# pin - SW6-1: OFF CRx0/CRx1/CRx2/IRQ0 - - CN6, pin 14 SW6-1: ON 7 PVcc 8 PC6/CAS#/SCK7/CTx0/ CAS# Connected to SDRAM CAS# pin - SW6-1: OFF CTx0&CTx1&CTx2 - - CN6, pin 15 SW6-1: ON 9 Vss 10 PC7/CKE/RxD7/CRx1/ CKE Connected to SDRAM CKE pin - SW6-1: OFF CRx0/CRx1/IRQ1 - - CN6, pin 16 SW6-1: ON - SW6-1: OFF SW6-1: ON 11 12 Vcc PC8/CS3#/TxD7/CTx1/ CS3# Connected to SDRAM CS# pin CTx0&CTx1 - - CN6, pin 17 13 PB1/A1/TIOC0A A1 Address bus CN4, pin 28 14 PB2/A2/TIOC0B A2 Address bus CN4, pin 27 15 PB3/A3/TIOC0C A3 Address bus CN4, pin 26 CN11, pin A1 16 17 18 19 PJ14/DV_DATA14 / PWM2G PWM output LCD_DATA14/PINT6/ DV_DATA14 DV input PWM2G/TxD6 - - CN1, pin 4 PWM2H PWM output CN11, pin B1 PVcc PJ15/DV_DATA15/ LCD_DATA15/PINT7/ DV_DATA15 DV input PWM2H/TxD7 - Connected to the PWM connector (J5) CN1, pin 2 A4 Address bus CN4, pin 25 PJ16 Connected to SW6-5 as user input port 1 CN11, pin B13 PB4/A4/TIOC0D 21 Vcc PJ16/DV_DATA16/ LCD_DATA16/RSPCK0/ 23 TIOC0A/SIOFSCK DV_DATA16 DV input PJ17/DV_DATA17/ PJ17 Connected to SW6-6 as user input port 2 LCD_DATA17/SSL/00/ 24 TTL level Vss 20 22 TTL level TIOC0B/SIOFSYNC DV_DATA17 DV input PJ18/DV_DATA18/ PJ18 Connected to LED2 as user output port 1 DV_DATA18 DV input LCD_DATA18/MOSI0/ TIOC0C/SIOFTxD Legend: : 3.3V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 : 1.25V power supply, CN11, pin B12 CN11, pin B8 : GND 4-2 SH7269 CPU Board R0K572690C000BR Table 4.2.2 No. 4. M3A-HS64G02 Functions SH7 269 Pin Functions (2/11) Name Symbol Description Expansion Connector 25 PB5/A5/TIOC1A A5 Address bus CN4, pin 22 26 PB6/A6/TIOC1B A6 Address bus CN4, pin 21 27 PVcc A7 Address bus CN4, pin 20 A8 Address bus CN4, pin 19 28 PB7/A7/TIOC2A 29 Vss 30 PB8/A8/TIOC2B 31 Vcc 32 PB9/A9/TIOC3A A9 Address bus CN4, pin 18 33 PB10/A10/TIOC3B A10 Address bus CN4, pin 17 34 PB11/A11/TIOC3C A11 Address bus CN4, pin 14 35 PB12/A12/TIOC3D A12 Address bus CN4, pin 13 36 PJ19/DV_DATA19/ PJ19 Connected to LED3 as user output port 2 CN11, pin A12 TIOC0D/SIOFRxD/ DV_DATA19 DV input AUDIO_XOUT AUDIO_XOUT Connected to DAC (U10) MCKI pin LCD_DATA19/MISO0/ 37 38 PJ20/DV_DATA20/ - - CN7, pin 8 JP9: 1-2 LCD_DATA20/LCD_TCON3/ DV_DATA20 DV input CN11, pin B4 JP9: 2-3 IRQ0/CRx2/CRx0/CRx1/CRx2 CRx2 Connected to the CAN driver IC (U15) CN1, pin 17 A13 Address bus CN4, pin 12 QIO2_1 / SPBIO2_1 Connected to serial flash memory 2 IO2 pin Vss 40 PB13/A13/QIO2_1 / SPBIO2_1 42 43 Vcc PJ21/DV_DATA21 IRQ1 IRQ1 switch - JP8: 1-2 LCD_DATA21/LCD_TCON4/ DV_DATA21 DV input CN11, pin A14 JP8: 2-3 IRQ1/CTx2/CTx0&CTx1&CTx2 CTx2 Connected to the CAN driver IC (U15) CN1, pin 18 PJ22/DV_DATA22/ DV_DATA22 DV input CN11, pin B14 LCD_DATA22/LCD_TCON5/ LCD_TCON5 Connected to LCD module DE pin CN9, pin 24 IRQ2/CRx1/CRx0/CRx1 44 CN10, pin B17 PJ23/DV_DATA23/ DV_DATA23 DV input CN11, pin A15 LCD_DATA23/LCD_TCON6/ LCD_TCON6 Connected to the LCD module M_DISP pin CN1, pin 18 CN4, pin 11 IRQ3/CTx1/CTx0&CTx1 45 46 PB14/A14/QIO3_1 / SPBIO3_1 A14 Address bus QIO3_1 / SPBIO3_1 Connected to serial flash memory 2 IO3 pin PB15/A15/QIO2_0 / SPBIO2_0 A15 Address bus QIO2_0 / SPBIO2_0 Connected to serial flash memory 1 IO2 pin A16 Address bus QIO3_0 / SPBIO3_0 Connected to serial flash memory 1 IO3 pin 47 PVcc 48 PB16/A16/QIO3_0 / SPBIO3_0 49 Legend: CN7, pin 40 PVcc 39 41 Remarks CN10, pin B18 CN4, pin 10 CN4, pin 9 Vss : 3.3V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 : 1.25V power supply, : GND 4-3 SH7269 CPU Board R0K572690C000BR Table 4.2.3 SH7269 Pin Functions (3/11) No. 50 Name Symbol 52 53 Description PB17/A17/QSPCLK_0/ A17 Address bus RSPCK0 / SPBCLK QSPCLK_0/ Connected to serial flash memory 1 SCK pin RSPCK0 / SPBCLK 51 4. M3A-HS64G02 Functions Vcc PB18/A18/QSSL_0/SSL00 / SPBSSL A18 QSSL_0/ SSL00 / SPBSSL Expansion Connector Remarks CN4, pin 6 Address bus CN4, pin 5 JP4: Open Connected to serial flash memory 1 CS pin - JP4: 1-2 CN4, pin 4 PB19/A19/QMO_0/QIO0_0/ A19 Address bus MOSI0 / SPBMO_0/SPBIO0_0 QMO_0/QIO0 _0/ Connected to serial flash memory 1 SI pin MOSI0 / SPBMO_0/SP BIO0_0 54 PB20/A20/QMI_0/QIO1_0/ A20 Address bus MISO0 / SPBMI_0/SPBIO1_ QMI_0/QIO1_ 0/ Connected to serial flash memory 1 SO pin CN4, pin 3 MISO0 / SPBMI_0/SPB IO1_ 55 Vss 56 PB21/A21/CRx2/IERxD 57 Vcc 58 PB22/A22/CTx2/IETxD/CS4# 59 PC0/CS0#/MD_BOOT2 MD_BOOT2 Connected to SW5-4 as boot mode input 2 CKIO Connected to SDRAM CLK pin CN6, pin 20 MD_BOOT0 Connected to SW5-2 as boot mode input 0 CN1, pin 10 RES#: low RES#: low 60 PVcc 61 CKIO 62 Vss 63 PA0/MD_BOOT0 A21 Address bus CN4, pin 2 A22 Address bus CN4, pin 1 CS0# Connected to NOR flash memory CE# pin CN6, pin 5 JP5: 1-2 JP5: 2-3 64 Vcc 65 PA1/MD_BOOT1 MD_BOOT1 Connected to SW5-3 as boot mode input 1 CN1, pin 9 PJ28/SSISCK5/TIOC1B/ - - CN7, pin 22 - - CN7, pin 24 SW6-4: ON IERxD Connected to the IEBus driver IC CN1, pin 19 SW6-4: OFF - - CN7, pin 23 SW6-4: ON IETxD Connected to the IEBus driver IC CN1, pin 20 SW6-4: OFF DV input CN11, pin B16 Connected to the Video decoder IC CLK_27MO pin CN7, pin 27 66 RTS7# 67 PJ29/SSIWS5/TIOC2A/ IERxD 68 PJ30/SSIDATA5/TIOC2B/ IETxD 69 Legend: PJ31/DV_CLK : 3.3V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 DV_CLK : 1.25V power supply, : GND 4-4 SH7269 CPU Board R0K572690C000BR Table 4.2.4 SH7269 Pin Functions (4/11) No. 70 4. M3A-HS64G02 Functions Name PE0/SCL0/TCLKA/ Symbol SCL0 LCD_EXTCLK Description Connected to the External IIC connector (J3) Expansion Connector Remarks CN7, pin 5 Connected to the Video decoder IC SCL pin 71 PE1/SDA0/TCLKB/ SDA0 AUDIO_CLK/DV_CLK Connected to the External IIC connector (J3) CN7, pin 8 Connected to the Video decoder IC SDA pin 72 73 74 PE2/SCL1/TCLKC/IOIS16 #/ SCL1 Connected to EEPROM SCL pin DV_VSYNC PE2 Connected to IRQ2 switch PE3/SDA1/TCLKD/ADTR G#/DV_HSYNC SDA1 Connected to EEPROM SDA pin PE3 Connected to IRQ3 switch DV_VSYNC DV input CN11, pin A17 Connected to the Video decoder IC VSYNC pin CN7, pin 9 PE4/SCL2/RxD4/ Connected to DAC SCL/CCLK pin PE5/SDA2/RxD5/ DV_HSYNC DV_HSYNC 76 JP1: 1-2 JP2: 2-3 CN7, pin 10 Connected to DAC SDA/CDTI pin DV_VSYNC 75 CN7, pin 7 JP2: 1-2 JP2: 2-3 DV input CN11, pin B17 Connected to the Video decoder IC HSYNC pin CN7, pin 12 PE6/SCL3/RxD6 PE6 Connected to the character LCD RS pin CN6, pin 12 77 PE7/SDA3/RxD7 PE7 Connected to the character LCD E pin CN6, pin 13 78 PVcc NMI Non-maskable interrupt - ASEMD# ASE mode select - H-UDI 13.33MHz 79 NMI 80 Vss 81 ASEMD# 82 Vcc 83 PLLVcc 84 EXTAL EXTAL Connects the system external clock to MCU - 85 XTAL XTAL Open - 86 PLLVss 87 PLLVss 88 RES# RES# Reset input CN7, pin 6 89 RTC_X1 RTC_X1 - 90 RTC_X2 RTC_X2 Connects the real time clock resonator to MCU 91 USBDPVcc 92 USBDPVss 93 DM DM USB differential D- data - 94 DP DP USB differential D+ data - 95 VBUS VBUS VBUS input - 96 USBDVcc 97 USBDVss 98 REFRIN REFRIN Reference input - 99 USBAVss 100 USBAPVcc 101 USBAVcc 102 USBAVss 103 USBUVcc Legend: : 3.3V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 : 1.25V power supply, 32.768 kHz - Connects a 5.6 k1% resistor : GND 4-5 SH7269 CPU Board R0K572690C000BR Table 4.2.5 4. M3A-HS64G02 Functions SH7269 Pin Functions (5/11) No. Name Symbol Description Expansion Connector 104 USBUVss 105 USB_X1 USB_X1 Connects the USB external clock to MCU - 106 USB_X2 USB_X2 Open - 107 PVcc 108 VIDEO_X1 VIDEO_X1 Connects the digital video decoder external clock to MCU - 109 VIDEO_X2 VIDEO_X2 Open - 110 Vss 111 DVAVcc 112 DVAVss 113 VIN1 VIN1 Analog video signal input CN10, pin A19 114 VIN2 VIN2 Analog video signal input CN10, pin B20 115 VRT VRT Top reference voltage - 116 VRB VRB Bottom reference voltage - 117 BIAS BIAS Reference voltage - 118 PH0/AN0/PINT0 - - CN3, pin 4 119 PH1/AN1/PINT1 - - CN3, pin 3 120 PH2/AN2/PINT2 - - CN3, pin 8 121 PH3/AN3/PINT3 - - CN3, pin 7 122 PH4/AN4/PINT4 - - CN3, pin 12 123 PH5/AN5/PINT5/ - - Remarks 48 MHz 27 MHz Connects a 24 k1% resistor CN11, pin B18 CN3, pin 11 CN11, pin A19 LCD_EXTCLK 124 AVss 125 PH6/AN6/PINT6 - CN3, pin 16 - CN11, pin B19 126 AVcc 127 PH7/AN7/PINT7 128 AVref 129 TRST# TRST# Initialization signal input pin - H-UDI 130 ASEBRKAK#/ASEBRK# ASEBRKA K# Break mode acknowledge - H-UDI ASEBRK# Break request 131 TDO TDO Test data output - H-UDI 132 TDI TDI Test data input - H-UDI 133 TMS TMS Test mode select - H-UDI 134 TCK TCK Test clock - H-UDI 135 Vss 136 PG0/D16/LCD_DATA0/ LCD_DATA 0 Connected to LCD module D0 pin CN9, pin 2 B0 - CN3, pin 15 - CN11, pin A20 IRQ0/TIOC0A CN10, pin A1 137 Vcc 138 PG1/D17/LCD_DATA1/ IRQ1/TIOC0B LDC_DATA 1 Connected to LCD module D1 pin CN9, pin 1 B1 CN10, pin B1 139 Vss 140 PG2/D18/LCD_DATA2/ IRQ2/TIOC0C LCD_DATA 2 Connected to LCD module D2 pin CN9, pin 4 B2 CN10, pin A2 Legend: : 3.3V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 : 1.25V power supply, : GND 4-6 SH7269 CPU Board R0K572690C000BR Table 4.2.6 4. M3A-HS64G02 Functions SH7269 Pin Functions (6/11) No. Name Symbol Description Expansion Connector Remarks 141 PVcc 142 AUDIO_X2 AUDIO_X2 Open - 143 AUDIO_X1 AUDIO_X1 Connects the audio external clock to MCU - 11.2896 MHz LCD_DATA3 Connected to LCD module D3 pin CN9, pin 3 B3 144 Vss 145 PG3/D19/LCD_DATA3/ IRQ3/TIOC0D 146 Vcc 147 PG4/D20/LCD_DATA4/ CN10, pin B2 LCD_DATA4 Connected to LCD module D4 pin IRQ4/TIOC1A 148 PG5/D21/LCD_DATA5/ PG6/D22/LCD_DATA6/ LCD_DATA5 Connected to LCD module D5 pin PG7/D23/LCD_DATA7/ LCD_DATA6 Connected to LCD module D6 pin PJ0/DV_DATA0/ LCD_DATA7 Connected to LCD module D7 pin PJ0 Connected to the character LCD DB7 pin SD_CD_1 Connected to the SD card slot CD pin 153 PJ1/DV_DATA1/ 154 Vss 155 PG8/D24/LCD_DATA8/ SW6-3: OFF CN7, pin 17 SW6-3: ON PJ1 Connected to the character LCD DB6 pin CN7, pin 16 SW6-3: OFF SD_WP_1 Connected to the SD card slot WP pin LCD_DATA8 DV input CN11, pin B6 Connected to the Video decoder IC D1 pin CN7, pin 20 SW6-3: ON Connected to LCD module D8 pin CN 9, pin 12 G0 PINT0/TIOC3A CN 10, pin A6 Vcc PJ2/DV_DATA2/ PJ2 Connected to the character LCD DB5 pin SD_D1_1 Connected to the SD card slot DAT1 pin LCD_DATA2/SD_D1_1/ PWM1C PJ3/DV_DATA3/ : 3.3V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 SW6-3: OFF DV input CN11, pin A10 CN7, pin 19 SW6-3: ON PJ3 Connected to the character LCD DB4 pin CN7, pin 14 SW6-3: OFF SD_D0_1 Connected to the SD card slot DAT0 pin DV_DATA3 DV input CN11, pin B9 Connected to the Video decoder IC D3 pin CN7, pin 22 LCD_DATA3/SD_D0_1 PWM1D CN7, pin 13 Connected to the Video decoder IC D2 pin DV_DATA 2 Legend: CN7, pin 15 CN11, pin A6 DV_DATA1 158 B7 PVcc PWM1B 157 CN9, pin 9 DV input LCD_DATA1/SD_WP_1/ 156 B6 Connected to the Video decoder IC D0 pin DV_DATA0 152 CN9, pin 7 CN10, pin B4 LCD_DATA0/SD_CD_1/ PWM1A B5 CN10, pin B4 IRQ7/TIOC2B 151 CN9, pin 8 CN10, pin A4 IRQ6/TIOC2A 150 B4 CN10, pin B3 IRQ5/TIOC1B 149 CN9, pin 6 : 1.25V power supply, SW6-3: ON : GND 4-7 SH7269 CPU Board R0K572690C000BR Table 4.2.7 SH7269 Pin Functions (7/11) No. 159 Name PJ4/DV_DATA4/ Symbol PJ4 PWM1E PG9/D25/LCD_DATA9/ Description Connected to the character LCD DB3 pin LCD_DATA4/SD_CLK_1/ 160 4. M3A-HS64G02 Functions PG10/D26/LCD_DATA10/ PVcc 163 PG11/D27/LCD_DATA11/ Connected to the SD card slot CLK pin DV input CN11, pin A9 Connected to the Video decoder IC D4 pin CN7, pin 24 SW6-3: ON Connected to LCD module D9 pin CN9, pin 11 G1 LCD_DATA9 CN10, pin B6 LCD_DATA10 Connected to LCD module D10 pin Vss 165 PG12/D28/LCD_DATA12/ LCD_DATA11 Connected to LCD module D11 pin Vcc 167 PG13/D29/LCD_DATA13/ LCD_DATA12 Connected to LCD module D12 pin PG14/D30/LCD_DATA14/ LCD_DATA13 Connected to LCD module D13 pin PG15/D31/LCD_DATA15/ LCD_DATA14 Connected to LCD module D14 pin PG16/WE2#/ICIORD#/ LCD_DATA15 Connected to LCD module D15 pin AUDATA0 LCD_DATA16 Connected to LCD module D16 pin PJ5/DV_DATA5/ PJ5 Connected to the character LCD DB2 pin SD_CMD_1 Connected to the SD card slot CMD pin LCD_DATA5/SD_CMD_1/ 173 CN9, pin 20 G7 CN10, pin A11 AUD R0 CN7, pin 4 SW6-3: OFF CN7,pin 23 SW6-3: ON PJ6/DV_DATA6/ PJ6 Connected to the character LCD DB1 pin CN7, pin 1 SW6-3: OFF SD_D3_1 Connected to the SD card slot DAT3 pin DV input CN11, pin B7 Connected to the Video decoder IC D6 pin CN7, pin 25 SW6-3: ON AUDATA1 Connected to the H-UDI port connector (J3) CN10, pin B11 AUD LCD_DATA17 Connected to LCD module D17 pin Vss PG17/WE3#/ICIOWR#/ AH#/DQMUU/ LCD_DATA17/AUDATA1 Legend: G6 CN11, pin A7 DV_DATA6 176 CN9, pin 17 PVcc PWM1G 175 G5 DV input LCD_DATA6/SD_D3_1/ 174 CN9, pin 18 Connected to the Video decoder IC D5 pin DV_DATA5 172 Connected to the H-UDI port connector (J3) AUDATA0 PWM1F G4 CN10, pin A10 DQMUL/LCD_DATA16/ 171 CN9, pin 16 CN10, pin B9 PINT7 170 G3 CN10, pin A9 PINT6 169 CN9, pin 13 CN10, pin B8 PINT5 168 G2 CN10, pin B7 PINT4 166 CN9, pin 14 CN10, pin A7 PINT3/TIOC3D 164 SW6-3: OFF SD_CLK_1 PINT2/TIOC3C 162 CN7, pin 3 Remarks DV_DATA4 PINT1/TIOC3B 161 Expansion Connector R1 Vcc : 3.3V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 : 1.25V power supply, : GND 4-8 SH7269 CPU Board R0K572690C000BR Table 4.2.8 SH7269 Pin Functions (8/11) No. 177 4. M3A-HS64G02 Functions Name Symbol PJ7/DV_DATA7/ PJ7 Connected to the character LCD DB0 pin SD_D2_1 Connected to the SD card slot DAT2 pin DV_DATA7 DV input LCD_DATA7/SD_D2_1/ PWM1H Description Expansion Connector Remarks CN7, pin 2 SW6-3: OFF CN11, pin A5 178 179 180 Connected to the Video decoder IC D7 pin CN7, pin 28 SW6-3: ON TTL level PJ8/DV_DATA8/ PWM2A PWM output CN11, LCD_DATA8/PINT0/ DV_DATA8 DV input pin A4 PWM2A/CTS5# - - CN1, pin 12 PJ9/DV_DATA9/ PWM2B PWM output CN11, LCD_DATA9/PINT1/ DV_DATA9 DV input pin B3 PWM2B/RTS5# - - CN1, pin 5 PG18/DV_DATA4/ LCD_DATA18 Connected to LCD module D18 pin CN10, Connected to LCD module D19 pin CN10, Connected to LCD module D20 pin CN10, Connected to the H-UDI port connector (J3) CN10, LCD_DATA18/SPDIF_IN/ TTL level R2 pin A12 SCK4 181 PG19/DV_DATA5/ LCD_DATA19 LCD_DATA19/SPDIF_OUT/ R3 pin B12 SCK5 182 PVcc 183 PG20/DV_DATA6/ LCD_DATA20 LCD_DATA20/LCD_TCON3/ R4 pin B13 RxD4 184 Vss 185 PG21/DV_DATA7/ AUDATA2 LCD_DATA21/LCD_TCON4/TxD4/AUDATA2 186 Vcc 187 PG22/LCD_DATA22/ LCD_DATA21 Connected to LCD module D21 pin AUDSYNC# Connected to the H-UDI port connector (J3) LCD_TCON5/RxD5/ AUDSYNC# 188 PG23//LCD_DATA23/ 189 PG24/LCD_CLK R5 CN10, AUD pin B14 LCD_DATA22 Connected to LCD module D22 pin RxD5 Connected to the UART connector (J10) CN1, pin 15 TTL level AUDATA3 Connected to the H-UDI port connector (J3) CN10, AUD LCD_TCON6/TxD5/ AUDATA3 AUD pin A14 R6 pin A15 LCD_DATA23 Connected to LCD module D23 pin R7 TxD5 Connected to the UART connector (J10) CN1, pin 14 LCD_CLK Connected to LCD module CLK pin CN9, pin 23 TTL level CN10, pin A16 190 PG25/LCD_TCON0 LCD_TCON0 Connected to LCD module VSYNC pin CN9, pin 19 CN10, pin B16 191 PG26/LCD_TCON1 LCD_TCON1 Connected to LCD module HSYNC pin CN9, pin 21 CN10, pin A17 Legend: : 3.3V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 : 1.25V power supply, : GND 4-9 SH7269 CPU Board R0K572690C000BR Table 4.2.9 4. M3A-HS64G02 Functions SH7269 Pin Functions (9/11) No. Name 192 PG27/LCD_TCON2/ Symbol Connects LCD module external clock to MCU CN9, pin 26 AUDCK Connected to the H-UDI port connector (J3) CN7, pin 30 TIOC4A/DREQ0/ QSPCLK_1/ AUDCK RSPCK1 Connected to serial flash memory 2 SCK pin PF0/BREQ#0/ QSPCLK_1/RSPCK1/ 194 195 TIOC4A Connected to the MTU2 connector (J16) CN9, pin 28 QSSL_1/ SSL10 Connected to serial flash memory 2 CS# pin CN5, pin 20 QMO_1/QIO0_1 /MOSI1/ SPBMO_1SPBIO0_1 Connected to serial flash memory 2 SI pin CN7, pin 31 - - TIOC4C Connected to the MTU2 connector (J16) CN9, pin 30 QMI_1/QIO1_1 /MISO1/ SPBMI_1SPBIO1_1 Connected to serial flash memory 2 SO pin CN7, pin 33 SPBMI_1/SPBIO1_1 TIOC4D Connected to the MTU2 connector (J16) PF4/CS5#/CE1A#/ SGOUT_0 SSISCK0/SGOUT_0 SSISCK0 PF1/BACK#/QSSL_1/ 196 Vss 197 PF2/WAIT#/QMO_1/ QIO0_1/MOSI1/TIOC4C/ TEND0/SPBIO0_1 PF3/CS2#/QMI_1/ QIO1_1/MISO1/ TIOC4D/AUDIO_XOUT / 199 200 PF5/SSIWS0/SGOUT_1 202 AUD SGOUT_2 SGOUT_2 SSITxD0 PF7/SSIRxD0/RxD0/ SGOUT_3 SGOUT_3/CTS1# PF7 Connected to the DAC PDN# pin Address bus PF8/A23/TxD0 A23 204 PF9/BS#/DV_DATA0/ PF9 0 resistor CN7, pin 35 0 resistor CN7, pin 37 0 resistor CN7, pin 38 0 resistor Connected to the DAC LRCK pin PF6/CE2A#/SSITxD0/ 203 CN7, pin 36 Connected to the DAC BICK pin SGOUT_1 SSIWS0 201 Remarks PVcc SSL10/TIOC4B/DACK0 198 Expansion Connector LCD_EXTCLK LCD_EXTCLK 193 Description Connected to the DAC SDTI pin CN5, pin 19 CN5, pin 18 SCK0/MMC_D4/RTS1# 205 206 PVcc PF10/CS1#/SSISCK1/ - - CN7, pin 17 SW6-3: OFF - - CN7, pin 20 SW6-3: OFF - - CN7, pin 19 SW6-3: OFF DV_DATA1/SCK1/MMC_D5 207 208 Vss PF11/SSIWS1/DV_DATA2/ RxD1/MMC_D6 209 PF12/SSIDATA1/ DV_DATA3/TxD1/MMC_D7 210 PF13/A24/SSISCK2/SCK2 A24 Address bus CN5, pin 17 211 PF14/A25/SSIWS2/RxD2 RxD2 Connected to the RS232C connector (J10) CN5, pin 16 Legend: : 3.3V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 : 1.25V power supply, : GND 4-10 SH7269 CPU Board R0K572690C000BR Table 4.2.10 SH7269 Pin Functions (10/11) No. 212 Name PF15/A0/SSIDATA2/ Symbol 214 PJ10/DV_DATA10/ PWM2C PWM output CN11, pin A2 LCD_DATA10/PINT2/ DV_DATA10 DV input - - CN1, pin 13 Connected to SD/MMC card slot CD pin CN5, pin 13 SW6-2: ON FCE# Connected to NAND flash memory CE# pin CN5, pin 12 SW6-2: OFF SD_WP_0 Connected to SD/MMC card slot WP pin CN5, pin 11 SW6-2: ON FRB Connected to NAND flash memory R/B# pin CN5, pin 10 SW6-2: OFF PVcc Vss 216 PF16/SD_CD_0/FCE#/ SD_CD_0 IRQ4/MMC_CD MMC_CD 219 220 221 222 223 PF17/SD_WP_0/FRB/IRQ5 PF18/SD_D1_0/SSISCK3/ SD_D1_0/ MMC_D1 Connected to SD/MMC card slot DAT1 pin CN5, pin 8 IRQ6/MMC_D1 PJ11/DV_DATA11/ PWM2D PWM output CN1, pin B2 LCD_DATA11/PINT3/ DV_DATA11 DV input PWM2D/SCK6 - - CN1, pin 1 PJ12/DV_DATA12/ PWM2E PWM output CN11, LCD_DATA12/PINT4/ DV_DATA12 DV input pin B11 PWM2E/SCK7 - - CN9, pin 27 PJ13/DV_DATA13/ PWM2F PWM output CN11, LCD_DATA13/PINT5/ DV_DATA13 DV input pin A11 PWM2F/TxD5 - - CN7, pin 32 PF19/SD_D0_0/SSIWS3/ SD_D0_0 MMC_D0 Connected to SD/MMC card slot DAT0 pin CN5, pin 7 IRQ7/MMC_D0 Connected to SD/MMC card slot CLK pin CN5, pin 5 Connected to SD/MMC card slot CMD pin CN5, pin 4 Connected to SD/MMC card slot DAT3 pin CN5, pin 3 Vss 225 PF20/SD_CLK_0/ SD_CLK_0/ SSIDATA3/MMC_CLK MMC_CLK 227 228 PF21/SD_CMD_0/SCK3/ SD_CMD_0/ MMC_CMD MMC_CMD PF22/SD_3_0/RxD3/ SD_D3_0/ MMC_D3 PF23/SD_D2_0/TxD3/ SD_D2_0/ MMC_D2 Connected to SD/MMC card slot DAT2 pin CN5, pin 2 MMC_D2 230 PD0/D0/PWM1A D0 Data bus CN8, pin 1 231 PVcc - - CN7, pin 25 232 PJ24/SGOUT_0/SSISCK4/ LCD_TCON3/SPDIF_IN/SC K7 233 Vss 234 PD1/D1/PWM1B D1 Data bus CN8, pin 3 235 PD2/D2/PWM1C D2 Data bus CN8, pin 6 236 PD3/D3/PWM1D D3 Data bus Legend: TTL level TTL level TTL level Vcc MMC_D3 229 TTL level PVcc 224 226 Remarks CN5, pin 15 215 218 Expansion Connector Connected to the RS-232C connector (J10) PWM2C/SCK5# 217 Description TxD2 WDTOVF#/TxD2/UBCTRG # 213 4. M3A-HS64G02 Functions : 3.3V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 : 1.25V power supply, SW6-3: OFF CN8, pin 8 : GND 4-11 SH7269 CPU Board R0K572690C000BR Table 4.2.11 SH7269 Pin Functions (11/11) No. 237 4. M3A-HS64G02 Functions Name PJ25/SGOUT_1/SSIWS4/ Symbol Description Expansion Connector - - CN7, pin 28 - - CN7, pin 27 TIOC1A Connected to the MCU2 connector (J16) CN9, pin 29 Remarks SW6-3: OFF LCD_TCON4/SPDIF_OUT/ RxD7 238 PJ26/SGOUT_2/SSIDATA4/ LCD_TCON5/TxD7 239 PJ27/SGOUT_3/TIOC1A/ CTS7# 240 PVcc 241 Vss 242 PD4/D4/FRE#/PWM1E D4/FRE# Connected to the data bus and NAND flash memory RE# pin CN8, pin 11 Auto-switch 243 PD5/D5/FCLE/PWM1F D5/FCLE Connected to the data bus and NAND flash memory CLE pin CN8, pin 13 Auto-switch 244 PD6/D6/FALE/PWM1G D6/FALE Connected to the data bus and NAND flash memory ALE pin CN8, pin 16 Auto-switch 245 PD7/D7/FWE#/PWM1H D7/FWE# Connected to the data bus and NAND flash memory WE# pin CN8, pin 18 Auto-switch 246 PD8/D8/NAF0/PWM2A D8/NAF0 Data bus CN8, pin 2 247 PD9/D9/NAF1/PWM2B D9/NAF1 Data bus CN8, pin 4 248 PD10/D10/NAF2/PWM2C D10/NAF2 Data bus CN8, pin 7 249 PD11/D11/NAF3/PWM2D D11/NAF3 Data bus CN8, pin 9 250 PVcc 251 PD12/D12/NAF4/PWM2E D12/NAF4 Data bus CN8, pin 12 252 Vss 253 PD13/D13/NAF5/PWM2F D13/NAF5 Data bus CN8, pin 14 254 PD14/D14/NAF6/PWM2G D14/NAF6 Data bus CN8, pin 17 255 PD15/D15/NAF7/PWM2H D15/NAF7 Data bus CN8, pin 19 256 MD_CLK0 MD_CLK0 Connected to SW5-1 as the clock mode input - Legend: : 3.3V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 : 1.25V power supply, RES#: low : GND 4-12 SH7269 CPU Board R0K572690C000BR 4.2.3 4. M3A-HS64G02 Functions M3A-HS64G02 Module Availability The following table shows which combination of modules can/cannot be used. M3A-HS64G02 Module Availability R0K572690C000BR+M3A-HS64G02 R0K572690C000BR BSC U6 NOR flash memory Y Y Y N (1) Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y BSC U9 SDRAM Y Y Y Y (1) Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y FLCTL U7 NAND flash memory Y Y Y Y Y Y (2) Y Y Y Y Y Y Y Y Y Y Y Y Y Y IIC3 U8 EEPROM Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y RSPI U10 Serial flash memory 1 Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y N Y Y Y (1) (1) Y Y Y Y Y Y N Y Y Y Y Y Y Y Y Y Y Y Y RSPI U10 Serial flash memory 2 USB J1, J2 USB Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y SDHI/MMC J11 SD/MMC card Y Y (2) Y Y Y Y (3) Y Y Y Y Y Y Y Y Y Y Y Y H-UDI J7 H-UDI (14-pin) Y Y Y Y Y Y Y Y Y Y Y Y Y N Y Y Y Y Y N H-UDI, AUD J3 H-UDI (38-pin) Y Y Y Y Y N Y Y (3) I/O ports LED2, LED3 LED Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y (6) Y Y Y Y Y INTC SW3 NMI switch Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y INTC SW4 IRQ1 switch Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y (5) Y Y Y Y Y I/O ports SW5, SW6 DIP switches Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y (7) Y Y Y Y Y SCIF J10 RS-232C Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y (4) Y Y Y Y Y VDC4 CN10 LCD Y Y Y Y Y Y Y Y Y N Y Y Y Y Y (8) N N N Y VDC4 CN11 DV Y Y Y Y Y Y Y Y Y Y (6) Y (5) (7) Y (4) Y Y Y Y PWM CN11 PWM Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y (8) (9) Y Y I/O ports J1 Character LCD Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y N Y SDHI J4 SD card Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y N Y (9) Y Y SSIF, IIC3 U10 D/A Converter Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y N Y Y Y Y SCIF J2 UART Y Y Y Y Y Y Y Y Y N Y Y Y Y Y Y Y Y Y Y Y IIC3 J3 IIC Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y VDC4 J10 to J12 LCD Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y N Y Y Y Y Y IEBus J13 Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y IEBusTM RCAN J14 CAN0 - - - - - - - - - - - - - - - - - - - - - - RCAN J15 CAN1 Y Y Y Y Y Y Y Y Y Y Y Y (16) Y Y Y (13) Y Y Y Y Y I/O ports SW4 to SW19 Key input switches Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y INTC SW1 IRQ2 switch Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y (14) Y INTC SW2 IRQ3 switch Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y (14) Y PWM J5 PWM Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y (12) (9) (9) Y VDC4 U11 Video decoder Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y N Y (11) (11) Y Y MTU2 LED1 to LED14 MTU2 Y Y Y Y Y (10) Y Y Y N Y Y Y Y Y Y Y Y Y Y Y Y Y: Yes, N: No, -: N/A Notes: 1. When using a serial flash memory with NOR flash memory or SDRAM, quad mode cannot be used. 2. PF16 and PF17 are multiplexed pins. When setting SW6-2 on the R0K572690C000BR, either SD/MMC card or NAND flash memory can be used. 3. Either 14-pin or 38-pin H-UDI port connector can be used. 4. PJ22 and PJ23 are multiplexed pins. Either LCD or DV can be used. 5. PJ21 is a multiplexed pin. Either IRQ1 switch or DV can be used. 6. PJ19 and PJ18 are multiplexed pins. Either LED or DV can be used. 7. PJ17 and PJ16 are multiplexed pins. Either DIP switches or DV can be used. 8. PJ15 to PJ8 are multiplexed pins. Either DV or PWM can be used. 9. Change JP3 setting on the M3A-HS64G02 to use either the characet LCD or SD card. 10. PF0, PF2, PF3 are multiplexed pins. Either MTU2 or serial flash memory 2 can be used. 11. PJ0 to PJ7 are multiplexed pins. When setting SW6-3 on the R0K572690C000BR, either one of modules can be used. 12. PJ0 to PJ7 are multiplexed pins. Either Characer LCD or PWM can be used. 13. PJ20 and PJ21are multiplexed pins. Either CAN1 or DV can be used. 14. Change JP1, JP2 settings on the M3A-HS64G02 to use either IRQ2 or IRQ3 switch. 15: PF0 pin is connected to MTU2 and LCD. 16. Change JP8 setting on the R0K572690C000BR to use either CAN1 or IRQ1 switch. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y N Y Y Y Y Y Y Y Y Y - - Y Y Y Y Y Y Y Y Y Y Y Y Y (15) Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y - Y Y Y Y Y Y Y MTU2 Video decoder PWM IRQ3 switch IRQ2 switch Key input switches CAN1 CAN0 IEBus TM Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y LCD IIC D/A Converter SD card Character LCD PWM DV LCD RS-232C DIP switches R0K572690C000BR+M3A-HS64G02 IRQ1 switch NMI switch LED H-UDI (38-pin) H-UDI (14-pin) SD/MMC card USB Serial flash memory 2 Serial flash memory 1 EEPROM Module Name NAND flash memory Component No. SDRAM SH7269 Peripherals NOR flash memory R0K572690C000BR UART Table 4.2.12 - Y Y Y Y Y Y Y - Y Y Y Y Y Y Y - Y Y Y Y Y Y Y - Y Y Y Y Y Y Y - Y Y Y Y Y Y Y - Y Y Y Y Y Y (10) - Y Y Y Y Y Y Y - Y Y Y Y Y Y Y - Y Y Y Y Y Y Y - Y Y Y Y Y Y N - Y Y Y Y Y Y Y - Y Y Y Y Y Y Y - (16) Y Y Y Y Y Y - Y Y Y Y Y Y Y - Y Y Y Y Y Y Y - Y Y Y Y Y Y Y - (13) Y Y Y Y N Y - Y Y Y Y Y Y Y - Y Y Y Y (12) (11) Y - Y Y Y Y (9) (11) Y - Y Y (14) (14) (9) Y Y - Y Y Y Y Y Y Y - Y Y Y Y Y Y Y - Y Y Y Y Y Y (15) - Y Y Y Y Y Y Y - - - - - - - - Y Y Y Y Y Y - Y Y Y Y Y Y - Y Y Y Y Y Y - Y Y Y Y Y Y (11) Y - Y Y Y Y - Y Y Y Y (11) Y - Y Y Y Y Y Y 4-13 SH7269 CPU Board R0K572690C000BR 4.2.4 4. M3A-HS64G02 Functions SH7269 Multiplexed Pins Used on the M3A-HS64G02 Table 4.2.13 to Table 4.2.31 list the SH7269 multiplexed pin functions used on the M3A-HS64G02. These multiplexed pins are set as port input pins by default. Set the MD bit in the Port control register to use the SH7269 peripheral functions (except I/O ports). Table 4.2.13 SH7269 Multiplexed Pin Functions (BSC1) Peripheral Function BSC Pin Name SH7269 Port Control Register Register Name SH7269 Multiplexed Pin Name MD Bit Setting (1) CS0# CS3# RD# WE0#/DQMLL WE1#/WE#/DQMLU RAS# CAS# CKE RD/WR# A24 A23 A22 A21 A20 PCCR0 PCCR2 PCCR0 PCCR0 PCCR1 PCCR1 PCCR1 PCCR1 PCCR0 PFCR3 PFCR2 PBCR5 PBCR5 PBCR5 PC0MD = B'1 PC8MD[2:0] = B'001 (1) PC1MD = B'1 PC3MD[1:0] = B'01 PC4MD[1:0] = B'01 PC5MD[2:0] = B'001 PC6MD[2:0] = B'001 PC7MD[2:0] = B'001 PC2MD[1:0] = B'01 PF13MD[2:0] = B'001 PF8MD[2:0] = B'001 PB22MD[2:0] = B'001 PB21MD[1:0] = B'01 (1) PB20MD[2:0] = B'001 A19 PBCR4 PB19MD[2:0] = B'001 A18 A17 A16 A15 A14 A13 A12 A11 A10 A9 A8 A7 A6 A5 A4 A3 A2 A1 D15 D14 D13 D12 D11 D10 D9 D8 D7 D6 PBCR4 PBCR4 PBCR4 PBCR3 PBCR3 PBCR3 PBCR3 PBCR2 PBCR2 PBCR2 PBCR2 PBCR1 PBCR1 PBCR1 PBCR1 PBCR0 PBCR0 PBCR0 PDCR3 PDCR3 PDCR3 PDCR3 PDCR2 PDCR2 PDCR2 PDCR2 PDCR1 PDCR1 PB18MD[2:0] = B'001 (1) PB17MD[2:0] = B'001 (1) PB16MD[2:0] = B'001 (1) PB15MD[2:0] = B'001 (1) PB14MD[2:0] = B'001 (1) PB13MD[2:0] = B'001 (1) PB12MD[1:0] = B'01 (1) PB11MD[1:0] = B'01 (1) PB10MD[1:0] = B'01 (1) PB9MD[1:0] = B'01 (1) PB8MD[1:0] = B'01 (1) PB7MD[1:0] = B'01 (1) PB6MD[1:0] = B'01 (1) PB5MD[1:0] = B'01 (1) PB4MD[1:0] = B'01 (1) PB3MD[1:0] = B'01 (1) PB2MD[1:0] = B'01 (1) PB1MD[1:0] = B'01 (1) PD15MD[1:0] = B'01 (1) PD14MD[1:0] = B'01 (1) PD13MD[1:0] = B'01 (1) PD12MD[1:0] = B'01 (1) PD11MD[1:0] = B'01 (1) PD10MD[1:0] = B'01 (1) PD9MD[1:0] = B'01 (1) PD8MD[1:0] = B'01 (1) PD7MD[1:0] = B'01 (1) PD6MD[1:0] = B'01 (1) (1) PC0/CS0#/MD_BOOT2 PC8/CS3#/TxD7/CTx1/CTx0&CTx1 PC1/RD# PC3/WE0#/DQMLL/RxD6 PC4/WE1#/DQMLU/TxD6 PC5/RAS#/CRx0/CRx0/CRx1/CRx2/IRQ0 PC6/CAS#/SCK7/CTx0/CTx0&CTx1&CTx2 PC7/CKE/RxD7/CRx1/CRx0/CRx1/IRQ1 PC2/RD/WR#/SCK6 PF13/A24/SSISCK2/SCK2 PF8/A23/TxD0 PB22/A22/CTx2/IETxD/CS4# PB21/A21/CRx2/IERxD PB20/A20/QMISO0&QIO10/MISO0 / SPBMI_0/SPBIO1_0 PB19/A19/QMO_0&QIO0_0/MOSI0 / SPBMO_0/SPBIO0_0 PB18/A18/QSSL_0/SSL00 / SPBSSL PB17/A17/QSPCLK_0/RSPCK0 / SPBCLK PB16/A16/QIO3_0 / SPBIO3_0 PB15/A15/QIO2_0 / SPBIO2_0 PB14/A14/QIO3_1 / SPBIO3_1 PB13/A13/QIO2_1 / SPBIO2_1 PB12/A12/TIOC3D PB11/A11/TIOC3C PB10/A10/TIOC3B PB9/A9/TIOC3A PB8/A8/TIOC2B PB7/A7/TIOC2A PB6/A6/TIOC1B PB5/A5/TIOC1A PB4/A4/TIOC0D PB3/A3/TIOC0C PB2/A2/TIOC0B PB1/A1/TIOC0A PD15/D15/NAF7/PWM2H PD14/D14/NAF6/PWM2G PD13/D13/NAF5/PWM2F PD12/D12/NAF4/PWM2E PD11/D11/NAF3/PWM2D PD10/D10/NAF2/PWM2C PD9/D9/NAF1/PWM2B PD8/D8/NAF0/PWM2A PD7/D7/FWE#/PWM1H PD6/D6/FALE/PWM1G Notes 1. These values must be set in boot modes 2 to 5. 2. Bold text indicates the function used. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 4-14 SH7269 CPU Board R0K572690C000BR Table 4.2.14 Peripheral Function BSC 4. M3A-HS64G02 Functions SH7269 Multiplexed Pin Functions (BSC2) Pin Name SH7269 Port Control Register Register Name D5 D4 D3 D2 D1 D0 PDCR1 PDCR1 PDCR0 PDCR0 PDCR0 PDCR0 SH7269 Multiplexed Pin Name MD Bit Setting (1) PD5MD[1:0] = B'01 (1) PD4MD[1:0] = B'01 (1) PD3MD[1:0] = B'01 (1) PD2MD[1:0] = B'01 (1) PD1MD[1:0] = B'01 (1) PD0MD[1:0] = B'01 PD5/D5/FCLE/PWM1F PD4/D4/FRE#/PWM1E PD3/D3/PWM1D PD2/D2/PWM1C PD1/D1/ PWM1B PD0/D0/PWM1A Notes: 1. These values must be set in boot modes 2 to 5. 2. Bold text indicates the function used. Table 4.2.15 Peripheral Function INTC SH7269 Multiplexed Pin Functions (INTC) Pin Name SH7269 Port Control Register Register Name IRQ1 PJCR5 SH7269 Multiplexed Pin Name MD Bit Setting PJ21MD[2:0] = B'100 PJ21/DV_DATA21/LCD_DATA21/LCD_TCON4/ IRQ1/CTx2/CTx0&CTx1&CTx2 Note: Bold text indicates the function used. Table 4.2.16 Peripheral Function SCIF SH7269 Multiplexed Pin Functions (SCIF) Pin Name SH7269 Port Control Register Register Name RxD2 TxD2 TxD5 RxD5 PFCR3 PFCR4 PGCR5 PGCR5 SH7269 Multiplexed Pin Name MD Bbit Setting PF14MD[2:0] = B'100 PF15MD[2:0] = B'100 PG23MD[2:0] = B'100 PG22MD[2:0] = B'100 PF14/A25/SSIWS2//RxD2 PF15/A0/SSIDATA2/WDTOVF#/TxD2/UBCTRG# PG23/LCD_DATA23/LCD_TCON6/TxD5 PG22/LCD_DATA22/LCD_TCON5/RxD5 Note: Bold text indicates the function used. Table 4.2.17 Peripheral Function IIC3 SH7269 Multiplexed Pin Functions (IIC3) Pin Name SH7269 Port Control Register Register Name SDA1 SCL1 SDA0 SCL0 PECR0 PECR0 PECR0 PECR0 SH7269 Multiplexed Pin Name MD Bit Setting PE3MD[2:0] = B'001 PE2MD[2:0] = B'001 PE1MD[2:0] = B'01 PE0MD[2:0] = B'01 PE3/SDA1/TCLKD/ADTRG#/DV_HSYNC PE2/SCL1/TCLKC/IOIS16#/DV_VSYNC PE1 / SDA0 / TCLKB / AUDIO_CLK / DV_CLK PE0 / SCL0 / TCLKA / LCD_EXTCLK Note: Bold test indicates the function used. Table 4.2.18 SH7269 Multiplexed Pin Functions (RCAN-TL1) Peripheral Function Pin Name SH7269 Port Control Register RCAN-TL1 CRx2 PJCR5 PJ20MD[2:0] = B'101 CTx2 PJCR5 PJ21MD[2:0] = B'101 Register Name SH7269 Multiplexed Pin Name MD Bit Setting PJ20/DV_DATA20/LCD_DATA20/LCD_TCON3/ IRQ0/CRx2/CRx0/CRx1/CRx2 PJ21/DV_DATA21/LCD_DATA21/LCD_TCON4/ IRQ1/CTx2/CTx0&CTx1&CTx2 Note: Bold text indicates the function used. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 4-15 SH7269 CPU Board R0K572690C000BR Table 4.2.19 4. M3A-HS64G02 Functions SH7269 Multiplexed Pin Functions (IEB) Peripheral Function Pin Name IEB IERxD IETxD SH7269 Port Control Register Register Name PJCR7 PJCR7 SH7269 Multiplexed Pin Name MD bit setting PJ29MD[2:0] = B'101 PJ30MD[2:0] = B'101 PJ29/SSIWS5/TIOC2A/IERxD PJ30/SSIDATA5/TIOC2B/IETxD Note: Bold text indicates the function used. Table 4.2.20 Peripheral Function FLCTL SH7269 Multiplexed Pin Functions (FLCTL) Pin Name SH7269 Port Control Register Register Name NAF7 NAF6 NAF5 NAF4 NAF3 NAF2 NAF1 NAF0 FWE# FALE FCLE FRE# FCE# FRB PDCR3 PDCR3 PDCR3 PDCR3 PDCR2 PDCR2 PDCR2 PDCR2 PDCR1 PDCR1 PDCR1 PDCR1 PFCR5 PFCR5 SH7269 Multiplexed Pin Name MD bit setting (1) PD15MD[1:0] = B'01 (1) PD14MD[1:0] = B'01 (1) PD13MD[1:0] = B'01 (1) PD12MD[1:0] = B'01 (1) PD11MD[1:0] = B'01 (1) PD10MD[1:0] = B'01 (1) PD9MD[1:0] = B'01 (1) PD8MD[1:0] = B'01 (1) PD7MD[1:0] = B'01 (1) PD6MD[1:0] = B'01 (1) PD5MD[1:0] = B'01 (1) PD4MD[1:0] = B'01 PF16MD[2:0] = B'011 PF17MD[2:0] = B'011 PD15/D15/NAF7/PWM2H PD14/D14/NAF6/PWM2G PD13/D13/NAF5/PWM2F PD12/D12/NAF4/PWM2E PD11/D11/NAF3/PWM2D PD10/D10/NAF2/PWM2C PD9/D9/NAF1/PWM2B PD8/D8/NAF0/PWM2A PD7/D7/FWE#/PWM1H PD6/D6/FALE/PWM1G PD5/D5/FCLE/PWM1F PD4/D4/FRE#/PWM1E PF16/SD_CD_0/FCE#/IRQ4/MMC_CD PF17/SD_WP_0/FRB/IRQ5 Notes: 1. These values must be set in boot modes 2 to 5. 2. Bold text indicates the function used. Table 4.2.21 Peripheral Function RSPI SH7269 Multiplexed Pin Functions (RSPI) Pin Name SH7269 Port Control Register Register Name SH7269 Multiplexed Pin Name MD Bit Setting MISO0 PBCR5 PB20MD[1:0] = B'11 (1) MOSI0 PBCR4 PB19MD[1:0] = B'11 (1) SSL00 RSPCK0 MISO1 PBCR4 PBCR4 PFCR0 PB18MD[1:0] = B'11 (1) PB17MD[1:0] = B'11 PF3MD[2:0] = B'011 MOSI1 PFCR0 PF2MD[2:0] = B'011 SSL10 RSPCK1 PFCR0 PFCR0 PF1MD[2:0] = B'011 PF0MD[2:0] = B'011 (1) PB20/A20/QMI_0/QIO1_0/MISO0 / SPBMI_0/SPBIO1_0 PB19/A19/QMO_0/QIO_0/MOSI0/ SPBMO_0/SPBIO0_0 PB18/A18/QSSL_0/SSL00/ SPBSSL PB17/A17/QSPCLK_0/RSPCK0 / SPBCLK PF3/CS2#/QMI_1/QIO1_1/MISO1/TIOC4D/ AUDIO_XOUT / SPBMI_1/SPBIO1_1 PF2/WAIT#/QMO_1/QIO0_1/MOSI1/TIOC4C TEND0/ SPBMO_1/SPBIO0_1 PF1/BACK#/QSSL_1/SSL10/TIOC4B/DACK0 PF0/BREQ#/QSPCLK_1/RSPCK1/TIOC4A/ DREQ0/AUDCK Notes: 1. These values must not be set in boot modes 0 and 1. 2. Bold text indicates the function used. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 4-16 SH7269 CPU Board R0K572690C000BR Table 4.2.22 4. M3A-HS64G02 Functions SH7269 Multiplexed Pin Functions (RQSPI) Peripheral Function Pin Name SH7269 Port Control Register RQSPI QIO3_0 QIO2_0 QIO1_0 PBCR4 PBCR3 PBCR5 PB16MD[2:0] = B'010 (1) PB15MD[2:0] = B'010 (1) PB20MD[2:0] = B'010 QIO0_0 PBCR4 PB19MD[2:0] = B'010 QSSL_0 QSPCLK_0 QIO3_1 QIO2_1 QIO1_1 PBCR4 PBCR4 PBCR3 PBCR3 PFCR0 PB18MD[2:0] = B'010 (1) PB17MD[2:0] = B'010 (1) PB14MD[2:0] = B'010 (1) PB13MD[2:0] = B'010 PF3MD[2:0] = B'010 QIO0_1 PFCR0 PF2MD[2:0] = B'010 QSSL_1 QSPCLK_1 PFCR0 PFCR0 PF1MD[2:0] = B'010 PF0MD[2:0] = B'010 Register Name SH7269 Multiplexed Pin Name MD Bit Setting (1) (1) (1) PB16/A16/QIO3_0 / SPBIO3_0 PB15/A15/QIO2_0 / SPBIO2_0 PB20/A20/QMI_0/QIO1_0/MISO0/ SPBMI_0/SPBIO1_0 PB19/A19/QMO_0/QIO0_0/MOSI0/ SPBMO_0/SPBIO0_0 PB18/A18/QSSL_0/SSL00 / SPBSSL PB17/A17/QSPCLK_0/RSPCK0 / SPBCLK PB14/A14/QIO3_1 / SPBIO3_1 PB13/A13/QIO2_1 / SPBIO2_1 PF3/CS2#/QMI_1/QIO1_1/MISO1/TIOC4D/ AUDIO_XOUT / SPBMI_1/SPBIO1_1 PF2/WAIT#/QMO_1/QIO0_1/MOSI1/TIOC4C/TEND0/ SPBMO_1/SPBIO0_1 PF1/BACK#/QSSL_1/SSL10/TIOC4B/DACK0 PF0/BREQ#/QSPCLK_1/RSPCK1/TIOC4A/DREQ0/A UDCK Notes: 1. These values must not be set in boot modes 0 and 1. 2. Bold text indicates the function used. Table 4.2.23 Peripheral Function SPIBSC SH7269 Multiplexed Pin Functions (SPIBSC) Pin Name SH7269 Port Control Register Register Name SH7269 Multiplexed Pin Name MD Bit Setting *1 PB17 / A17 / QSPCLK_0 / RSPCK0 / SPBCLK *1 PB18 / A18 / QSSL_0 / SSL00 / SPBSSL *1 PB19 / A19 / QMO_0/QIO0_0 / MOSI0 / SPBMO_0/SPBIO0_0 *1 PB20 / A20 / QMI_0/QIO1_0 / MISO0 / SPBMI_0/SPBIO1_0 PB15MD[2:0] = B'110 *1 PB15 / A15 / QIO2_0 / SPBIO2_0 PBCR4 PB16MD[2:0] = B'110 *1 PB16 / A16 / QIO3_0 / SPBIO3_0 SPBMO_1/ SPBIO0_1 PFCR0 PF2MD[2:0] = B'110 PF2 / WAIT# / QMO_1/QIO0_1 / MOSI1 / TIOC4C / TEND0 / SPBMO_1/SPBIO0_1 SPBMI_1/ SPBIO1_1 PFCR0 PF3MD[2:0] = B'110 PF3 / CS2# / QMI_1/QIO1_1 / MISO1 / TIOC4D / AUDIO_XOUT / SPBMI_1/SPBIO1_1 SPBIO2_1 PBCR3 PB13MD[2:0] = B'110 *1 PB13 / A13 / QIO2_1 / SPBIO2_1 SPBIO3_1 PBCR3 PB14MD[2:0] = B'110 *1 PB14 / A14 / QIO3_1 / SPBIO3_1 SPBCLK PBCR4 PB17MD[2:0] = B'110 SPBSSL PBCR4 PB18MD[2:0] = B'110 SPBMO_0/ SPBIO0_0 PBCR4 PB19MD[2:0] = B'110 SPBMI_0/ SPBIO1_0 PBCR5 PB20MD[2:0] = B'110 SPBIO2_0 PBCR3 SPBIO3_0 Notes: 1. These values must not be set in boot modes 0 and 1. 2. Bold text indicates the function used. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 4-17 SH7269 CPU Board R0K572690C000BR Table 4.2.24 4. M3A-HS64G02 Functions SH7269 Multiplexed Pin Functions (SDHI) Peripheral Function Pin Name SDHI SD_CD_0 SD_WP_0 SD_D1_0 SD_D0_0 SD_CLK_0 SD_CMD_0 SD_D3_0 SD_D2_0 SD_CD_1 SD_WP_1 SD_D1_1 SD_D0_1 SD_CLK_1 SD_CMD_1 SD_D3_1 SD_D2_1 SH7269 Port Control Register Register Name PFCR5 PFCR5 PFCR5 PFCR5 PFCR6 PFCR6 PFCR6 PFCR6 PJCR0 PJCR0 PJCR0 PJCR0 PJCR1 PJCR1 PJCR1 PJCR1 SH7269 Multiplexed Pin Name MD Bit Setting PF16MD[2:0] = B'001 PF17MD[2:0] = B'001 PF18MD[2:0] = B'001 PF19MD[2:0] = B'001 PF20MD[2:0] = B'001 PF21MD[2:0] = B'001 PF22MD[2:0] = B'001 PF23MD[2:0] = B'001 PJ0MD[2:0] = B'011 PJ1MD[2:0] = B'011 PJ2MD[2:0] = B'011 PJ3MD[2:0] = B'011 PJ4MD[2:0] = B'011 PJ5MD[2:0] = B'011 PJ6MD[2:0] = B'011 PJ7MD[2:0] = B'011 PF16/SD_CD_0/FCE#/IRQ4/MMC_CD PF17/SD_WP_0/FRB/IRQ5 PF18/SD_D1_0/SSISCK3/IRQ6/MMC_D1 PF19/SD_D0_0/SSIWS3/IRQ7/MMC_D0 PF20/SD_CLK_0/SSIDATA3/MMC_CLK PF21/SD_CMD_0/SCK3/ MMC_CMD PF22/SD_D3_0/RxD3/MMC_D3 PF23/SD_D2_0/TxD3/MMC_D2 PJ0/DV_DATA0/LCD_DATA0/SD_CD_1/PWM1A PJ1/DV_DATA1/LCD_DATA1/SD_WP_1/PWM1B PJ2/DV_DATA2/LCD_DATA2/SD_D1_1/PWM1C PJ3/DV_DATA3/LCD_DATA3/SD_D0_1/PWM1D PJ4/DV_DATA4/LCD_DATA4/SD_CLK_1/PWM1E PJ5/DV_DATA5/LCD_DATA5/SD_CMD_1/PWM1F PJ6/DV_DATA6/LCD_DATA6/SD_D3_1/PWM1G PJ7/DV_DATA7/LCD_DATA7/SD_D2_1/PWM1H Note: Bold text indicates the function used. Table 4.2.25 SH7269 Multiplexed Pin Functions (MMC) Peripheral Function Pin Name MMC MMC_CD MMC_D1 MMC_D0 MMC_CLK MMC_CMD MMC_D3 MMC_D2 SH7269 Port Control Register Register Name PFCR5 PFCR5 PFCR5 PFCR6 PFCR6 PFCR6 PFCR6 SH7269 Multiplexed Pin Name MD Bit Setting PF16MD[2:0] = B'101 PF18MD[2:0] = B'101 PF19MD[2:0] = B'101 PF20MD[2:0] = B'101 PF21MD[2:0] = B'101 PF22MD[2:0] = B'101 PF23MD[2:0] = B'101 PF16/SD_CD_0/FCE#/IRQ4/MMC_CD PF18/SD_D1_0/SSISCK3/IRQ6/MMC_D1 PF19/SD_D0_0/SSIWS3/IRQ7/MMC_D0 PF20/SD_CLK_0/SSIDATA3/MMC_CLK PF21/SD_CMD_0/SCK3/MMC_CMD PF22/SD_D3_0/RxD3/MMC_D3 PF23/SD_D2_0/TxD3/MMC_D2 Note: Bold text indicates the function used. Table 4.2.26 SH7269 Multiplexed Pin Functions (MTU2) Peripheral Function Pin Name SH7269 Port Control Register MTU2 TIOC4A TIOC4C PFCR0 PFCR0 PF0MD [2:0] = B'100 PF2MD [2:0] = B'100 TIOC4D PFCR0 PF3MD [2:0] = B'100 TIOC1A PJCR6 PJ27MD [2:0] = B'100 Register Name SH7269 Multiplexed Pin Name MD Bit Setting PF0/BREQ#/QSPCLK_1/RSPCK1/TIOC4A/DREQ0 PF2/WAIT#/QMO_1&QIO0_1/MOSI1/TIOC4C/ TEND0 PF3/CS2#/QMI_1&QIO1_1/MISO1/TIOC4D/ AUDIO_XOUT PJ27/SGOUT_3/TIOC1A/CTS7# Note: Bold text indicates the function used. Table 4.2.27 SH7269 Multiplexed Pin Functions (SSIF) Peripheral Function Pin Name SSIF SSITxD0 SSIWS0 SSISCK0 SH7269 Port Control Register Register Name PFCR1 PFCR1 PFCR1 SH7269 Multiplexed Pin Name MD Bit Setting PF6MD[2:0] = B'010 PF5MD[2:0] = B'010 PF4MD[2:0] = B'010 PF6/CE2A#/SSITxD0/SGOUT_2 PF5/SSIWS0/SGOUT_1 PF4/CS5#/CE1A#/SSIWS0/SGOUT_0 Note: Bold text indicates the function used. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 4-18 SH7269 CPU Board R0K572690C000BR Table 4.2.28 4. M3A-HS64G02 Functions SH7269 Multiplexed Pin Functions (ADC) Peripheral Function Pin Name ADC AN7 AN6 AN5 AN4 AN3 AN2 AN1 AN0 SH7269 Port Control Register Register Name PHCR1 PHCR1 PHCR1 PHCR1 PHCR0 PHCR0 PHCR0 PHCR0 SH7269 Multiplexed Pin Name MD Bit Setting PH7MD[1:0] = B'01 PH6MD[1:0] = B'01 PH5MD[1:0] = B'01 PH4MD[1:0] = B'01 PH3MD[1:0] = B'01 PH2MD[1:0] = B'01 PH1MD[1:0] = B'01 PH0MD[1:0] = B'01 PH7/AN7/PINT7 PH6/AN6/PINT6 PH5/AN5/PINT5/LCD_EXTCLK PH4/AN4/PINT4 PH3/AN3/PINT3 PH2/AN2/PINT2 PH1/AN1/PINT1 PH0/AN0/PINT0 Note: Bold text indicates the function used. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 4-19 SH7269 CPU Board R0K572690C000BR 4. M3A-HS64G02 Functions Table 4.2.29 SH7269 Multiplexed Pin Functions (VDC4) Peripheral Function VDC4 Pin Name SH7269 Port Control Register Register Name SH7269 Multiplexed Pin Name MD Bit Setting DV_HSYNC DV_VSYNC DV_CLK DV_DATA7 DV_DATA6 DV_DATA5 DV_DATA4 DV_DATA3 DV_DATA2 DV_DATA1 DV_DATA0 LCD_EXTCLK LCD_CLK LCD_TCON6 PECR1 PECR1 PJCR7 PJCR1 PJCR1 PJCR1 PJCR1 PJCR0 PJCR0 PJCR0 PJCR0 PGCR6 PGCR6 PJCR5 PE5MD [1:0] = B'11 PE4MD [1:0] = B'11 PJ31MD = B'1 PJ7MD [2:0] = B'001 PJ6MD [2:0] = B'001 PJ5MD [2:0] = B'001 PJ4MD [2:0] = B'001 PJ3MD [2:0] = B'001 PJ2MD [2:0] = B'001 PJ1MD [2:0] = B'001 PJ0MD [2:0] = B'001 PG27MD[1:0] = B'11 PG24MD[1:0] = B'10 PJ23MD[2:0] = B'011 LCD_TCON5 PJCR5 PJ22MD[2:0] = B'011 LCD_TCON1 LCD_TCON0 LCD_DATA23 LCD_DATA22 LCD_DATA21 PGCR6 PGCR6 PGCR5 PGCR5 PGCR5 PG26MD[1:0] = B'10 PG25MD[1:0] = B'10 PG23MD[2:0] = B'010 PG22MD[2:0] = B'010 PG21MD[2:0] = B'010 LCD_DATA20 LCD_DATA19 LCD_DATA18 LCD_DATA17 PGCR5 PGCR4 PGCR4 PGCR4 PG20MD[2:0] = B'010 PG19MD[2:0] = B'010 PG18MD[2:0] = B'010 PG17MD[1:0] = B'10 LCD_DATA16 PGCR4 PG16MD[1:0] = B'10 LCD_DATA15 LCD_DATA14 LCD_DATA13 LCD_DATA12 LCD_DATA11 LCD_DATA10 LCD_DATA9 LCD_DATA8 LCD_DATA7 LCD_DATA6 LCD_DATA5 LCD_DATA4 LCD_DATA3 LCD_DATA2 LCD_DATA1 LCD_DATA0 PGCR3 PGCR3 PGCR3 PGCR3 PGCR2 PGCR2 PGCR2 PGCR2 PGCR1 PGCR1 PGCR1 PGCR1 PGCR0 PGCR0 PGCR0 PGCR0 PG15MD[1:0] = B'10 (1) PG14MD[1:0] = B'10 (1) PG13MD[1:0] = B'10 (1) PG12MD[1:0] = B'10 (1) PG11MD[2:0] = B'010 1) PG10MD[2:0] = B'010 (1) PG9MD[2:0] = B'010 (1) PG8MD[2:0] = B'010 (1) PG7MD[2:0] = B'010 (1) PG6MD[2:0] = B'010 (1) PG5MD[2:0] = B'010 (1) PG4MD[2:0] = B'010 (1) PG3MD[2:0] = B'010 (1) PG2MD[2:0] = B'010 (1) PG1MD[2:0] = B'010 (1) PG0MD[2:0] = B'010 (1) PE5/SDA2/RxD5/DV_HSYNC PE4/SCL2/RxD4/DV_VSYNC PJ31/DV_CLK PJ7/DV_DATA7/LCD_DATA7/SD_D2_1/PWM1H PJ6/DV_DATA6/LCD_DATA6/SD_D3_1/PWM1G PJ5/DV_DATA5/LCD_DATA5/SD_CMD_1/PWM1F PJ4/DV_DATA4/LCD_DATA4/SD_CLK_1/PWM1E PJ3/DV_DATA3/LCD_DATA3/SD_D0_1/PWM1D PJ2/DV_DATA2/LCD_DATA2/SD_D1_1/PWM1C PJ1/DV_DATA1/LCD_DATA1/SD_WP_1/PWM1B PJ0/DV_DATA0/LCD_DATA0/SD_CD_1/PWM1A PG27/LCD_TCON2/LCD_EXTCLK PG24/LCD_CLK PJ23/DV_DATA23/LCD_DATA23/LCD_TCON6/ IRQ3/CTx1/CTx0&CTx1 PJ22/DV_DATA22/LCD_DATA22/LCD_TCON5/ IRQ2/CRx1/CRx0/CRx1 PG26/LCD_TCON1 PG25/LCD_TCON0 PG23/LCD_DATA23/LCD_TCON6/TxD5/AUDATA3 PG22/LCD_DATA22/LCD_TCON5/RxD5/AUDSYNC# PG21/DV_DATA7/LCD_DATA21/LCD_TCON4/TxD4/ AUDATA2 PG20/DV_DATA6/LCD_DATA20/LCD_TCON3/RxD4 PG19/DV_DATA5/LCD_DATA19/SPDIF_OUT/SCK5 PG18/DV_DATA4/LCD_DATA18/SPDIF_IN/SCK4 PG17/WE3#/ICIOWR#/AH/DQMUU/LCD_DATA17/ AUDATA1 PG16/WE2#/ICIORD#/DQMUL/LCD_DATA16/ AUDATA0 PG15/D31/LCD_DATA15/PINT7 PG14/D30/LCD_DATA14/PINT6 PG13/D29/LCD_DATA13/PINT5 PG12/D28/LCD_DATA12/PINT4 PG11/D27/LCD_DATA11/PINT3/TIOC3D PG10/D26/LCD_DATA10/PINT2/TIOC3C PG9/D25/LCD_DATA9/PINT1/TIOC3B PG8/D24/LCD_DATA8/PINT0/TIOC3A PG7/D23/LCD_DATA7/IRQ7/TIOC2B PG6/D22/LCD_DATA6/IRQ6/TIOC2A PG5/D21/LCD_DATA5/IRQ5/TIOC1B PG4/D20/LCD_DATA4/IRQ4/TIOC1A PG3/D19/LCD_DATA3/IRQ3/TIOC0D PG2/D18/LCD_DATA2/IRQ2/TIOC0C PG1/D17/LCD_DATA1/IRQ1/TIOC0B PG0/D16/LCD_DATA0/IRQ0/TIOC0A Notes: 1. These values must not be set in boot mode 1. 2. Bold text indicates the function used. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 4-20 SH7269 CPU Board R0K572690C000BR Table 4.2.30 4. M3A-HS64G02 Functions SH7269 Multiplexed Pin Functions (PWM) Peripheral Function Pin Name PWM PWM2H PWM2G PWM2F PWM2E PWM2D PWM2C PWM2B PWM2A PWM1H PWM1G PWM1F PWM1E PWM1D PWM1C PWM1B PWM1A SH7269 Port Control Register Register Name PJCR3 PJCR3 PJCR3 PJCR3 PJCR2 PJCR2 PJCR2 PJCR2 PJCR1 PJCR1 PJCR1 PJCR1 PJCR0 PJCR0 PJCR0 PJCR0 SH7269 Multiplexed Pin Name MD Bit Setting PJ15MD[2:0] = B'100 PJ14MD[2:0] = B'100 PJ13MD[2:0] = B'100 PJ12MD[2:0] = B'100 PJ11MD[2:0] = B'100 PJ10MD[2:0] = B'100 PJ9MD[2:0] = B'100 PJ8MD[2:0] = B'100 PJ7MD[2:0] = B'100 PJ6MD[2:0] = B'100 PJ5MD[2:0] = B'100 PJ4MD[2:0] = B'100 PJ3MD[2:0] = B'100 PJ2MD[2:0] = B'100 PJ1MD[2:0] = B'100 PJ0MD[2:0] = B'100 PJ15/DV_DATA15/LCD_DATA15/PINT7/PWM2H/TxD7 PJ14/DV_DATA14/LCD_DATA14/PINT6/PWM2G/TxD6 PJ13/DV_DATA13/LCD_DATA13/PINT5/PWM2F/TxD5 PJ12/DV_DATA12/LCD_DATA12/PINT4/PWM2E/SCK7 PJ11/DV_DATA11/LCD_DATA11/PINT3/PWM2D/SCK6 PJ10/DV_DATA10/LCD_DATA10/PINT2/PWM2C/SCK5 PJ9/DV_DATA9/LCD_DATA9/PINT1/PWM2B/RTS5# PJ8/DV_DATA8/LCD_DATA8/PINT0/PWM2A/CTS5# PJ7/DV_DATA7/LCD_DATA7/SD_D2_1/PWM1H PJ6/DV_DATA6/LCD_DATA6/SD_D3_1/PWM1G PJ5/DV_DATA5/LCD_DATA5/SD_CMD_1/PWM1F PJ4/DV_DATA4/LCD_DATA4/SD_CLK_1/PWM1E PJ3/DV_DATA3/LCD_DATA3/SD_D0_1/PWM1D PJ2/DV_DATA2/LCD_DATA2/SD_D1_1/PWM1C PJ1/DV_DATA1/LCD_DATA1/SD_WP_1/PWM1B PJ0/DV_DATA0/LCD_DATA0/SD_CD_1/PWM1A Note: Bold text indicates the function used. Table 4.2.31 SH7269 Multiplexed Pin Functions (PORT) Peripheral Function Pin Name SH7269 Port Control Register PORT PJ16 PJCR4 PJ16MD[2:0] = B'000 PJ17 PJCR4 PJ17MD[2:0] = B'000 PJ18 PJCR4 PJ18MD[2:0] = B'000 PJ19 PJCR4 PJ19MD[2:0] = B'000 PJ0 PJ1 PJ2 PJ3 PJ4 PJ5 PJ6 PJ7 PE2 PE3 PE6 PE7 PF7 PF9 PJCR0 PJCR0 PJCR0 PJCR0 PJCR1 PJCR1 PJCR1 PJCR1 PECR0 PECR0 PECR1 PECR1 PFCR1 PFCR2 PJ0MD[2:0] = B'000 PJ1MD[2:0] = B'000 PJ2MD[2:0] = B'000 PJ3MD[2:0] = B'000 PJ4MD[2:0] = B'000 PJ5MD[2:0] = B'000 PJ6MD[2:0] = B'000 PJ7MD[2:0] = B'000 PE2MD [2:0] = B'000 PE3MD [1:0] = B'000 PE6MD [1:0] = B'00 PE7MD [1:0] = B'00 PF7MD [2:0] = B'000 PF9MD [2:0] = B'000 Register Name SH7269 Multiplexed Pin Name MD Bit Setting PJ16/DV_DATA16/LCD_DATA16/RSPCK0/TIOC0A/ SIOFSCK PJ17/DV_DATA17/LCD_DATA17/SSL00/TIOC0B/ SIOFSYNC PJ18/DV_DATA18/LCD_DATA18/MOSI0/TIOC0C/ SIOFTxD PJ19/DV_DATA19/LCD_DATA19/MISO0/TIOC0D/ SIOFRxD/AUDIO_XOUT PJ0/DV_DATA0/LCD_DATA0/SD_CD_1/PWM1A PJ1/DV_DATA1/LCD_DATA1/SD_WP_1/PWM1B PJ2/DV_DATA2/LCD_DATA2/SD_D1_1/PWM1C PJ3/DV_DATA3/LCD_DATA3/SD_D0_1/PWM1D PJ4/DV_DATA4/LCD_DATA4/SD_CLK_1/PWM1E PJ5/DV_DATA5/LCD_DATA5/SD_CMD_1/PWM1F PJ6/DV_DATA6/LCD_DATA6/SD_D3_1/PWM1G PJ7/DV_DATA7/LCD_DATA7/SD_D2_1/PWM1H PE2/SCL1/TCLKD/IOIS16#/DV_VSYNC PE3/SDA1/TCLKD/ADTRG#/DV_VSYNC PE6/ SCL3/RxD6 PE7/SDA3/RxD7 PF7/CE2B/SSIRxD0/RxD0/SGOUT_3/CTS1# PF9/BS#/DV_DATA0/SCK0/MMC_D4/RTS1# Note: Bold text indicates the function used. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 4-21 SH7269 CPU Board R0K572690C000BR 4.3 LCD Module Interface 4.3.1 LCD Module Interface 4. M3A-HS64G02 Functions The M3A-HS64G02 includes two flexible connectors and one MIL-spec connector for connecting LCD modules. The SH7269 on-chip Video Display Controller (VDC4) controls the LCD modules. Figure 4.3.1 shows the LCD module interface block diagram. 16 PG15 to PG0/LCD_DATA15 to LCD_DATA0 Socket (X1) CLK Flexible connector for TX09D14VM3CAA (J11) Expansion connectors (CN1, CN3, CN9) SH7269 (U1) PG24/LCD_CLK PG27/LCD_EXTCLK R5 to R0, G5 to G0, B5 to B0 VDD1 DCLK (6.67 MHz) VDD2 3.3 V 3.3 V 5V 3.3 V PJ22/DV_DATA22/LCD_TCON5 DTMG (Data Enable Signal) 3.3 V 3.3 V PG25/LCD_TCON0 PG26/LCD_TCON1 NC VREV NC HREV 3.3 V PJ23/DV_DATA23/LCD_TCON6 NC PF0/QSPCLK_1/RSPCK1/TIOC4A/ AUDCK DIM (Dimming Control Signal) PH7/AN7 TMZ (Thermistor Output) Flexible connector for TX09D55VM1CDA (J10) Note: Pin names in red indicate the function used. : Optional R5 to R0, G5 to G0, B5 to B0 3.3 V VDD DCLK (5.33 MHz) DTMG (Display Timing Signal) NC HSYNC NC 3.3 V Vctrl (Backlight Control Signal) 1 k PCI (Power Control Signal) MIL-spec connector (J12) 3.3 V LCD_DATA15 to LCD_DATA0 LCD_CLK VDD1 LCD_DE VDD2 LCD_VSYNC 3.3 V 5V GND LCD_HSYNC LCD_M_DISP (Jumper-less) PWM Figure 4.3.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 LCD Module Interface Block Diagram 4-22 SH7269 CPU Board R0K572690C000BR 4.3.2 4. M3A-HS64G02 Functions Character LCD Module with LED Backlight The M3A-HS64G02 includes a connector for 16 x 2 semi-transmissive character LCD module (SD1602H, Sunlike). The SH7269 general-purpose port output controls the character LCD modules. The M3A-HS64G02 is intended only for writing from the SH7269 to the character LCD modules. Therefore, the character LCD module R/W signal is fixed low. The M3A-HS64G02 also includes a variable resistor (VR1) for the LCD driver voltage adjustment to control the LCD contrast and a variable resistor (VR2) for LCD backlight adjustment. SH7269 PJ7 to PJ0 pins are multiplexed with VDC4 pins on the R0K572690C000BR, and the module to use is specified by SW6-3 on the R0K572690C000BR. On the M3A-HS64G02, PJ7 to PJ0 pins are multiplexed with the SDHI pins and PWM output pins. SDHI and PWM output cannot be used when using the character LCD module on the M3A-HS64G02. Figure 4.3.2 shows the character LCD module block diagram. Table 4.3.1 lists the DIP switches setting (SW6-3). Table 4.3.2 lists the M3A-HS64G02 jumper setting (JP3). R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 4-23 SH7269 CPU Board R0K572690C000BR 4. M3A-HS64G02 Functions Expansion connectors (CN6, CN7) 8 SH7269 (U1) DV or SD (U22) PJ7/DV_DATA7/SD_D2_1/ PWM1H PJ6/DV_DATA6/SD_D3_1/ PWM1G PJ5/DV_DATA5/SD_CMD_1/ PWM1F PJ4/DV_DATA4/SD_CLK_1/ PWM1E D3 S3B S4A D4 D4 S4B MUX EN# IN DB0 DB2 S3B S4A DB3 D2 D2 D3 S3B S4A D4 S1A D1 S2B S3A D3 IN LCD or SD (U3) S1B S2A D4 S4B MUX DB0 DB1 DB1 DB2 DB2 DB3 DB3 DB4 DB4 DB5 DB5 DB6 DB6 DB7 DB7 DB4 S1B S2A DB5 S2B S3A DB6 S3B S4A DB7 5V Vo VR1 5V A VR2 K S4B 3.3 V MUX IN DB0 DB1 S2B S3A S4B EN# S1A D1 EN# PWM interface MUX DV or SD (U23) PJ3/DV_DATA3/SD_D0_1/ PWM1D PJ2/DV_DATA2/SD_D1_1/ PWM1C PJ1/DV_DATA1/SD_WP_1/ PWM1B PJ0/DV_DATA0/SD_CD_1/ PWM1A S1B S2A D2 S2B S3A D3 8 Character LCD (J1) S1A D1 S1B S2A D2 SDHI Video signal input module LCD or SD (U2) S1A D1 8 EN# IN R/W# PE6/SCL3/RxD6 RS 3.3 V 3.3 V PE7/SDA3/RxD7 E JP3 3 DIP switches SW6-3 1 2 PJ25/SSIWS4 PJ24/SSISCK4 PJ30/SSIDATA5/IETxD PJ29/SSIWS5/IERxD PJ28/SSISCK5 PF12/SSIDATA1 PF11/SSIWS1 PF10/CS1/SSISCK1 Note: Pin names in red indicate the function used. : Optional Figure 4.3.2 Table 4.3.1 Character LCD Module Block Diagram R0K572690C000BR DIP Switches (SW6-3) Number Function OFF (High) SW6-3 Note: Connected to the SDHI/character LCD interface (default) Connected to VDC4 Shading indicates the function to be set. Table 4.3.2 M3A-HS64G02 Jumper Setting (JP3) Number JP3 ON (Low) 1-2 (Low) Connected to the PWM/character LCD interface (default) 2-3 (High) Connected to the SDHI Note: Shading indicates the function to be set. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 4-24 SH7269 CPU Board R0K572690C000BR 4.4 4. M3A-HS64G02 Functions Audio Modules The M3A-HS64G02 includes a 96 kHz 25-bit D/A Converter with DIT (AK4353, Asahi Kasei Microdevices Corporation). * AK4353 D/A Converter SH7269 IIC3, SSIF, and I/O ports control the AK4353. SH7269 IIC3 (channel 1): Accesses the AK4353 registers to initialize AK4353, format data, and configure the attenuator SH7269 SSIF (channel 0): Outputs the audio data SH7269 I/O ports (PF7): Powers down the AK4353 at low, powers up the AK4353 at high Figure 4.4.1 shows the D/A Converter block diagram. Table 4.4.1 lists jumper settings (JP1 to JP3) on the M3AHS64G02. S1A D1 PF4/SSISCK0/SGOUT_0 TX LRCK IN Optical connector VCOM 3.3 V 0.1 F 3.3 V AOUTL 220 MUX AUDIO_X1 1 PE2/SCL1 2 3.3 V NC AUDIO_X2 3 PE3/SDA1 2 1 AOUTR 220 27 k SDA/CDTI 3 8 2 Note: Pin names in red indicate the function used. Table 4.4.1 J7 10 F Chip address: 01 2 1 Figure 4.4.1 27 k SCL/CCLK JP2 2 JP3 3 EEPROM IIC pin (Chip address: 000) CAD0 CAD1 JP1 3.3 V Socket (X8) CLK 11.2896 MHz I2C CSN IN + 3.3 V 10 F 10 F SDTI S4B EN# + PDN# S3B S4A D4 PF6/SSITxD0/SGOUT_2 J6 BICK S2B S3A D3 PF7/SSIRxD0/SGOUT_3 D/A Converter (U10: AK4353) 3.3 V S1B S2A D2 PF5/SSIWS0/SGOUT_1 3.3 V PWM or SSIF (U5) + Expansion connector (CN7) SH7269 (U1) PWM interface Port input D/A Converter Block Diagram M3A-HS64G02 Jumper Settings (JP1 to JP3) Number 1-2 2-3 JP1 IIC3 mode (Set PE2 as SCL1 output pin) IRQ mode (Set PE2 as IRQ2 input pin, default) JP2 IIC3 mode (Set PE3 as SDA1 I/O pin) IRQ2 mode (SET PE3 as IRQ3 input pin, default) JP3 Connected to the PWM interface (low level, default) Connected to the SSIF (high level) Note: Only one channel can be used on the R0K572690C000BR Note: Shading indicates the function to be set. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 4-25 SH7269 CPU Board R0K572690C000BR 4.5 4. M3A-HS64G02 Functions Video Signal Input Module M3A-HS64G02 includes a video decoder IC (AK8851, Asahi Kasei Microdevices Corporation). M3A-HS64G02 also includes an RCA connector and an S-Video connector to input NTSC and PAL video signal, and inputs the digital signals to the SH7269 VDC4 module via the video decoder IC. VDC4 pins are also used as the SDHI and PWM pins. The SH7269 on-chip IIC3 controls the video decoder. Figure 4.5.1 shows the video signal input module block diagram. Table 4.5.1 lists the system-setting DIP switches setting (SW6-3 on the M3A-HS64G02). Expansion connector (CN7) 8-bit SDHI/PWM interface/character LCD interface 3.3 V Video decoder (U11: AK8851) SH7269 (U1) 3.3 V CIN CLK CLK27MO PJ31/DV_CLK 3.3 V VSYNC YIN PE4/SCL2/DV_VSYNC HSYNC D7 to D0 PE5/SDA2/DV_HSYNC 8-bit D[7:0] PJ [7:0] PJ7/DV_DATA7/SD_D2_1/PWM1H ~ PJ0/DV_DATA0/SD_CD_1/PWM1A X1 CLK 24.576 MHz 3.3 V CLKIN Slave address: 0x88 SELA 3.3 V SCL PE0/SCL0/IRQ0 SDA PE1/SDA0/IRQ1/TCLKA RESET# RES# DV or SD (U23) D0 2-bit External IIC device (IIC chip address:1) S1A D1 S1B S2A D2 S2B S3A D3 S3B S4A S4B 3.3 V PJ0 D2 PJ1 D3 PJ2 D4 PJ3 Note: Pin names in red indicate the function used. : Optional MUX IN DIP switches SW6- D1 EN# DV or SD (U22) D4 S1A D5 S1B S2A D6 S2B S3A D7 S3B S4A S4B D1 PJ4 D2 PJ5 D3 PJ6 D4 PJ7 MUX IN Figure 4.5.1 Table 4.5.1 Video Signal Input Module Block Diagram R0K572690C000BR System Setting DIP Switches Setting (SW6-3) Number Function OFF (High) SW6-3 EN# Connected to the SDHI/PWM/character LCD interface (default) ON (Low) Connected to VDC4 Note: Shading indicates the function to be set. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 4-26 SH7269 CPU Board R0K572690C000BR 4.6 4. M3A-HS64G02 Functions SD Card Interface The M3A-HS64G02 includes an SD card slot. The SD card slot is connected to the SD Host Interface (SDHI) and the SH7269 SD card slot. SDHI pins are multiplexed with VDC4, character LCD module, and PWM. When using the SDHI, do not use the video signal input module, character LCD module, and PWM interface. Figure 4.6.1 shows the SD card interface block diagram. Table 4.6.1 lists the DIP switches setting (SW6-3). Table 4.6.2 lists the M3A-HS64G02 jumper setting (JP3). R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 4-27 SH7269 CPU Board R0K572690C000BR 4. M3A-HS64G02 Functions Expansion connector (CN7) 8-bit SH7269 (U1) DV or SD (U22) PJ7/DV_DATA7/SD_D2_1/ PWM1H PJ6/DV_DATA6/SD_D3_1/ PWM1G PJ5/DV_DATA5/SD_CMD_1/ PWM1F PJ4/DV_DATA4/SD_CLK_1/ PWM1E D2 S2B S3A D3 D3 S3B S4A D4 S4B IN S1B S2A S2B S3A DAT3 3.3 V CMD CMD 3.3 V 22 k CMD 22 k S4B EN# D3 S3B S4A D4 DAT1 DAT2 DAT2 DAT3 DAT3 S1A D2 S2B S3A D3 DAT0 DAT1 CLK IN D1 S1B S2A D2 DAT0 PWM or SD (U3) S1A D1 MUX S1B S2A DAT0 S2B S3A DAT1 3.3 V WP 22 k S4B EN# COMMON 22 k MUX IN GND 3.3 V S3B S4A D4 S4B EN# SD card slot (J4) CLK MUX DV or SD (U23) PJ3/DV_DATA3/SD_D0_1/ PWM1D PJ2/DV_DATA2/SD_D1_1/ PWM1C PJ1/DV_DATA1/SD_WP_1/ PWM1B PJ0/DV_DATA0/SD_CD_1/ PWM1A 22 k CLK DAT2 S3B S4A D4 MUX EN# S1A D1 S1B S2A D2 4-bit PWM or SD (U2) S1A D1 3.3 V Video signal input module CD LTC1470 (U4) IN EN0 OUT VDD 3.3 V 3.3 V JP2 When SD card is inserted: COMMON and CD are made conductive 3 DIP switches SW6-3 1 2 8-bit Character LCD interface PWM interface PJ25/SSIWS4 When SD card is write-enabled: WP and COMMON are made conductive PJ24/SSISCK4 PJ30/SSIDATA5/IETxD PJ29/SSIWS5/IERxD PJ28/SSISCK5 PF12/SSIDATA1 PF11/SSIWS1 PF10/CS1/SSISCK1 Note: Pin names in red indicate the function used. : Optional Figure 4.6.1 SD Card Interface Block Diagram Table 4.6.1 DIP Switches Setting (SW6-3) Number Function OFF (High) SW6-3 Connected to the SDHI/PWM/character LCD interface (default) ON (Low) Connected to VDC4 Note: Shading indicates the function to be set. Table 4.6.2 M3A-HS64G02 Jumper Setting (JP3) Number JP3 1-2 Connected to the character LCD interface (default) 2-3 Connected to the SDHI Note: Shading indicates the function to be set. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 4-28 SH7269 CPU Board R0K572690C000BR 4.7 4. M3A-HS64G02 Functions UART Interface The SH7269 includes a Serial Communication Interface with FIFO (SCIF). SCIF channel 5 RxD5 pin and TxD5 pin are connected to the UART connector (7-pin, 2.5 mm pitch) on the M3A-HS64G02 at TTL level. SCIF channel 5 RxD5 pin is multiplexed with VDC4 LCD_DATA22 pin and AUD AUDSYNC# pin. SCIF channel TxD5 pin is multiplexed with VDC4 LCD_DATA23 pin and AUD AUDATA3 pin. Figure 4.7.1 shows the UART interface block diagram. SH7269 (U1) 3.3 V D-Sub 9-pin RS-232C connector (J10) RS-232C driver (U15) TIN PF15/TxD2 TOUT TXD RIN RXD 3.3 V PF14/RxD2 ROUT SHDN# RES# DTR# DSR# RTS# CTS# H-UDI Expansion connector (CN1) LCD module interface UART connector (J10: B7B-XH) PG22/LCD_DATA22/RxD5/ AUDSYNC# PG23/LCD_DATA23TxD5/ AUDATA3 RXD TXD 3.3 V VCC GND Note: Pin names in red indicate the function used. : Optional Figure 4.7.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 UART Interface Block Diagram 4-29 SH7269 CPU Board R0K572690C000BR 4.8 4. M3A-HS64G02 Functions CAN Interface The SH7269 includes RCAN-TL1 (Renesas CAN Time Trigger Level 1), the Controller Area Network. Two channels of the SH7269 RCAN-TL1 are connected to the CAN connector (3-pin, 2.5 mm pitch) on the M3A-HS64G02 via the voltage level shifter and the CAN driver IC. Note that only RCAN-TL1 channel 2 can be used on the R0K572690C000BR. RCAN-TL1 channel 2 pins are multiplexed with IRQ input pins and Video Display Controller 4 (VDC4) pins. Figure 4.8.1 shows the CAN interface block diagram. Table 4.8.1 lists jumper settings (JP8 and JP9). Table 4.8.2 and Table 4.8.3 list M3A-HS64G02 jumper settings (JP4, JP5, JP8, and JP9). Expansion connectors (CN1, CN7) 2 2 IRQ input 3.3 V SH7269 (U1) PJ30/SSIDATA5/IETxD PJ30 PJ29/SSIWS5/IERxD PJ29 PJ21/DV_DATA21/IRQ1/CTx2 PJ20/DV_DATA20/IRQ0/CRx2 D1 PJ29 D2 JP8 1 3 PJ20 2 S1A D3 PJ21 2 S1B S2A IETxD S2B S3A IERxD A0 B0 CTx2 A1 B1 DIR VccA IEBusTM interface CAN driver (U13: HA13721) JP5 1 3 2 TxD RxD JP4 3.3 V CAN connector (J14: B3B-XH) CANH CANL CANH CANL JP6 G# JP7 5V VccB S4B MUX JP9 EN# Note: Pin names in red indicate the function used. 5 V to 3 V level shifter (U14) IN 3.3 V 3.3 V DIP switches SW6-4 IERxD A0 B0 CRx2 A1 B1 DIR VccA G# 5V CAN driver (U15: HA13721) JP9 1 3 CAN connector (J15: B3B-XH) JP10 2 TxD RxD JP8 JP11 CANH CANL CANH CANL 5V VccB Note: Shorting JP5 and 2-3 on JP9 are invalid. CTx2 CRx2 PJ21 PJ20 Figure 4.8.1 Table 4.8.1 IETxD S3B S4A D4 1 3 3 V to 5 V level shifter (U12) 4 DV or IEB (U24) PJ30 2 Video signal input module (Not used) CAN Interface Block Diagram R0K572690C000BR Jumper Settings (JP8, JP9) Number 1-2 2-3 JP8 Uses PJ21 as IRQ1 input pin (default) Uses PJ21 as CTx2 output/DV_DATA21 input pin JP9 Uses PJ20 as IRQ0 input pin (default) Uses PJ20 as CRx2 input/DV_DATA20 input pin Note: Shading indicates the function to be set. Table 4.8.2 M3A-HS64G02 Jumper Settings (JP5, JP9) Number 1-2 2-3 JP5 Selects IETxD (IEB) Selects PJ30 (RCAN-TL1) pin (default) (1) JP9 Selects IERxD (IEB) Selects PJ29 (RCAN-TL1) pin (default) (1) Notes: 1. This setting is invalid on the R0K572690C000BR. 2. Shading indicates the function to be set. Table 4.8.3 M3A-HS64G02 Jumper Settings (JP4, JP8) Number 1-2 2-3 JP4 Normal mode (Connects CTx1 pin) (default) Debug mode (Leaves CTx1 pin disconnected) JP8 Normal mode (Connects CRx1 pin) (default) Debug mode (Leaves CRx1 pin disconnected) Note: Shading indicates the function to be set. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 4-30 SH7269 CPU Board R0K572690C000BR 4.9 4. M3A-HS64G02 Functions IEBusTM Interface The SH7269 includes and IEBusTM Controller (IEB). The IEBusTM (Inter Equipment BusTM) is the bus for digital data transfer system on a small scale. The SH7269 IEB pin is connected to the IEBus connector (4-pin, 2.5 mm pitch) via the voltage level shifter and the IEBusTM driver IC on the M3A-HS64G02. The IEB pin is multiplexed with SSIF channel 5 pin. Figure 4.9.1 shows the IEBusTM interface block diagram. Table 4.9.1 lists the DIP switches settings (SW6-4). Table 4.9.2 lists jumper settings (JP5 and JP9). Expansion connectors (CN1, CN7) 2 2 IRQ input 3.3 V SH7269 (U1) PJ30 PJ30/SSIDATA5/IETxD PJ30 PJ29 PJ29/SSIWS5/IERxD PJ29 JP8 1 3 PJ21/DV_DATA21/IRQ1/CTx2 PJ21 2 PJ20/DV_DATA20/IRQ0/CRx2 PJ20 2 S1A D1 S1B S2A D2 S2B S3A D3 CTx2 A1 B1 Note: Pin names in red indicate the function to be set. JP5 1 3 S1 Rout 2 BUSBUS+ IEBusTM connector (J13: B4B-XH)5 V BUSBUS+ 3.3 V IERxD DIR VccA G# 5V VccB S4B EN# 5 V to 3 V level shifter (U14) IN 3.3 V PJ21 PJ20 Figure 4.9.1 IERxD A0 B0 CRx2 A1 B1 3.3 V DIP switches SW6-4 DIR VccA G# 5V JP9 1 3 2 5V VccB CTx2 CRx2 IEBusTM Interface Block Diagram R0K572690C000BR DIP Switches Setting (SW6-4) Number Function OFF (High) SW6-4 B0 MUX JP9 Table 4.9.1 A0 S3B S4A D4 1 3 IETxD IETxD CAN interface IEBusTM driver (U37: HA12187) 3 V to 5 V level shifter (U12) 4 DV or IEB (U24) 4 Video signal input module (Not used) Connected to the IEBusTM Interface ON (Low) Connected to the Video signal input module (Not used, default) Note: Shading indicates the function to be set. Table 4.9.2 M3A-HS64G02 Jumper Settings (JP5, JP9) Number 1-2 2-3 JP5 Selects IETxD (IEB) Selects PJ30 (RCAN-TL1) pin (default) (1) JP9 Selects IERxD (IEB) Selects PJ29 (RCAN-TL1) pin (default) (1) Notes: 1. This setting is invalid on the R0K572690C000BR. 2. Shading indicates the function to be set. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 4-31 SH7269 CPU Board R0K572690C000BR 4.10 4. M3A-HS64G02 Functions PWM Interface The SH7269 includes two channels of on-chip Motor Control Pulse Width Modulator (PWM) timer with a maximum of eight pulse outputs per channel. The SH7269 PWM channel 1 pin is connected to a 20-pin MIL-spec connector on the M3A-HS64G02 via the voltage level shifter. As PWM channel 2 pin is connected to the PWM output connector (CN11) on the R0K572690C000BR, it cannot be used on the M3A-HS64G02. PWM channel 1 pin is multiplexed with the VDC4, SDHI, and character LCD module. Figure 4.10.1 shows the PWM interface block diagram. Table 4.10.1 lists the R0K572690C000BR system setting DIP switches (SW6-4). Table 4.10.2 lists the M3A-HS64G02 jumper setting (JP3). R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 4-32 SH7269 CPU Board R0K572690C000BR 4. M3A-HS64G02 Functions 8 Expansion connectors (CN1, CN7) 4 3.3 V 8 SH7269 (U1) Video signal input module PJ7/DV_DATA7/SD_D2_1/PWM1H PJ6/DV_DATA6/SD_D3_1/PWM1G PJ5/DV_DATA5/SD_CMD_1/PWM1F PJ4/DV_DATA4/SD_CLK_1/PWM1E D1 S1B S2A D2 S2B S3A D3 S3B S4A D4 S4B D1 D2 D3 D4 S1A 1H S1B S2A 1G S2B S3A 1F S3B S4A 1E MUX IN EN# IN 3.3 V DV or SD (U23) PJ3/DV_DATA3/SD_D0_1/PWM1D PJ2/DV_DATA2/SD_D1_1/PWM1C PJ1/DV_DATA1/SD_WP_1/PWM1B PJ0/DV_DATA0/SD_CD_1/PWM1A S1A D1 S1B S2A D2 S2B S3A D3 S3B S4A D4 S4B D1 D2 D3 D4 S1B S2A 1C S2B S3A 1B S3B S4A 1A S4B MUX EN# S1A EN# A0 B0 A1 B1 1F A2 B2 1E A3 B3 1D A4 B4 1C A5 B5 1B A6 B6 1A A7 B7 A8 A8 DIR G# VccA 5V VccB 3.3 V IN D1 D2 * PF [7:4] cannot use the PWM function. D3 D4 PF6/SSITxD0/SGOUT_2 Level shifter (U8: HD151015) S1A 2A S1B S2A 2B S2B S3A 2C S3B S4A 2D S4B 3.3 V MUX EN# PJ8/DV_DATA8/PWM2A PJ10/DV_DATA10/PWM2C PJ12/DV_DATA12/PWM2E PJ13/DV_DATA13/PWM2F 20-pin MIL-spec connector (J5) MUX IN PF4/SSISCK0/SGOUT_0 PF7/SSIRxD0/SGOUT_3 Character LCD interface 1G PWM or SSIF (U5) PF5/SSIWS0/SGOUT_1 PORT interface 1H PWM or SD (U2) 1D D/A Converter Level shifter (U6: HD151015) S4B MUX EN# 8 PWM or SD (U3) DV or SD (U22) S1A 4 SDHI DIP switches SW6-4 PJ9/DV_DATA9/PWM2B 3.3 V IN D2 PJ15/DV_DATA15/PWM2H D3 PJ11/DV_DATA11/PWM2D D4 A0 B0 2B A1 B1 2C A2 B2 2D A3 B3 2E A4 B4 2F A5 B5 2G A6 B6 VCC 2H A7 B7 GND A8 A8 DIR PWM or PORT (U7) D1 PJ14/DV_DATA14/PWM2G 2A S1A 2E S1B S2A 2F S2B S3A 2G S3B S4A 2H VccA G# 5V 5V VccB S4B MUX 8 EN# PWM output connector (CN11) Note: Pin names in red indicate the function used. IN 3.3 V JP3 3 1 Figure 4.10.1 Table 4.10.1 2 PWM Interface Block Diagram R0K572690C000BR System Setting DIP Switches (SW6-4) Number Function OFF (High) SW6-4 ON (Low) Connected to the SDHI/PWM/character LCD Interface Connected to the VDC4 (default) Note: Shading indicates the function to be set. Table 4.10.2 M3A-HS64G02 Jumper Setting (JP3) Number JP3 1-2 Connected to the PWM interface (default) 2-3 Connected to the SDHI/SSIF/PORT interface Note: Shading indicates the function to be set. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 4-33 SH7269 CPU Board R0K572690C000BR 4.11 4. M3A-HS64G02 Functions MTU2 Interface The SH7269 includes a Multi Function Timer Pulse Unit 2 (MTU2) consists of five channels of 16-bit timer counter. LEDs are connected to MTU2 pins to control LED brightness on the M3A-HS64G02. PF0/TIOC4A, PF2/TIOC4C, PF3/TIOC4D, and PJ27/TIOC1A pins are available on the R0K572690C000BR. These pins are multiplexed with the RSPI channel 1 pins. When using serial flash memory 2 by the RSPI, MTU2 cannot be used. Figure 4.11.1 shows the MTU2 interface block diagram. 4 SDRAM Expansion connector Expansion connector or SDRAM(U2) SH7269U1 PC5/RAS# PC6/CAS# PC7/CKE PC8/CS3# D1 D2 D3 D4 S1A (Unavailable)4A CN6,14 S1B S2A (Unavailable)4B CN6,15 0A 0B 0C 0D S2B S3A (Unavailable)4C CN6,16 1A 1B S3B S4A (Unavailable)4D CN6,17 2A 2B 3C 3D S4B 3.3V MUX EN# 20pin MIL spec connectorJ16 4A 4B 4C 4D IN DIP SW6-1 3.3V 3.3V 0A 0B 0C 0D Serial flash memory 2 3C CN7,31 3D CN7,33 3.3V PF3/QMI_1/QIO1_1/MISO1/TIOC4D/ SPBMI_1/SPBIO1_1 PF0/QSPCLK_1/RSPCK1/TIOC4A/ AUDCK 0A CN9,28 0B CN9,27 PF2/QMO_1/QIO0_1/MOSI1/ TIOC4C/ SPBMO_1/SPBIO0_1 0C CN9,30 PJ27/TIOC1A 0D CN9,29 PJ10/DV_DATA10/PWM2C (Unavailable; used for PW output on R0K572690C000BR) 1A CN1,13 PJ8/DV_DATA8/PWM2A (Unavailable; used for PWM output on R0K572690C000BR) 1B CN1,12 PE6 (Unavailable; used for a character LCD pin RS on R0K572690C000BR) 2A CN6,12 PE7 (Unavailable; used for a character LCD pin E on R 0K572690C000BR) 2B CN6,13 PJ12/DV_DATA12/PWM2E 1A 1B 2A 2B 5V 3C 3D 3.3V Note: Pin names in red indicate functions used 4A 4B 4C 4D Figure 4.11.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 MTU2 Interface Block Diagram 4-34 SH7269 CPU Board R0K572690C000BR 4.12 4. M3A-HS64G02 Functions I/O Ports The SH7269 I/O ports are connected to switches and LEDs on the M3A-HS64G02. To use ports PH0 to PH3 as key input switches (4 switches x 4 inputs) via an A/D Converter (ADC), set the ports as analog input pins (AN0 to AN3). PJ16 and PJ17 can be used as the user setting switches input. PJ18 and PJ19 can be used as the user LED control output. Figure 4.12.1 shows the I/O ports block diagram. 3.3 V 3.3 V Expansion connector (CN3) AVcc SH7269 (U1) AVcc 4.7 k AN0 AN0 PH0/AN0 PJ18/DV_DATA18 1.5 k 1.5 k LED2 LED3 3.3 V 14 k 4.7 k 1.58 k PJ19/DV_DATA19 0 3.3 V AVcc AN1 AVcc 4.7 k 14 k 4.7 k 1.58 k AN1 PH1/AN1 4.7 k 1.58 k PJ17/DV_DATA17 6 PH2/AN2 AN3 14 k 5 AVcc AVcc 4.7 k PJ16/DV_DATA16 AVcc AN2 0 User DIP switches (SW6) PH3/AN3 AN2 0 Note: Pin names in red indicate the function used. AVcc 4.7 k 14 k 4.7 k 1.58 k AN3 0 3.3 V x 14.0 KR / (14.0 KR + 4.7 KR) = 2.47 V 3.3 V x 4.70 KR / (4.70 KR + 4.7 KR) = 1.65 V 3.3 V x 1.58 KR / (1.58 KR + 4.7 KR) = 0.83 V 3.3 V x 0.00 KR / (0.00 KR + 4.7 KR) = 0 V Figure 4.12.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 I/O Ports Block Diagram 4-35 SH7269 CPU Board R0K572690C000BR 4.13 4. M3A-HS64G02 Functions Interrupt Switches The M3A-HS64G02 includes two push-button switches (SW2 and SW3) for the interrupt signals input, however these switches are connected to general-purpose input port. Use the push-button switch SW4 (IRQ1 switch) on the R0K572690C000BR to input the interrupt signal from the SH7269. Set jumpers (JP1 and JP2) on the M3A-HS64G02 to use SW2 and SW3 on the M3A-HS64G02 and remove resistors (R42 and R43) on the R0K572690C000BR to avoid the EEPROM malfunction. Figure 4.13.1 shows the interrupt switches block diagram. Table 4.13.1 lists the M3A-HS64G02 jumper settings (JP1 and JP2). Expansion connector (CN7) 3.3 V 3.3 V IRQ2 switch (SW1) SH7269 (U1) JP1 3 + 1 PE2/SCL1 2 3.3 V 3.3 V IRQ3 switch (SW2) JP2 3 PE3/SDA1 2 + 1 D/A Converter IIC pin EEPROM (U6) 2 R42 SCL SDA R43 Note: Pin names in red indicate the function used. : Optional Figure 4.13.1 Table 4.13.1 Interrupt Switches Block Diagram M3A-HS64G02 Jumper Settings (JP1, JP2) Number 1-2 2-3 JP1 IIC3 mode [Set PE2 as SCL1 output pin] IRQ mode [Set PE2 as the general-purpose input pin] (default) JP2 IIC3 mode [Set PE3 as SDA1 I/O pin] IRQ mode [Set PE3 as the general-purpose input pin] (default) Note: Shading indicates the function to be set. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 4-36 SH7269 CPU Board R0K572690C000BR 4.14 4. M3A-HS64G02 Functions Clock Modules Provide following clocks with the SH7269 on the R0K572690C000BR. * * * * * * SH7269 input clock (X4): 13.33MHz SH7269 RTC clock (X5): 32.768kHz SH7269 audio clock (X8): 11.2896MHz SH7269 USB clock (X6): 48.00MHz SH7269 LCD clock (X1): Optional SH7269 digital video decoder clock (X2): 27.00MHz Figure 4.14.1 shows the clock module block diagram of the R0K572690C000BR and M3A-HS64G02. Expansion connectors CN6, CN7 SH7269U1 SocketX8 CLK 11.2896MHz AUDIO_X1 NC D/A converterU10 Clock BufferU9 AUDIO_XOUT REF AUDIO_X2 CLK1 CLK2 CLK3 CLK4 CLKOUT CK1 MCKI 3.3V DIP SW5-1 MD_CLK0 Video recorderU11 X2 CLK 27MHz VIDEO_X1 NC DV_CLK VIDEO_X2 X1 CLK CLK27MO CLKIN 24.576MHz RTC_X1 32.768kHz RTC_X2 X5 SocketX3 CLK SDRAMU7 X4 CLK 13.33MHz EXTAL NC SocketX6 CLK PLL CKIO CLK XTAL USB_X1 48MHz USB_X2 48MHz X7 SocketX1 CLK LCDJ10J12 LCD_EXTCLK LCD_CLK DCLK : Optional Figure 4.14.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 R0K572690C000BR and M3A-HS64G02 Clock Module Block Diagram 4-37 SH7269 CPU Board R0K572690C000BR 4.15 4. M3A-HS64G02 Functions Reset Module A reset IC controls reset signals connected to the SH7269, flash memory and peripheral I/Os on the R0K572690C000BR and M3A-HS64G02. There are two system reset options; power-on reset, and reset by switch. Figure 4.15.1 shows the reset module block diagram. 38-pin H-UDI connector (J3) RES# 3.3 V 3.3 V RNA50C27AUSU20 EN pin of the 1.25 V DC/DC 3.3 V VDD33 U25 0.1 F RES# RESN# + S1A D1 SH7269U1 RESP# CREXT PWM or SSIF (U5) RES# SWG VDD18 330 K 14-pin H-UDI connector (J7) Expansion connector (CN7) PF7/SSIRxD0 S1B S2A D2 D3 U19 SW2 NOR flash memory (U4) D4 S2B S3A D/A Converter (AK4353) S3B S4A PDN# S4B MUX RESET# Reset IC output delay time: td = 330 k x 0.1 F = 33 ms RS-232C driver (U15) EN# IN 3.3 V SHDN# JP3 3 2 1 Video decoder (U11: AK8851) RESET# Note: Pin names in red indicate the function used. : Optional Figure 4.15.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 Reset Module Block Diagram 4-38 SH7269 CPU Board R0K572690C000BR 4.16 4. M3A-HS64G02 Functions Power Supply Module 12 V power supply is input to the M3A-HS64G02, and the voltage regulator on theM3A-HS64G02 generates 8 V voltage, and 5 V voltage. 5 V voltage is provided to the R0K572690C000BR, and the voltage regulator on the R0K572690C000BR generates 3.3 V digital (3VCC) and 3.3 V analog (AVcc). Figure 4.16.1 shows the power supply module block diagram. Figure 4.16.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 Power Supply Module Block Diagram 4-39 SH7269 CPU Board R0K572690C000BR 4. M3A-HS64G02 Functions This page is intentionally left blank R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 4-40 SH7269 CPU Board R0K572690C000BR 5.R0K572690C000BR Operating Specification 5.R0K572690C000BR Operating Specification 5.1 Connectors J6 5V input AC adapter J4 5V power supply connector CN10 Expansion connector CN11 Expansion connector Figure 5.1.1and Figure 5.1.2 show the connectors for the R0K572690C000BR. J11 RCA connector J12 RCA connector CN4 Expansion connector J10 RS-232C connector J1 USB series A receptacle J3 H-UDI port connector 38-pin CN5 Expansion connector J7 H-UDI port connector 14-pin Figure 5.1.1 R0K572690C000BR Connector Assignments (Top view of the component side) R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 5-1 SH7269 CPU Board R0K572690C000BR 5.R0K572690C000BR Operating Specification J13 SD card slot CN6 Expansion connector CN1 Expansion connector CN8 Expansion connector CN3 Expansion connector CN7 Expansion connector Figure 5.1.2 CN9 Expansion connector R0K572690C000BR Connector Assignments (Top view of the solder side) R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 5-2 SH7269 CPU Board R0K572690C000BR 5.1.1 5.R0K572690C000BR Operating Specification USB Connectors (J1 and J2) The R0K572690C000BR includes a USB Series-A receptacle (J1). Remove the series-A receptacle to connect a USB mini-B receptacle (J2). Refer to Table 1.6.2 in Chapter 1 for the USB mini-B receptacle allowed on the R0K572690C000BR. Figure 5.1.3 shows the Series-A receptacle pin assignments. Figure 5.1.4 shows the Mini-B receptacle pin assignments. Table 5.1.1and Table 5.1.2 list the pin descriptions for Series-A and Mini-B receptacles, respectively. <Top view of the component side> J1 <Side view> 1 2 3 4 Figure 5.1.3 Series A Receptacle Pin Assignments (J1) Table 5.1.1. Series A receptacle Pin Descriptions (J1) Pin No. Signal Name 1 VBUS 2 DM 3 DP 4 GND R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 5-3 SH7269 CPU Board R0K572690C000BR 5.R0K572690C000BR Operating Specification 12345 <Top view of the component side> J2 <Side view> Figure 5.1.4 Mini-B Receptacle Pin Assignments (J2) Table 5.1.2 Mini-B Receptacle Pin Descriptions (J2) Pin No. Signal Name 1 VBUS 2 DM 3 DP 4 ID (connects to the test pin) 5 GND R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 5-4 SH7269 CPU Board R0K572690C000BR 5.1.2 5.R0K572690C000BR Operating Specification H-UDI Port Connector (38-pin, J3) The R0K572690C000BR includes a 38-pin H-UDI port connector (J3) to connect to an E10A-USB emulator. Figure 5.1.5shows the H-UDI port connector pin assignments. Table 5.1.3 lists the pin descriptions (38-pin type). 2 38 <Top view of the component side> 1 37 J3 <Side view> Figure 5.1.5 H-UDI Port Connector Pin Assignments (38-pin type, J3) Table 5.1.3 H-UDI Port Connector Pin Descriptions (38-pin type, J3) Pin No. Signal Name Pin No. Signal Name 1 NC 2 NC 3 ASEMD# 4 NC 5 GND 6 AUDCK 7 NC 8 ASEBRKAK#/ASEBRK# 9 RESET# 10 NC 11 TDO 12 +3.3V 13 NC 14 +3.3V 15 TCK 16 NC 17 TMS 18 NC 19 TDI 20 NC 21 TRST# 22 NC 23 NC 24 AUDATA3 25 NC 26 AUDATA2 27 NC 28 AUDATA1 29 NC 30 AUDATA0 31 NC 32 AUDSYNC# 33 NC 34 NC 35 NC 36 NC 37 NC 38 NC R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 5-5 SH7269 CPU Board R0K572690C000BR 5.1.3 5.R0K572690C000BR Operating Specification 5V Power Supply Connector (J4) The R0K572690C000BR includes a system power supply connector. Figure 5.1.6 shows the power supply connector pin assignments and Table 5.1.4 lists the pin descriptions. 1 2 <Top view of the component side> J4 1 2 <Side view> Figure 5.1.6 Power Supply Connector Pin Assignment (J4) Table 5.1.4 Power Supply Connector Pin Descriptions (J4) Pin No. 1 Signal Name +5V R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 Pin No. 2 Signal Name GND 5-6 SH7269 CPU Board R0K572690C000BR 5.1.4 5.R0K572690C000BR Operating Specification 5V Input AC Adapter Jack (J6) The R0K572690C000BR includes an AC adapter jack (J6) for DC5V input. Figure 5.1.7 shows the pin deployment for 5V input AC adapter. Table 5.1.5 lists the pin descriptions. <Top View of the component side> J6 - 2 + 3 1 Figure 5.1.7 5V input AC adapter Jack Pin Assignments (J6) Table 5.1.5 5V Input AC adapter Jack Pin Descriptions (J6) Pin No. Signal Name Pin No. 1 +5V 2 3 GND - R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 Signal Name GND 5-7 SH7269 CPU Board R0K572690C000BR 5.1.5 5.R0K572690C000BR Operating Specification H-UDI Port Connector (14-pin, J7) The R0K572690C000BR includes a 14-pin H-UDI port connector (J3) to connect to an E10A-USB emulator. Figure 5.1.8 shows the H-UDE port connector pin assignments. Table 5.1.6 lists the pin descriptions. (14-pin). 2 14 1 13 <Top view of the component side> J7 Figure 5.1.8 H-UDI Port Connector Pin Assignment (14-pin type, J7) Table 5.1.6 H-UDI Port Connector Pin Descriptions (14-pin type, J7) Pin No. Signal Name Pin No. Signal Name 1 TCK 2 GND 3 TRST# 4 ASEMD# 5 TDO 6 NC 7 ASEBRKAK#/ASBRK# 8 +303V 9 TMS 10 NC 11 TDI 12 GND 13 REST# 14 GND R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 5-8 SH7269 CPU Board R0K572690C000BR 5.1.6 5.R0K572690C000BR Operating Specification RS-232C Connector The R0K572690C000BR includes an RS/232C connector (J10). Figure 5.1.9shows the H-UDI port connector pin assignments. Table 5.1.7 lists the pin descriptions. 5 9 1 6 Board edge <Top view of the component side> J10 5 9 1 6 Board edge <Side view> Figure 5.1.9 RS-232C Connector Pin Assignments (J10) Table 5.1.7 RS-232C Connector Pin description (J10). Pin No. Signal Name Pin No. Signal Name 1 NC 6 DSR# 2 RXD (PF14 / A25 / AAIWS2 /RxD2) 7 RTS# 3 TXD (PF15 / A0 / SSIDATA2 / 8 CTS# NC WDTOVF# / TxD2 / UBCTRG#) 4 DTR# 9 5 GND - Note: The signal names in bold letters are setting function. Pin number4 to 6, 7 to 8 are loopback-connected. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 5-9 SH7269 CPU Board R0K572690C000BR 5.1.7 5.R0K572690C000BR Operating Specification Expansion Connector (CN1, CN3 to CN11) The R0K572690C000BR includes through-holes for mounting expansion connectors (CN1, CN3 to CN11). Figure 5.1.10 and Figure 5.1.11 show the expansion connector pin assignments. From Table 5.1.8 to Table 5.1.18 list the pin descriptions. B1 B2 CN11 A1 A2 2 CN4 1 B19 B20 B1 B2 A19 A20 A1 A2 CN10 A19 A20 30 29 2 1 Figure 5.1.10 B19 B20 CN5 20 19 Expansion Connector Pin Assignments (Top view of the component side) R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 5-10 SH7269 CPU Board R0K572690C000BR 5.R0K572690C000BR Operating Specification 2 1 CN6 20 19 1 2 19 20 CN8 1 2 CN1 19 20 CN3 1 2 1 Figure 5.1.11 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 CN7 40 2 39 1 CN9 19 30 2 20 29 Expansion Connector Pin Assignments (Top view of the solder side) 5-11 SH7269 CPU Board R0K572690C000BR 5.R0K572690C000BR Operating Specification Table 5.1.8 Expansion Connector Descriptions 1 (CN1) Pin No. 1 Signal Name Pin No. PJ11 / DV_DATA11 / LCD_DATA11 / PINT3 / 2 PWM2D / SCK6 3 Signal Name PJ15 / DV_DATA15 / LCD_DATA15 / PINT7 / PWM2H / TxD7 +5V 4 PJ14 / DV_DATA14 / LCD_DATA14 / PINT6 / PWM2G / TxD6 5 PJ9 / DV_DATA9 / LCD_DATA9 / PINT1 / 6 +3.3V 8 NC PWM2B / RTS5# 7 NC 9 PA1 / MD_BOOT1 10 PA0 / MD_BOOT0 GND 12 PJ8 / DV_DATA8 / LCD_DATA8 / PINT0 / 11 PWM2A / CTS5# 13 PJ10 / DV_DATA10 / LCD_DATA10 / PINT2 / 14 PWM2C / SCK5# 15 PG23 / LCD_DATA23 / LCD_TCON6 / TxD5 / AUDATA3 PG22 / LCD_DATA22 / LCD_TCON5 / RxD5 / 16 GND 18 PJ21 / DV_DATA21 / LCD_DATA21 / AUDSYNC# 17 PJ20 / DV_DATA20 / LCD_DATA20 / LCD_TCON3 / IRQ0 / CRx2 / CRx0/CRx1/CRx2 LCD_TCON4 / IRQ1 / CTx2 / CTx0&CTx1&CTx2 PJ23 / DV_DATA23 / LCD_DATA23 / LCD_TCON6 / IRQ3 / CTx1 / CTx0&CTx1 19 Legend: PJ29 / SSIWS5 / TIOC2A / IERxD : 5V power supply, 20 PJ30 / SSIDATA5 / TIOC2B / IETxD : GND : 3.3V power supply, Table 5.1.9 Expansion Connector Descriptions 2 (CN3) Pin No. Signal Name Pin No. Signal Name 1 AVref 2 AVref 3 PH1 / AN1 / PINT1 4 PH0 / AN0 / PINT0 5 AVref 6 AVref 7 PH3 / AN3 / PINT3 8 PH2 / AN2 / PINT2 9 AVcc 10 AVcc 11 PH5 / AN5 / PINT5 / LCD_EXTCLK 12 PH4 / AN4 / PINT4 13 AVcc 14 AVcc 15 PH7 / AN7 / PINT7 16 PH6 / AN6 / PINT6 17 AVss 18 AVss 19 AVss 20 AVss Legend: : 5V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 : 3.3V power supply, : GND 5-12 SH7269 CPU Board R0K572690C000BR 5.R0K572690C000BR Operating Specification Table 5.1.10 Expansion Connector Descriptions 3 (CN4) Pin No. 1 3 Signal Name Pin No. PB22 / A22 / CTx2 / IETxD / CS4# 2 PB20 / A20 / QMI_0/QIO1_0 / MISO0/ SPBMI_0/SPBIO1_0 4 Signal Name PB21 / A21 / CRx2 / IERxD PB19 / A19 / QMO_0/QIO0_0 / MOSI0 / SPBMO_0/SPBIO0_0 5 PB18 / A18 / QSSL_0 / SSL00 / SPBSSL 6 PB17 / A17 / QSPCLK_0 / RSPCK0 / SPBCLK 7 GND 8 GND 9 PB16 / A16 / QIO3_0 / SPBIO3_0 10 PB15 / A15 / QIO2_0 / SPBIO2_0 11 PB14 / A14 / QIO3_1 / SPBIO3_1 12 PB13 / A13 / QIO2_1 / SPBIO2_1 13 PB12 / A12 / TIOC3D 14 PB11 / A11 / TIOC3C 15 GND 16 GND 17 PB10 / A10 / TIOC3B 18 PB9 / A9 / TIOC3A 19 PB8 / A8 / TIOC2B 20 PB7 / A7 / TIOC2A 21 PB6 / A6 / TIOC1B 22 PB5 / A5 / TIOC1A 23 +3.3V 24 +3.3V 25 PB4 / A4 / TIOC0D 26 PB3 / A3 / TIOC0C 27 PB2 / A2 / TIOC0B 28 PB1 / A1 / TIOC0A 29 +5V 30 +5V Legend: : 5V power supply, : 3.3V power supply, : GND Table 5.1.11 Expansion Connector Descriptions 4 (CN5) Pin No. Signal Name Pin No. Signal Name 1 NC 2 PF23 / SD_D2_0 / TxD3 / MMC_D2 3 PF22 / SD_D3_0 / RxD3 / MMC_D3 4 PF21 / SD_CMD_0 / SCK3 / MMC_CMD 5 PF20 / SD_CLK_0 / SSIDATA3 / MMC_CLK 6 +5V 7 PF19 / SD_D0_0 / SSIWS3 / IRQ7 / MMC_D0 8 PF18 / SD_D1_0 / SSISCK3 / IRQ6 / MMC_D1 9 GND 10 PF17 / SD_WP_0 / FRB / IRQ5 11 PF17 / SD_WP_0 / FRB / IRQ5 12 PF16 / SD_CD_0 / FCE# / IRQ4 / MMC_CD 13 PF16 / SD_CD_0 / FCE# / IRQ4 / MMC_CD 14 GND PF15 / A0 / SSIDATA2 / WDTOVF# / TxD2 / 16 PF14 / A25 / SSIWS2 / RxD2 18 PF9 / BS# / DV_DATA0 / SCK0 / MMC_D4 / 15 UBCTRG# 17 PF13 / A24 / SSISCK2 / SCK2 RTS1# 19 PF8 / A23 / TxD0 20 PF1 / BACK# / QSSL_1 / SSL10 / TIOC4B / DACK0 Legend: : 5V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 : 3.3V power supply, : GND 5-13 SH7269 CPU Board R0K572690C000BR 5.R0K572690C000BR Operating Specification Table 5.1.12 Expansion Connector Descriptions 5 (CN6) Pin No. Signal Name 1 +5V 3 5 Pin No. Signal Name 2 +5V +5V 4 +5V PC0 / CS0# / MD_BOOT2 6 PC1 / RD# 7 PC2 / RD/WR# / SCK6 8 PC3 / WE0#/DQMLL / RxD6 9 PC4 / WE1#/WE#/DQMLU / TxD6 10 +3.3V 11 +3.3V 12 PE6 / SCL3 / RxD6 13 PE7 / SDA3 / RxD7 14 PC5 / RAS# / CRx0 / CRx0/CRx1/CRx2 / IRQ0 15 PC6 / CAS# / SCK7 / CTx0 / CTx0&CTx1&CTx2 16 PC7 / CKE / RxD7 / CRx1 / CRx0/CRx1 / IRQ1 17 PC8 / CS3# / TxD7 / CTx1 / CTx0&CTx1 18 GND 19 GND 20 CKIO Legend: : 5V power supply, : 3.3V power supply, :GND Table 5.1.13 Expansion Connector Descriptions 6 (CN7-1) Pin No. Signal Name Pin No. Signal Name 1 PJ6 / DV_DATA6 / LCD_DATA6 / SD_D3_1 / PWM1G 2 PJ7 / DV_DATA7 / LCD_DATA7 / SD_D2_1 / PWM1H 3 PJ4 / DV_DATA4 / LCD_DATA4 / SD_CLK_1 / PWM1E 4 PJ5 / DV_DATA5 / LCD_DATA5 / SD_CMD_1 / WM1F 5 PE0 / SCL0 / TCLKA / LCD_EXTCLK 6 RES# 7 PE2 / SCL1 / TCLKC / IOIS16# / DV_VSYNC 8 PE1 / SDA0 / TCLKB / AUDIO_CLK / DV_CLK PJ20 / DV_DATA20 / LCD_DATA20 / LCD_TCON3 / IRQ0 / CRx2 / CRx0/CRx1/CRx2 9 PE4 / SCL2 / RxD4 / DV_VSYNC 10 PE3 / SDA1 / TCLKD / ADTRG# / DV_HSYNC 11 +3.3V 12 PE5 / SDA2 / RxD5 / DV_HSYNC 13 PJ2 / DV_DATA2 / LCD_DATA2 / SD_D1_1 / PWM1C 14 PJ3 / DV_DATA3 / LCD_DATA3 / SD_D0_1 / PWM1D 15 PJ0 / DV_DATA0 / LCD_DATA0 / SD_CD_1 / PWM1A 16 PJ1 / DV_DATA1 / LCD_DATA1 / SD_WP_1 / PWM1B 17 PF10 / CS1# / SSISCK1 / DV_DATA1 / SCK1 / MC_D5 18 +5V 20 PF11 / SSIWS1 / DV_DATA2 / RxD1 / MMC_D6 PJ0 / DV_DATA0 / LCD_DATA0 / SD_CD_1 / PWM1A 19 PF12 / SSIDATA1 / DV_DATA3 / TxD1 / MMC_D7 PJ2 / DV_DATA2 / LCD_DATA2 / SD_D1_1 / PWM1C 21 PJ1 / DV_DATA1 / LCD_DATA1 / SD_WP_1 / PWM1B 22 GND PJ28 / SSISCK5 / TIOC1B / RTS7# PJ3 / DV_DATA3 / LCD_DATA3 / SD_D0_1 / PWM1D 23 Legend: PJ5 / DV_DATA5 / LCD_DATA5 / SD_CMD_1 / WM1F PJ30 / SSIDATA5 / TIOC2B / IETxD : 5V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 : 3.3V power supply, 24 PJ4 / DV_DATA4 / LCD_DATA4 / SD_CLK_1 / PWM1E PJ29 / SSIWS5 / TIOC2A / IERxD :GND 5-14 SH7269 CPU Board R0K572690C000BR 5.R0K572690C000BR Operating Specification Table 5.1.14 Expansion Connector Descriptions 7 (CN7-2) Pin No. 25 Signal Name PJ6 / DV_DATA6 / LCD_DATA6 / SD_D3_1 / PWM1G Pin No. Signal Name 26 GND 28 TxD7 PJ7 / DV_DATA7 / LCD_DATA7 / SD_D2_1 / PWM1H PJ31 / DV_CLK PJ25 / SGOUT_1 / SSIWS4 / LCD_TCON4 / PJ24 / SGOUT_0 / SSISCK4 / LCD_TCON3 / SPDIF_IN / SCK7 27 PJ26 / SGOUT_2 / SSIDATA4 / LCD_TCON5 / SPDIF_OUT / RxD7 29 GND 30 PF0 / BREQ# / QSPCLK_1 / RSPCK1 / TIOC4A / DREQ0 / AUDCK 31 PF2 / WAIT# / QMO_1/QIO0_1 / MOSI1 / 32 TIOC4C / TEND0 / SPBMO_1/SPBIO0_1 33 PF3 / CS2# / QMI_1/QIO1_1 / MISO1 / PJ13 / DV_DATA13 / LCD_DATA13 / PINT5 / PWM2F / TxD5 34 GND TIOC4D / AUDIO_XOUT / SPBMI_1/SPBIO1_1 35 PF5 / SSIWS0 / SGOUT_1 36 PF4 / CS5#/CE1A# / SSISCK0 / SGOUT_0 37 PF6 / CE2A# / SSITxD0 / SGOUT_2 PF7 / 38 PF7 / SSIRxD0 / RxD0 / SGOUT_3 / CTS1# 40 PJ19 / DV_DATA19 / LCD_DATA19 / MISO0 / SSIRxD0 / RxD0 / SGOUT_3 / CTS1# 39 GND TIOC0D/ SIOFRxD / AUDIO_XOUT Legend: : 5V power supply, : 3.3V power supply, :GND Table 5.1.15 Expansion Connector Descriptions 8 (CN8) Pin No. Signal Name Pin No. Signal Name 1 PD0 / D0 / PWM1A 2 PD8 / D8/NAF0 / PWM2A 3 PD1 / D1 / PWM1B 4 PD9 / D9/NAF1 / PWM2B 5 GND 6 PD2 / D2 / PWM1C 7 PD10 / D10/NAF2 / PWM2C 8 PD3 / D3 / PWM1D 9 PD11 / D11/NAF3 / PWM2D 10 GND 11 PD4 / D4/FRE# / PWM1E 12 PD12 / D12/NAF4 / PWM2E 13 PD5 / D5/FCLE / PWM1F 14 PD13 / D13/NAF5 / PWM2F 15 +3.3V 16 PD6 / D6/FALE / PWM1G 17 PD14 / D14/NAF6 / PWM2G 18 PD7 / D7/FWE# / PWM1H 19 PD15 / D15/NAF7 / PWM2H 20 +5V Legend: : 5V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 : 3.3V power supply, :GND 5-15 SH7269 CPU Board R0K572690C000BR 5.R0K572690C000BR Operating Specification Table 5.1.16 Expansion Connector Description 9 (CN9) Pin No. Signal Name Pin No. Signal Name 1 PG1 / D17 / LCD_DATA1 / IRQ1 / TIOC0B 2 PG0 / D16 / LCD_DATA0 / IRQ0 / TIOC0A 3 PG3 / D19 / LCD_DATA3 / IRQ3 / TIOC0D 4 PG2 / D18 / LCD_DATA2 / IRQ2 / TIOC0C 5 GND 6 PG4 / D20 / LCD_DATA4 / IRQ4 / TIOC1A 7 PG6 / D22 / LCD_DATA6 / IRQ6 / TIOC2A 8 PG5 / D21 / LCD_DATA5 / IRQ5 / TIOC1B 9 PG7 / D23 / LCD_DATA7 / IRQ7 / TIOC2B 10 GND 11 PG9 / D25 / LCD_DATA9 / PINT1 / TIOC3B 12 PG8 / D24 / LCD_DATA8 / PINT0 / TIOC3A 13 PG11 / D27 / LCD_DATA11 / PINT3 / TIOC3D 14 PG10 / D26 / LCD_DATA10 / PINT2 / TIOC3C 15 GND 16 PG12 / D28 / LCD_DATA12 / PINT4 17 PG14 / D30 / LCD_DATA14 / PINT6 18 PG13 / D29 / LCD_DATA13 / PINT5 19 PG25 / LCD_TCON0 20 PG15 / D31 / LCD_DATA15 / PINT7 21 PG26 / LCD_TCON1 22 +5V 23 PG24 / LCD_CLK 24 PJ22 / DV_DATA22 / LCD_DATA22 / 25 +3.3V 26 PG27 / LCD_TCON2 / LCD_EXTCLK 27 PJ12 / DV_DATA12 / LCD_DATA12 / PINT4 / 28 PF0 / BREQ# / QSPCLK_1 / RSPCK1 / LCD_TCON5 / IRQ2 / CRx1 / CRx0/CRx1 PWM2E / SCK7 29 TIOC4A / DREQ0 / AUDCK PJ27 / SGOUT_3 / TIOC1A / CTS7# 30 PF2 / WAIT# / QMO_1/QIO0_1 / MOSI1 / TIOC4C / TEND0 / SPBMO_1/SPBIO0_1 Legend: : 5V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 : 3.3V power supply, :GND 5-16 SH7269 CPU Board R0K572690C000BR 5.R0K572690C000BR Operating Specification Table 5.1.17 Expansion Connector Description 10 (CN10) Pin No. Signal Name Pin No. Signal Name A1 PG0 / D16 / LCD_DATA0 / IRQ0 / TIOC0A B1 PG1 / D17 / LCD_DATA1 / IRQ1 / TIOC0B A2 PG2 / D18 / LCD_DATA2 / IRQ2 / TIOC0C B2 PG3 / D19 / LCD_DATA3 / IRQ3 / TIOC0D A3 +3.3V B3 PG4 / D20 / LCD_DATA4 / IRQ4 / TIOC1A A4 PG5 / D21 / LCD_DATA5 / IRQ5 / TIOC1B B4 PG6 / D22 / LCD_DATA6 / IRQ6 / TIOC2A A5 PG7 / D23 / LCD_DATA7 / IRQ7 / TIOC2B B5 +5V A6 PG8 / D24 / LCD_DATA8 / PINT0 / TIOC3A B6 PG9 / D25 / LCD_DATA9 / PINT1 / TIOC3B A7 PG10 / D26 / LCD_DATA10 / PINT2 / TIOC3C B7 PG11 / D27 / LCD_DATA11 / PINT3 / TIOC3D A8 +3.3V B8 PG12 / D28 / LCD_DATA12 / PINT4 A9 PG13 / D29 / LCD_DATA13 / PINT5 B9 PG14 / D30 / LCD_DATA14 / PINT6 A10 PG15 / D31 / LCD_DATA15 / PINT7 B10 +5V A11 PG16 / WE2#/ICIORD#/DQMUL / B11 PG17 / WE3#/ICIOWR#/AH#/DQMUU / LCD_DATA16 / AUDATA0 A12 PG18 / DV_DATA4 / LCD_DATA18 / SPDIF_IN / LCD_DATA17 / AUDATA1 B12 PG19 / DV_DATA5 / LCD_DATA19 / SPDIF_OUT / SCK5 SCK4 A13 GND B13 PG20 / DV_DATA6 / LCD_DATA20 / LCD_TCON3 / RxD4 A14 PG21 / DV_DATA7 / LCD_DATA21 / B14 LCD_TCON4 / TxD4 / AUDATA2 A15 PG23 / LCD_DATA23 / LCD_TCON6 / TxD5 / PG22 / LCD_DATA22 / LCD_TCON5 / RxD5 / AUDSYNC# B15 GND PG25 / LCD_TCON0 AUDATA3 A16 PG24 / LCD_CLK B16 A17 PG26 / LCD_TCON1 B17 PJ22 / DV_DATA22 / LCD_DATA22 / LCD_TCON5 / IRQ2 / CRx1 / CRx0/CRx1 A18 GND B18 PJ23 / DV_DATA23 / LCD_DATA23 / LCD_TCON6 / IRQ3 / CTx1 / CTx0&CTx1 A19 VIN1NC A20 GND Legend: : 5V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 : 3.3V power supply, B19 GND B20 VIN2NC :GND 5-17 SH7269 CPU Board R0K572690C000BR 5.R0K572690C000BR Operating Specification Table 5.1.18 Expansion Connector Description 11 (CN11) Pin No. A1 Signal Name PJ14 / DV_DATA14 / LCD_DATA14 / PINT6 / Pin No. B1 PWM2G / TxD6 Signal Name PJ15 / DV_DATA15 / LCD_DATA15 / PINT7 / PWM2H / TxD7 A2 PJ10 / DV_DATA10 / LCD_DATA10 / PINT2 / A3 +3.3V B2 PWM2C / SCK5# PJ11 / DV_DATA11 / LCD_DATA11 / PINT3 / PWM2D / SCK6 B3 PJ9 / DV_DATA9 / LCD_DATA9 / PINT1 / PWM2B / RTS5# A4 PJ8 / DV_DATA8 / LCD_DATA8 / PINT0 / B4 PWM2A / CTS5# PJ20 / DV_DATA20 / LCD_DATA20 / LCD_TCON3 / IRQ0 / CRx2 / CRx0/CRx1/CRx2 A5 PJ7 / DV_DATA7 / LCD_DATA7 / SD_D2_1 / PWM1H B5 +5V A6 PJ0 / DV_DATA0 / LCD_DATA0 / SD_CD_1 / B6 PJ1 / DV_DATA1 / LCD_DATA1 / SD_WP_1 / PWM1A A7 PWM1B PJ5 / DV_DATA5 / LCD_DATA5 / B7 SD_CMD_1 / PWM1F A8 PJ6 / DV_DATA6 / LCD_DATA6 / SD_D3_1 / PWM1G +3.3V B8 PJ18 / DV_DATA18 / LCD_DATA18 / MOSI0 / TIOC0C / SIOFTxD A9 PJ4 / DV_DATA4 / LCD_DATA4 / SD_CLK_1 / B9 PWM1E A10 PJ3 / DV_DATA3 / LCD_DATA3 / SD_D0_1 / PWM1D PJ2 / DV_DATA2 / LCD_DATA2 / SD_D1_1 / B10 +5V B11 PJ12 / DV_DATA12 / LCD_DATA12 / PINT4 / PWM1C A11 PJ13 / DV_DATA13 / LCD_DATA13 / PINT5 / PWM2F / TxD5 A12 PWM2E / SCK7 PJ19 / DV_DATA19 / LCD_DATA19 / MISO0 / B12 TIOC0D/ SIOFRxD / AUDIO_XOUT A13 GND B13 PJ17 / DV_DATA17 / LCD_DATA17 / SSL00 / TIOC0B / SIOFSYNC PJ16 / DV_DATA16 / LCD_DATA16 / RSPCK0 / TIOC0A / SIOFSCK A14 PJ21 / DV_DATA21 / LCD_DATA21 / B14 LCD_TCON4 / IRQ1 / CTx2 / PJ22 / DV_DATA22 / LCD_DATA22 / LCD_TCON5 / IRQ2 / CRx1 / CRx0/CRx1 CTx0&CTx1&CTx2 A15 PJ23 / DV_DATA23 / LCD_DATA23 / LCD_TCON6 / B15 GND IRQ3 / CTx1 / CTx0&CTx1 A16 PJ31 / DV_CLK B16 PJ31 / DV_CLK A17 PE4 / SCL2 / RxD4 / DV_VSYNC B17 PE5 / SDA2 / RxD5 / DV_HSYNC A18 GND B18 PH4 / AN4 / PINT4 A19 PH5 / AN5 / PINT5 / LCD_EXTCLK B19 PH6 / AN6 / PINT6 A20 PH7 / AN7 / PINT7 B20 GND Legend: : 5V power supply, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 : 3.3V power supply, :GND 5-18 SH7269 CPU Board R0K572690C000BR 5.2 5.R0K572690C000BR Operating Specification R0K572690C000BR Operating Components SW1 Power switch JP11 System power switch jumper SW6 User DIP switch SW3 NMI switch SW4 IRQ1 switch SW7 TEST switch < Top view of the component side > SW5 System setting DIP switch Figure 5.2.1 shows the operating components for the R0K572690C000BR. LED2, LED3 User LED LED1 Power LED JP13 1.25V power switch jumper JP12 3.3V power switch jumper JP8 IRQ1 / CTx2 switch jumber JP9 IRQ0 / CRx2 switch jumper JP4 SSL / A18 switch jumper Figure 5.2.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 SW2 Rest switch JP5 CS0# / MD_BOOT2 switch jumper JP6 SSL jumper JP7 SPCLK jumper JP16 USB analog 1.25V power supply jumper JP15 USB analog 3.3V power supply jumper JP14 ADC analog power supply jumper JP10 USB VBUS power supply jumper R0K572690C000BR Operating Components 5-19 SH7269 CPU Board R0K572690C000BR 5.2.1 5.R0K572690C000BR Operating Specification Jumper (JP4 to JP16) R0K572690C000BR includes thirteen jumpers. Figure 5.2.2 shows the jumper assignments. From Table 5.2.1 to Table 5.2.4 list the jumper setting for JP4 to JP16. 3 1 JP11PWRSEL JP123.3V PWRSEL 3 3 1 1 JP131.25V PWRSEL JP8 JP9 1 3 3 1 JP10 JP6 JP7 3 3 1 1 <Top view of the component side> JP4 JP16 JP15 JP14 Figure 5.2.2 JP5 3 1 R0K572690C000BR Jumper Assignments (JP4 to JP16) . R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 5-20 SH7269 CPU Board R0K572690C000BR 5.R0K572690C000BR Operating Specification Table 5.2.1 Multi Functional Pin Switch Jumper Settings (JP4, JP5, JP8 and JP9) Jumper Setting JP4 SSL/A18 JP5 CS0#/MD_BOOT2 Function 12 Connects the serial flash memory (U9) as QSSL_0/SSL00 output pin Noneopen Connects the NOR flash memory (U4) as A18 output pin 12 Connects the NOR flash memory (U4) as CS0# output pin 23 Connects the system setting DIP switch (SW5) as MD_BOOT2 input pin JP6 SSL 12 Connects to the serial flash memory2(U10) as QSSL_1/SSL10 output pin 23 Connects to the serial flash memory2(U10) as SPBSSL output pin JP7 SPCLK 12 Connects to the serial flash memory2(U10) as QSPCLK_1/RSPCK1 output pin 23 Connects to the serial flash memory2(U10) as SPBCLK output pin JP8 IRQ1/CTx2 JP9 IRQ0/CRx2 12 Connects the IRQ1 switch (SW4) as IRQ1 input pin 23 Connects the expansion connector (CN1) as CTx2 output pin 12 Connects the expansion connector (CN7) as IRQ0 input pin 23 Connects the expansion connector (CN1) as CRx2 input pin : setting by default Note: Jumper settings shall not be changed while this evaluation board is under operation. Make sure to change settings with the power turned off. Table 5.2.2 USB VBUS Power Supply Jumper Settings (JP10) Jumper Setting JP10 Function 12 USB host mode (supply VBUS power) Noneopen USB function mode (Not supply VBUS power) : setting by default Note: Jumper settings shall not be changed while this evaluation board is under operation. Make sure to change settings with the power turned off. Table 5.2.3 Power Select Jumper Settings (JP11 to JP13) Jumper JP11 Setting Function 12 Supplies the system power from J4 PWRSEL 23 Supplies the system power from J6 (with AC adapter) JP12 12 Supplies the 3.3V power for SH7269 from U18 (embedded power) 3.3V PWRSEL 23 Supplies the 3.3V power for SH7269 from J5 (external power) JP13 12 Supplies the 1.25V power for SH7269 from U16 (embedded power) 23 Supplies the 1.25V power for SH7269 from J8 (external power) 1.25V PWRSEL : setting by default Note: Jumper settings shall not be changed while this evaluation board is under operation. Make sure to change settings with the power turned off. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 5-21 SH7269 CPU Board R0K572690C000BR Table 5.2.4 Jumper 5.R0K572690C000BR Operating Specification Analog Power Supply Jumper Setting (JP14 to JP16) Setting Function JP14 12 Noneopen Supplies the A/D converter analog 3.3V power (AVcc) Does not supply the A/D converter analog 3.3V power (AVcc) JP15 12 Noneopen Supply USB analog 3.3V power (USBAPVcc) Does not supply the USB analog 3.3V power (USBAPVcc) JP16 12 Noneopen Supply USB analog 1.25V power (USBAVcc) Does not supply the USB analog 1.25V power (USBAVcc) : setting by default Note: Jumper settings shall not be changed while this evaluation board is under operation. Make sure to change settings with the power turned off. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 5-22 SH7269 CPU Board R0K572690C000BR 5.2.2 5.R0K572690C000BR Operating Specification Switch and LEDs R0K572690C000BR includes seven switches and three LEDs. Figure 5.2.3 shows the switch assignments and LED pin assignments. Table 5.2.5 describes about on-chip switches. Table 5.2.6 and Table 5.2.7 list LED descriptions. Table 5.2.8 described on-chip LEDs. LED2 SW1 LED3 LED1 SW7 SW4 TEST IRQ1 SW3 NMI SW5 SW6 <Top view of the component side> SW2 RESET Figure 5.2.3 Diagram of Populated Switches and LEDs for R0K572690C000BR Table 5.2.5 R0K572690C000BR Switches No. Function Note SW1 Power switch - SW2 Reset switch For the details, refer to Section 2.9 SW3 NMI switch For the details, refer to Section 2.7 SW4 IRQ1 switch For the details, refer to Section 2.7 SW5 DIP switch for setting the system (with 4 poles) For the details, refer to Table 5.2.6 SW6 DIP switch for users (with 6 poles) For the details, refer to Table 5.2.7 SW7 TEST switch For the details, refer to Section 2.7 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 5-23 SH7269 CPU Board R0K572690C000BR 5.R0K572690C000BR Operating Specification Table 5.2.6 Explanation of DIP Switches for System setting No. Setting Function SW5-1 OFF MD_CLK0 is high Prohibited setting MD_CLK0 ON MD_CLK0 is low Clock mode 0 SW5-21 OFF MD-BOOT0 is high MD-BOOT0 ON MD-BOOT0 is low SW5-3 OFF MD-BOOT1 is high MD-BOOT1 ON MD-BOOT1 is low SW5-4 OFF MD-BOOT2 is high MD-BOOT2 ON MD-BOOT2 is low Boot mode MD_BOOT[2:0] 0 (B'*00) 1 (B'*10) 2 (B'001) 3 (B'101) 4 (B'011) 5 (B'111) Boot device NOR flash memory (bus width is 16 bits) NOR flash memory (bus width is 32 bits) NAND flash memory Serial flash memory eSD eMMC : setting by default Table 5.2.7 Explanation of the Function of User DIP Switch No. Setting Function SW6-1 OFF EXT#/SDRAM is high Connects to the SDRAM (U7) Select PC[8:5] access point ON EXT#/SDRAM is low Connects to the expansion connecter (CN6) SW6-2 OFF EXT#/SDRAM is high Connects to the NAND flash memory (U5) ON EXT#/SDRAM is low Connects t o the SD card slot (J13) SW6-3 OFF VIN#/EXT_SD is high Connects to the expansion connecter (CN7)( SD card slot) Select PJ[7:0] access point ON VIN#/EXT_SD is low Connects to the expansion connecter (CN7) (video decoder) SW6-4 OFF VIN#/EXT_SD is high Connects to the expansion connecter (CN1)( IEBus) ON VIN#/EXT_SD is low Connects to the expansion connecter (CN7)(DA converter2) OFF PJ16 is high Select PF[17:16] access point Select PJ[29:28] access point SW6-5 PJ16 ON PJ16 is low SW6-6 OFF PJ17 is high PJ17 ON PJ17 is low : setting by default Table 5.2.8 LEDs No. Color Function LED1 Blue Power source LED (illuminates when supplying 5V power) LED2 Yellow User LED (illuminates when PJ18 is low output) LED3 Yellow User LED (illuminates when PJ19 s low output) R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 5-24 SH7269 CPU Board R0K572690C000BR 5.3 5.R0K572690C000BR Operating Specification R0K572690C000BR Dimensions Figure 5.3.1 and Figure 5.3.2 show the dimensions of the R0K572690C000BR as top views on component side. Figure 5.3.3 shows the dimensions of R0K572690C000BR as a perspective view. <Top view of the component side> Unit : mm Figure 5.3.1 R0K572690C000BR Dimensions 1 (Top view of the component side) R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 5-25 SH7269 CPU Board R0K572690C000BR <Top view of the component side> 5.R0K572690C000BR Operating Specification Unit : mm Figure 5.3.2 R0K572690C000BR Dimensions 2 (Top view of the component side) R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 5-26 SH7269 CPU Board R0K572690C000BR 5.R0K572690C000BR Operating Specification <Perspective view of the component side> Figure 5.3.3 Unit : mm R0K572690C000BR Dimensions (Perspective view of the component side) R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 5-27 SH7269 CPU Board R0K572690C000BR 5.R0K572690C000BR Operating Specification This page is intentionally left blank R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 5-28 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 Figure 6.1.1 J5 Optical connector for audio devices J8 Line-out pin jack J7 Optical connector for audio devices J4 Mic-in pin jack J6 Line-out pin jack J3 Line-out pin jack J9 Connector for CD deck J12 LCD module connector CN7 CPU board connector CN6 CPU board connector CN9 CPU board connector CN3 CPU board connector CN1 CPU board connector J10 UART connector Top view of the component side J14 LCD module connector J13 LCD module connector J11 Connector to external IIC Character-type LCD 16 x 2 J1 Character LCD module connector J15 IEBusTM connector SH7269 CPU Board R0K572690C000BR 6. M3A-HS64G01 Operating Specification 6. M3A-HS64G01 Operating Specification 6.1 M3A-HS64G01 Connectors Figure 6.1.1 shows the connector assignments for the M3A-HS64G01. J16 CAN connector 0 J17 CAN connector 1 J18 12V power supply connector J19 12V input AC adaptor jack Top view of the solder side J2 SD card slot M3A-HS64G01 Connectors 6-1 SH7269 CPU Board R0K572690C000BR 6.1.1 6. M3A-HS64G01 Operating Specification Connectors to R0K572690C000BRCN1, CN3, CN6, CN7 and CN9 The M3A-HS64G01 includes MIL-spec connectors (CN1, CN3, CN6, CN7, and CN9) for connecting to R0K572690C000BR. Figure 6.1.2 shows the connector pin assignments. From Table 6.1.1 to Table 6.1.6 list their descriptions. <Top view of the component side> 20 CN6 2 1 2 40 CN7 1 39 1 2 19 CN1 20 19 2 1 CN3 19 20 30 CN9 2 M8 29 Figure 6.1.2 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 1 Connector Pin AssignmentsCN1, CN3, CN6, CN7 and CN9 6-2 SH7269 CPU Board R0K572690C000BR Table 6.1.1 Connector Pin Descriptions 1CN1 Pin No. 1 3 6. M3A-HS64G01 Operating Specification Signal Name Pin No. PJ11 / DV_DATA11 / LCD_DATA11 / PINT3 / PWM2D / SCK6NC 2 +5V 4 Signal Name PJ15 / DV_DATA15 / LCD_DATA15 / PINT7 / PWM2H / TxD7 PJ14 / DV_DATA14 / LCD_DATA14 / PINT6 / PWM2G / TxD6 5 PJ9 / DV_DATA9 / LCD_DATA9 / PINT1 / 6 +3.3V PWM2B / RTS5# 7 Not connected on the R0K572690C000BRNC 8 Not connected on the R0K572690C000BRNC 9 PA1 / MD_BOOT1NC 10 PA0 / MD_BOOT0NC 11 GND 12 PJ8 / DV_DATA8 / LCD_DATA8 / PINT0 / 13 PJ10 / DV_DATA10 / LCD_DATA10 / PINT2 / 14 PWM2A / CTS5# PWM2C / SCK5# 15 PG23 / LCD_DATA23 / LCD_TCON6 / TxD5 / AUDATA3 PG22 / LCD_DATA22 / LCD_TCON5 / RxD5 / 16 GND 18 PJ21 / DV_DATA21 / LCD_DATA21 / AUDSYNC# 17 PJ20 / DV_DATA20 / LCD_DATA20 / LCD_TCON3 / IRQ0 / CRx2 / CRx0/CRx1/CRx2 LCD_TCON4 / IRQ1 / CTx2 / CTx0&CTx1&CTx2 PJ23 / DV_DATA23 / LCD_DATA23 / LCD_TCON6 / IRQ3 / CTx1 / CTx0&CTx1 19 Legend : Table 6.1.2 PJ29 / SSIWS5 / TIOC2A / IERxD :5V power, :3.3V power, :GND 20 PJ30 / SSIDATA5 / TIOC2B / IETxD Connector Pin Descriptions 2CN3 Pin No. Signal Name Pin No. Signal Name 1 AVrefNC 2 AVrefNC 3 PH1 / AN1 / PINT1 4 PH0 / AN0 / PINT0 5 AVrefNC 6 AVrefNC 7 PH3 / AN3 / PINT3 8 PH2 / AN2 / PINT2 9 AVcc 10 AVcc 11 PH5 / AN5 / PINT5 / LCD_EXTCLKNC 12 PH4 / AN4 / PINT4NC 13 AVcc 14 AVcc 15 PH7 / AN7 / PINT7 16 PH6 / AN6 / PINT6NC 17 AVss 18 AVss AVss :5V power, 20 AVss 19 Legend : :3.3V power, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 :GND 6-3 SH7269 CPU Board R0K572690C000BR Table 6.1.3 6. M3A-HS64G01 Operating Specification Connector Pin Descriptions 3CN6 Pin No. Signal Name Pin No. Signal Name 1 +5V 2 +5V 3 +5V 4 +5V 5 PC0 / CS0# / MD_BOOT2NC 6 PC1 / RD#NC 7 PC2 / RD/WR# / SCK6NC 8 PC3 / WE0#/DQMLL / RxD6NC 9 PC4 / WE1#/WE#/DQMLU / TxD6NC 10 +3.3V 11 +3.3V 12 PE6 / SCL3 / RxD6 13 PE7 / SDA3 / RxD7 14 PC5 / RAS# / CRx0 / CRx0/CRx1/CRx2 / IRQ0NC 15 PC6 / CAS# / SCK7 / CTx0 / 16 CTx0&CTx1&CTx2NC 17 19 Legend : PC8 / CS3# / TxD7 / CTx1 / CTx0&CTx1NC 18 GND GND :5V power, 20 CKIONC :3.3V power, :GND Table 6.1.4 Connector Pin Descriptions 4CN7-1 Pin No. Signal Name 1 PJ6 / DV_DATA6 / LCD_DATA6 / SD_D3_1 / Pin No. 2 PWM1G 3 PC7 / CKE / RxD7 / CRx1 / CRx0/CRx1 / IRQ1NC PJ4 / DV_DATA4 / LCD_DATA4 / SD_CLK_1 / Signal Name PJ7 / DV_DATA7 / LCD_DATA7 / SD_D2_1 / PWM1H 4 PWM1E PJ5 / DV_DATA5 / LCD_DATA5 / SD_CMD_1 / PWM1F 5 PE0 / SCL0 / TCLKA / LCD_EXTCLK 6 7 PE2 / SCL1 / TCLKC / IOIS16# / DV_VSYNC 8 RES# PE1 / SDA0 / TCLKB / AUDIO_CLK / DV_CLK PJ20 / DV_DATA20 / LCD_DATA20 / LCD_TCON3 / IRQ0 / CRx2 / CRx0/CRx1/CRx2 9 PE4 / SCL2 / RxD4 / DV_VSYNC 10 PE3 / SDA1 / TCLKD / ADTRG# / DV_HSYNC 11 +3.3V 12 PE5 / SDA2 / RxD5 / DV_HSYNC PJ2 / DV_DATA2 / LCD_DATA2 / SD_D1_1 / 14 13 PWM1C 15 PJ0 / DV_DATA0 / LCD_DATA0 / SD_CD_1 / 16 PWM1A 17 PF10 / CS1# / SSISCK1 / DV_DATA1 / SCK1 / PJ3 / DV_DATA3 / LCD_DATA3 / SD_D0_1 / PWM1D PJ1 / DV_DATA1 / LCD_DATA1 / SD_WP_1 / PWM1B 18 +5V MMC_D5 PJ0 / DV_DATA0 / LCD_DATA0 / SD_CD_1 / PWM1A 19 PF12 / SSIDATA1 / DV_DATA3 / TxD1 / 20 PF11 / SSIWS1 / DV_DATA2 / RxD1 / MMC_D6 MMC_D7 PJ1 / DV_DATA1 / LCD_DATA1 / SD_WP_1 / PJ2 / DV_DATA2 / LCD_DATA2 / SD_D1_1 / PWM1B PWM1C 21 GND 22 PJ3 / DV_DATA3 / LCD_DATA3 / SD_D0_1 / PWM1D PJ28 / SSISCK5 / TIOC1B / RTS7# 23 Legend : PJ5 / DV_DATA5 / LCD_DATA5 / SD_CMD_1 / 24 PJ4 / DV_DATA4 / LCD_DATA4 / SD_CLK_1 / PWM1F PWM1E PJ30 / SSIDATA5 / TIOC2B / IETxD :5V power, :3.3V power, :GND PJ29 / SSIWS5 / TIOC2A / IERxD R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 6-4 SH7269 CPU Board R0K572690C000BR Table 6.1.5 Connector Pin Descriptions 5CN7-2 Pin No. 25 6. M3A-HS64G01 Operating Specification Signal Name Pin No. PJ6 / DV_DATA6 / LCD_DATA6 / SD_D3_1 / 26 Signal Name GND PWM1G PJ24 / SGOUT_0 / SSISCK4 / LCD_TCON3 / SPDIF_IN / SCK7 27 PJ26 / SGOUT_2 / SSIDATA4 / LCD_TCON5 / 28 PJ7 / DV_DATA7 / LCD_DATA7 / SD_D2_1 / TxD7 PWM1H PJ31 / DV_CLK PJ25 / SGOUT_1 / SSIWS4 / LCD_TCON4 / SPDIF_OUT / RxD7 29 GND 30 PF0 / BREQ# / QSPCLK_1 / RSPCK1 / TIOC4A / DREQ0 / AUDCK 31 PF2 / WAIT# / QMO_1/QIO0_1 / MOSI1 / 32 TIOC4C / TEND0 / SPBMO_1/SPBIO0_1 33 PF3 / CS2# / QMI_1/QIO1_1 / MISO1 / PJ13 / DV_DATA13 / LCD_DATA13 / PINT5 / PWM2F / TxD5 34 GND PF5 / SSIWS0 / SGOUT_1 36 PF4 / CS5#/CE1A# / SSISCK0 / SGOUT_0 PF6 / CE2A# / SSITxD0 / SGOUT_2 PF7 / 38 PF7 / SSIRxD0 / RxD0 / SGOUT_3 / CTS1# TIOC4D / AUDIO_XOUT / SPBMI_1/SPBIO1_1 35 37 SSIRxD0 / RxD0 / SGOUT_3 / CTS1# 39 GND 40 PJ19 / DV_DATA19 / LCD_DATA19 / MISO0 / TIOC0D/ SIOFRxD / AUDIO_XOUT Legend : Table 6.1.6 :5V power, :3.3V power, :GND Connector Pin Descriptions 6CN9 Pin No. Signal Name Pin No. Signal Name 1 PG1 / D17 / LCD_DATA1 / IRQ1 / TIOC0B 2 PG0 / D16 / LCD_DATA0 / IRQ0 / TIOC0A 3 PG3 / D19 / LCD_DATA3 / IRQ3 / TIOC0D 4 PG2 / D18 / LCD_DATA2 / IRQ2 / TIOC0C 5 GND 6 PG4 / D20 / LCD_DATA4 / IRQ4 / TIOC1A 7 PG6 / D22 / LCD_DATA6 / IRQ6 / TIOC2A 8 PG5 / D21 / LCD_DATA5 / IRQ5 / TIOC1B 9 PG7 / D23 / LCD_DATA7 / IRQ7 / TIOC2B 10 GND 11 PG9 / D25 / LCD_DATA9 / PINT1 / TIOC3B 12 PG8 / D24 / LCD_DATA8 / PINT0 / TIOC3A 13 PG11 / D27 / LCD_DATA11 / PINT3 / TIOC3D 14 PG10 / D26 / LCD_DATA10 / PINT2 / TIOC3C 15 GND 16 PG12 / D28 / LCD_DATA12 / PINT4 17 PG14 / D30 / LCD_DATA14 / PINT6 18 PG13 / D29 / LCD_DATA13 / PINT5 19 PG25 / LCD_TCON0 20 PG15 / D31 / LCD_DATA15 / PINT7 21 PG26 / LCD_TCON1 22 +5V 23 PG24 / LCD_CLK 24 PJ22 / DV_DATA22 / LCD_DATA22 / LCD_TCON5 / IRQ2 / CRx1 / CRx0/CRx1 25 +3.3V 26 PG27 / LCD_TCON2 / LCD_EXTCLKNC 27 PJ12 / DV_DATA12 / LCD_DATA12 / PINT4 / 28 PF0 / BREQ# / QSPCLK_1 / RSPCK1 / PWM2E / SCK7 29 TIOC4A / DREQ0 / AUDCK PJ27 / SGOUT_3 / TIOC1A / CTS7# 30 PF2 / WAIT# / QMO_1/QIO0_1 / MOSI1 / TIOC4C / TEND0 / SPBMO_1/SPBIO0_1 Legend : :5V power, :3.3V power, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 :GND 6-5 SH7269 CPU Board R0K572690C000BR 6.1.2 6. M3A-HS64G01 Operating Specification Character LCD Module ConnectorJ1 The M3A-HS64G01 includes a character LCD module connector (J1). Figure 6.1.3 shows the character LCD module connector pin assignments. Table 6.1.7 lists their descriptions. <Top view of the component side> Character LCD 16 x 2 14 2 16 13 Figure 6.1.3 Table 6.1.7 1 15 Character LCD Module Connector Pin Assignments (J1) Character LCD Module Connector Pin Descriptions (J1) Pin No. Signal Name Pin No. Signal Name 1 GND 2 +5V 3 Voadjust voltage by potentiometer, VR1, to input 4 RSPE6 / SCL3 / RxD6 5 R/W#GND 6 EPE7 / SDA3 / RxD7 7 DB0PJ7 / DV_DATA7 / LCD_DATA7 / 8 DB1PJ6 / DV_DATA6 / LCD_DATA6 / SD_D2_1 / PWM1H 9 DB2PJ5 / DV_DATA5 / LCD_DATA5 / SD_D3_1 / PWM1G 10 SD_CMD_1 / PWM1F 11 DB4PJ3 / DV_DATA3 / LCD_DATA3 / SD_CLK_1 / PWM1E 12 SD_D0_1 / PWM1D 13 DB6PJ1 / DV_DATA1 / LCD_DATA1 / R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 DB5PJ2 / DV_DATA2 / LCD_DATA2 / SD_D1_1 / PWM1C 14 SD_WP_1 / PWM1B 15 Aadjust +5V by the potentiometer, VR2, to input Note : The signal names in bold style show the setting functions. DB3PJ4 / DV_DATA4 / LCD_DATA4 / DB7PJ0 / DV_DATA0 / LCD_DATA0 / SD_CD_1 / PWM1A 16 KGND 6-6 SH7269 CPU Board R0K572690C000BR 6.1.3 6. M3A-HS64G01 Operating Specification SD Card Slot (J2) The M3A-HS64G01 includes an SD card slot (J2). Figure 6.1.4shows the SD card slot pin assignments. Table 6.1.8 lists the pin descriptions. 11 9 1 2 3 4 5 6 7 8 12 10 <Top view of the solder side> J2 <Side view> Figure 6.1.4 Table 6.1.8 SD Card Slot Pin DescriptionsJ2 Pin No. 1 SD Card Slot Pin AssignmentsJ2 Signal Name Pin No. DAT3PJ6 / DV_DATA6 / LCD_DATA6 / 2 SD_D3_1 / PWM1G 3 5 Signal Name CMDPJ5 / DV_DATA5 / LCD_DATA5 / SD_CMD_1 / PWM1F GND 4 +3.3V CLKPJ4 / DV_DATA4 / LCD_DATA4 / 6 GND SD_CLK_1 / PWM1E 7 DAT0PJ3 / DV_DATA3 / LCD_DATA3 / 8 SD_D0_1 / PWM1D 9 DAT2PJ7 / DV_DATA7 / LCD_DATA7 / 10 SD_D2_1 / PWM1H 11 CDPJ0 / DV_DATA0 / LCD_DATA0 / DAT1PJ2 / DV_DATA2 / LCD_DATA2 / SD_D1_1 / PWM1C WPPJ1 / DV_DATA1 / LCD_DATA1 / SD_WP_1 / PWM1B 12 COMMONGND SD_CD_1 / PWM1A Note : The signal names in bold style show the setting functions. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 6-7 SH7269 CPU Board R0K572690C000BR 6.1.4 6. M3A-HS64G01 Operating Specification Line-out Pin JacksJ3, J6 and J8 The M3A-HS64G01 includes line-out pin jacks (J3, J6 and J8). Figure 6.1.5 shows the pin assignments for the line-out pin jacks. Table 6.1.9lists the pin descriptions. <Top view of the component side> 3 2 1 4 4 2 2 3 3 Figure 6.1.5 Table 6.1.9 5 4 4 3 J4 5 2 2 3 1 1 J3 4 4 3 2 1 1 1 J6 J8 J5 J7 Assignments of Pins for the Line-out Pin Jacks. (J3, J6 and J8) Pin Descriptions for Line-out Pin Jacks. (J3, J6 and J8) Pin No. Signal Name Pin No. Signal Name 1 GND 2 AOUTL D/A converter output L pin 3 AOUTR (D/A converter output R pin 4 NC R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 6-8 SH7269 CPU Board R0K572690C000BR 6.1.5 6. M3A-HS64G01 Operating Specification Microphone Input Pin Jack (J4) The M3A-HS64G01 includes a microphone input pin jack (J4). Figure 6.1.6 shows the pin assignments for the microphone input pin jack. Table 6.1.10 lists their descriptions. <Top view of the component side> 3 2 1 4 4 2 3 2 3 J3 Figure 6.1.6 5 5 2 3 1 1 J4 4 4 2 3 1 Table 6.1.10 4 4 3 2 1 1 J6 J8 J5 J7 Pin Assignments for Microphone Input Pin Jack. (J4) Pin Descriptions for Microphone Input Pin Jack (J4) Pin No. Signal Name Pin No. Signal Name 1 GND 2 AINL(D/A converter input L pin 3 AINR (D/A converter input R pin 4 NC R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 6-9 SH7269 CPU Board R0K572690C000BR 6.1.6 6. M3A-HS64G01 Operating Specification Audio Connector (J5 and J7) The M3A-HS64G01 includes optical connectors for audio device output. (J5, J7) Figure 6.1.7 shows the optical connector pin assignments. Table 6.1.11 lists their descriptions. <Top view of the component side> 3 2 1 4 4 2 3 2 3 4 4 2 1 J4 5 2 3 1 J6 Figure 6.1.7 Table 6.1.11 5 3 1 J3 4 4 3 2 1 1 J5 J8 J7 Optical Connector Pin Assignments (J5 and J7) Optical Connector Pin Descriptions. (J5 and J7) Pin No. Signal Name Pin No. Signal Name 1 GND 2 +3.3V 3 TXD/A converter output pin 4 NC 5 NC - R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 6-10 SH7269 CPU Board R0K572690C000BR 6.1.7 6. M3A-HS64G01 Operating Specification CD Deck Connector (J9) The M3A-HS64G01 includes a flexible connecter (J9) for connecting a CD deck to the board. Figure 6.1.8shows the connector assignments to connect CD deck interface. Table 6.1.12 shows their descriptions. <Top view of the component side> J11 2 1 20 J9 Assignments of Flexible Connector PinsJ9 Descriptions of Flexible Connector PinsJ9 Pin No. Signal Name Pin No. Signal Name 1 GND 2 GND 3 +8V 4 +8V FLAG6PJ14 / DV_DATA14 / LCD_DATA14 / 6 NC 5 22 19 Figure 6.1.8 Table 6.1.12 1 PINT6 / PWM2G / TxD6 7 CDRST (connect output for reset) 8 GND 9 +3.3V 10 +3.3V 11 GND 12 CDFSPJ13 / DV_DATA13 / LCD_DATA13 / 13 CDSIPF2 / WAIT# / QMO_1/QIO0_1 / MOSI1 / 14 CDCKPF0 / BREQ# / QSPCLK_1 / RSPCK1 / PINT5 / PWM2F / TxD5 TIOC4C / TEND0 / SPBMO_1/SPBIO0_1 15 CDSOPF3 / CS2# / QMI_1/QIO1_1 / MISO1 / TIOC4A / DREQ0 / AUDCK 16 NC 18 IIS_LRCKPJ25 / SGOUT_1 / SSIWS4 / TIOC4D / AUDIO_XOUT / SPBMI_1/SPBIO1_1 17 IIS_BCKPJ24 / SGOUT_0 / SSISCK4 / LCD_TCON3 / SPDIF_IN / SCK7 19 IIS_DATAPJ26 / SGOUT_2 / SSIDATA4 / LCD_TCON4 / SPDIF_OUT / RxD7 20 LCD_TCON5 / TxD7 BLKCKPJ20 / DV_DATA20 / LCD_DATA20 / LCD_TCON3 / IRQ0 / CRx2 / CRx0/CRx1/CRx2 21 TRANSPJ15 / DV_DATA15 / LCD_DATA15 / 22 NC PINT7 / PWM2H / TxD7 Note : The signal names in bold style show the setting functions. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 6-11 SH7269 CPU Board R0K572690C000BR 6.1.8 6. M3A-HS64G01 Operating Specification UART ConnectorJ10 The M3A-HS64G01 includes a UART connector (J10) with TTL-level flow control. Figure 6.1.9 shows the UART connector pin assignments. Table 6.1.13 lists the pin descriptions. J15 J10 <Top view of the component side> 7 3 1 1 1 3 CN1 Table 6.1.13 UART Connector Pin Assignments (J10) UART Connector Pin Descriptions (J10) Pin No. 1 19 20 Figure 6.1.9 1 J17 4 2 J16 1 Signal Name Pin No. +3.3V 2 Signal Name RxDPG22 / LCD_DATA22 / LCD_TCON5 / RxD5 / AUDSYNC# 3 TxDPG23 / LCD_DATA23 / LCD_TCON6 / 4 TxD5 / AUDATA3 5 CTS#PJ8 / DV_DATA8 / LCD_DATA8 / PINT0 / 6 PWM2A / CTS5# 7 GND Note: The signal names in bold style show the setting functions. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 SCKPJ10 / DV_DATA10 / LCD_DATA10 / PINT2 / PWM2C / SCK5# RTS#PJ9 / DV_DATA9 / LCD_DATA9 / PINT1 / PWM2B / RTS5# - 6-12 SH7269 CPU Board R0K572690C000BR 6.1.9 6. M3A-HS64G01 Operating Specification External IIC Connector (J11) The M3A-HS64G01 includes an MIL-spec connector (J11) to connect the external IIC interface. Figure 6.1.10 shows the external IIC connector pin assignments. Table 6.1.14 lists the pin descriptions. <Top view of the component side> J11 2 1 1 J9 22 19 Figure 6.1.10 Table 6.1.14 20 Assignments of Pins for Connecting External Interfaces (J11) Descriptions of Connector Pins (J11) Pin No. Signal Name Pin No. Signal Name 1 +3.3V 2 +3.3V 3 NC 4 NC 5 NC 6 GND*1 7 NC 8 NC 9 NC 10 GND(1) 11 NC 12 NC 13 NC 14 NC 15 NC 16 NC 17 SCLPE4 / SCL2 / RxD4 / DV_VSYNC 18 SDAPE5 / SDA2 / RxD5 / DV_HSYNC 19 NC 20 Note: The signal names in bold style show the setting functions. GND*1 1. For compatibility with other boards, this connector is connected via a zero-ohm resister. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 6-13 SH7269 CPU Board R0K572690C000BR 6.1.10 6. M3A-HS64G01 Operating Specification LCD Module ConnectorsJ12 to J14 The M3A-HS64G01 includes two flexible connectors (J12 and J13) and one MIL-spec connector (J14) for connecting an LCD module. Figure 6.1.11 shows LCD module connector pin assignments. Table 6.1.5 and Table 6.1.16 list the pin descriptions. Table 6.1.17 lists the LCD module MIL-spec connector pin descriptions. 30 2 CN9 <Top view of the component side> 29 2 40 1 39 1 J12 39 1 J13 40 29 1 2 30 2 J14 Figure 6.1.11 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 LCD Module Connector Pin Assignments 6-14 SH7269 CPU Board R0K572690C000BR Table 6.1.15 6. M3A-HS64G01 Operating Specification LCD Module Connector Pin Descriptions 1 (J12) Pin No. Signal Name Pin No. Signal Name 1 +3.3V 2 +3.3V 3 +3.3V 4 DCLKPG24 / LCD_CLK 5 GND 6 HSYNCPG26 / LCD_TCON1 7 GND 8 DTMGPJ22 / DV_DATA22 / LCD_DATA22 / LCD_TCON5 / IRQ2 / CRx1 / CRx0/CRx1 9 GND 10 NC 11 GND 12 R5PG15 / D31 / LCD_DATA15 / PINT7 13 R4PG14 / D30 / LCD_DATA14 / PINT6 14 R3PG13 / D29 / LCD_DATA13 / PINT5 15 GND 16 R2PG12 / D28 / LCD_DATA12 / PINT4 17 R1PG11 / D27 / LCD_DATA11 / PINT3 / 18 R0PG11 / D27 / LCD_DATA11 / PINT3 / TIOC3D 19 GND TIOC3D 20 G5PG10 / D26 / LCD_DATA10 / PINT2 / TIOC3C 21 G4PG9 / D25 / LCD_DATA9 / PINT1 / 22 TIOC3B G3PG8 / D24 / LCD_DATA8 / PINT0 / TIOC3A 23 GND 24 G2PG7 / D23 / LCD_DATA7 / IRQ7 / TIOC2B 25 G1PG6 / D22 / LCD_DATA6 / IRQ6 / TIOC2A 26 G0PG5 / D21 / LCD_DATA5 / IRQ5 / TIOC1B 27 GND 28 B5PG4 / D20 / LCD_DATA4 / IRQ4 / TIOC1A 29 B4PG3 / D19 / LCD_DATA3 / IRQ3 / TIOC0D 30 B3PG2 / D18 / LCD_DATA2 / IRQ2 / TIOC0C 31 GND 32 B2PG1 / D17 / LCD_DATA1 / IRQ1 / TIOC0B 33 B1PG0 / D16 / LCD_DATA0 / IRQ0 / TIOC0A 34 B0PG0 / D16 / LCD_DATA0 / IRQ0 / TIOC0A 35 PCINC 36 Vctrl+3.3V 37 NC 38 NC 39 NC 40 Note: The signal names in bold style show the setting functions. NC R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 6-15 SH7269 CPU Board R0K572690C000BR Table 6.1.16 6. M3A-HS64G01 Operating Specification LCD Module Connector Pin Descriptions 2 (J13) Pin No. Signal Name Pin No. Signal Name 1 NC 2 DTMGPJ22 / DV_DATA22 / LCD_DATA22 / 3 HREV+3.3V 4 B5PG4 / D20 / LCD_DATA4 / IRQ4 / TIOC1A 5 B4PG3 / D19 / LCD_DATA3 / IRQ3 / TIOC0D 6 B3PG2 / D18 / LCD_DATA2 / IRQ2 / TIOC0C 7 B2PG1 / D17 / LCD_DATA1 / IRQ1 / TIOC0B 8 B1PG0 / D16 / LCD_DATA0 / IRQ0 / TIOC0A 9 B0PG0 / D16 / LCD_DATA0 / IRQ0 / TIOC0A 10 +3.3V 11 +3.3V 12 LCD_TCON5 / IRQ2 / CRx1 / CRx0/CRx1 G5PG10 / D26 / LCD_DATA10 / PINT2 / TIOC3C 13 G4PG9 / D25 / LCD_DATA9 / PINT1 / 14 TIOC3B G3PG8 / D24 / LCD_DATA8 / PINT0 / TIOC3A 15 G2PG7 / D23 / LCD_DATA7 / IRQ7 / TIOC2B 16 G1PG6 / D22 / LCD_DATA6 / IRQ6 / TIOC2A 17 G0PG5 / D21 / LCD_DATA5 / IRQ5 / TIOC1B 18 GND 19 R5PG15 / D31 / LCD_DATA15 / PINT7 20 R4PG14 / D30 / LCD_DATA14 / PINT6 21 R3PG13 / D29 / LCD_DATA13 / PINT5 22 R2PG12 / D28 / LCD_DATA12 / PINT4 23 R1PG11 / D27 / LCD_DATA11 / PINT3 / 24 R0PG11 / D27 / LCD_DATA11 / PINT3 / TIOC3D TIOC3D 25 VREV+3.3V 26 NC 27 NC 28 GND 29 DCLKPG24 / LCD_CLK 30 GND 31 GND 32 GND 33 GND 34 GND 35 TMZPH7 / AN7 / PINT7 36 GND 37 DIM+3.3V 38 NC 39 +5V 40 Note: The signal names in bold style show the setting functions. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 +5V 6-16 SH7269 CPU Board R0K572690C000BR Table 6.1.17 6. M3A-HS64G01 Operating Specification LCD Module Connector MIL-spec Pin Descriptions 3 (J14) Pin No. Signal Name Pin No. 2 Signal Name 1 +3.3V +3.3V 3 +3.3V 4 PG15 / D31 / LCD_DATA15 / PINT7 5 PG14 / D30 / LCD_DATA14 / PINT6 6 PG13 / D29 / LCD_DATA13 / PINT5 7 PG12 / D28 / LCD_DATA12 / PINT4 8 PG11 / D27 / LCD_DATA11 / PINT3 / TIOC3D 9 PG10 / D26 / LCD_DATA10 / PINT2 / TIOC3C 10 PG9 / D25 / LCD_DATA9 / PINT1 / TIOC3B 11 PG8 / D24 / LCD_DATA8 / PINT0 / TIOC3A 12 PG7 / D23 / LCD_DATA7 / IRQ7 / TIOC2B 13 PG6 / D22 / LCD_DATA6 / IRQ6 / TIOC2A 14 PG5 / D21 / LCD_DATA5 / IRQ5 / TIOC1B 15 PG4 / D20 / LCD_DATA4 / IRQ4 / TIOC1A 16 PG3 / D19 / LCD_DATA3 / IRQ3 / TIOC0D 17 PG2 / D18 / LCD_DATA2 / IRQ2 / TIOC0C 18 PG1 / D17 / LCD_DATA1 / IRQ1 / TIOC0B 19 PG0 / D16 / LCD_DATA0 / IRQ0 / TIOC0A 20 GND 21 PG24 / LCD_CLK 22 PG26 / LCD_TCON1LCD_HSYNC 23 NC 24 NCcan supply 5V via zero-ohm resister 25 PG25 / LCD_TCON0LCD_VSYNC 26 PJ22 / DV_DATA22 / LCD_DATA22 / LCD_TCON5 / IRQ2 / CRx1 / CRx0/CRx1 LCD_DE 28 GND 29 GND 30 Note: The signal names in bold style show the setting functions. GND 27 PJ23 / DV_DATA23 / LCD_DATA23 / LCD_TCON6 / IRQ3 / CTx1 / CTx0&CTx1LCD_M_DISP R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 6-17 SH7269 CPU Board R0K572690C000BR 6. M3A-HS64G01 Operating Specification IEBusTM Connector (J15) 6.1.11 The M3A-HS64G01 includes an IEBusTM connector (J15). Figure 6.1.12 shows the IEBus TM connector pin assignments. Table 6.1.18 lists the pin descriptions. J15 J10 <Top view of the component side> 4 1 7 1 1 3 J16 J17 CN1 Table 6.1.18 19 20 Figure 6.1.12 1 2 3 1 IEBusTM Connector Pin AssignmentsJ15 IEBusTM Connector Pin DescriptionsJ15 Pin No. Signal Name Pin No. Signal Name 1 +5V 2 BUS- 3 BUS+ 4 GND R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 6-18 SH7269 CPU Board R0K572690C000BR 6.1.12 6. M3A-HS64G01 Operating Specification CAN Connector (J16 and J17) The M3A-HS64G01 includes CAN connectors (J16 and J17). Only J17 can be used to connect R0K572690C000BR. Figure 6.1.13 shows the CAN connector pin assignments. Table 6.1.19 lists the pin descriptions. J15 J10 <Top view of the component side> 4 1 7 1 1 3 J16 J17 CN1 Table 6.1.19 CAN Connector Pin AssignmentsJ16 and J17 CAN Connector Pin DescriptionsJ16 and J17 Pin No. 1 19 20 Figure 6.1.13 1 2 3 1 Signal Name CANH 3 GND J17 is connected to the channel 2CTx2/CRx2. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 Pin No. 2 Signal Name CANL - 6-19 SH7269 CPU Board R0K572690C000BR 6.1.13 6. M3A-HS64G01 Operating Specification 12V Power Supply Connector (J18) The M3A-HS64G01 includes a system power supply connector (J18). To avoid an improper insertion, the pin number differs from it for the power supply connector on the CPU board. Figure 6.1.14 shows power connector pin assignments. Table 6.1.20 lists pin descriptions. 1 3 <Top view of the component side> J18 1 3 <Side view > Figure 6.1.14 Table 6.1.20 12V Power Supply Connector Pin Assignments (J18) 12V Power Supply Connector Pin Descriptions (J18) Pin No. Signal Name Pin No. 1 +12V 2 3 GND - R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 Signal Name NC 6-20 SH7269 CPU Board R0K572690C000BR 6.1.14 6. M3A-HS64G01 Operating Specification 12V Input AC Adapter Jack (J19) The M3A-HS64G01 includes an AC adapter jack (J19) for DC12V input. Figure 6.1.15 shows pin assignments for 12V input AC adapter jack. Table 6.1.21 lists the pin descriptions. <Top view of the component side> J19 - 3 4 Figure 6.1.15 Table 6.1.21 + 2 12V input AC Adapter Pin Assignments (J19) 12V input AC Adapter Pin Descriptions (J19) Pin No. Signal Name Pin No. Signal Name 1 NCNo pins 2 +12V 3 GND 4 GND R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 6-21 SH7269 CPU Board R0K572690C000BR 6.2 6. M3A-HS64G01 Operating Specification M3A-HS64G01 Operating Components Figure 6.2.1 shows the assignments of the M3A-HS64G01 operating components. Top view of the component side Figure 6.2.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 Assignments of the M3A-HS64G01 Operating Components 6-22 SH7269 CPU Board R0K572690C000BR 6.2.1 6. M3A-HS64G01 Operating Specification Jumpers (JP2 to JP12) The M3A-HS64G01 includes eleven jumpers. Figure 6.2.2 shows the jumper assignments. (JP2 to JP12). From Table 6.2.1 to Table6.2.4 list the jumper settings. JP2 3 1 JP7 JP6 3 1 JP5 JP9 JP11 JP10 JP4 JP8 1 3 JP12 <Top view of the component side> JP3 Figure 6.2.2 Table 6.2.1 Jumper Assignments for M3A-HS64G01 (JP2 to JP12) Multiplexed Pin Switch Jumper Setting (JP2, JP5 and JP9) Jumper Setting Function JP2 12 Connects the character LCD connector (J1) as the LCD data output pin LCD/SD 23 Connects the SD card slot (J1) as the SDHI input-output pin JP5 12 Connects to IEBusTM driver (J37) as the IETxD output pin IETxD/PJ30 23 Invalid to R0K572690C000BR JP9 12 Connects to IEBusTM driver (J37) as the IETxD intput pin 23 IERxD/PJ29 Invalid to R0K572690C000BR : setting by default Notes: The jumpers shall not changed their setting under operation of this evaluation board. Make sure to change the setting with the power turned off. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 6-23 SH7269 CPU Board R0K572690C000BR Table6.2.2 6. M3A-HS64G01 Operating Specification Plug-in Microphone Jumper Setting (JP3) Jumper Setting JP3 12 Function Supplies the power (Plug-in microphone) None(open) Not supply power (Typical microphone) : setting by default Notes: The jumpers shall not changed their setting under operation of this evaluation board. Make sure to change the setting with the power turned off. Table6.2.3 CAN Evaluation Jumper Setting (JP4, JP6 - JP8, JP10 and JP11) Jumper Setting JP4 12 CTx2 scheme Noneopen JP8 12 CRx2 scheme Noneopen JP6 12 CANL(ch0) end Noneopen JP7 12 CANH(ch0) end Noneopen JP10 12 CANL(ch1) end Noneopen JP11 12 Function Connects the CTx2 pin to the CAN driver (U16) Leaves the CTx2 pin disconnected to the CAN driver (U16) Connects the CTx2 pin to the CAN driver (U16) Leaves the CTx2 pin disconnected to the CAN driver (U16) Terminates the CANLch0pin Leaves the CANLch0pin non-terminated Terminates the CANHch0pin Leaves the CANHch0pin non-terminated Terminates the CANLch1pin Leaves the CANLch1pin non-terminated Terminates the CANHch1pin Noneopen Leaves the CANHch1pin non-terminated : setting by default Notes: The jumpers shall not changed their setting under operation of this evaluation board. Make sure to change the setting with the power turned off. CANH(ch1) end Table6.2.4 Power Supply Switch Jumper Setting (JP12) Jumper Setting JP12 12 Function Supplies the system power from J18 PWRSEL 23 Supplies the system power from J19 (with an AC adapter) : setting by default Notes: The jumpers shall not changed their setting under operation of this evaluation board. Make sure to change the setting with the power turned off. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 6-24 SH7269 CPU Board R0K572690C000BR 6.2.2 6. M3A-HS64G01 Operating Specification Switches and LED The M3A-HS64G01 includes eighteen switches and one LED. Figure 6.2.3shows the pin assignments for switches and an LED. Table 6.2.5 lists the switches and Table 6.2.6 lists the LED. <Top view of the component side> SW18 SW2 SW6 SW3 SW7 SW4 SW8 SW5 SW9 SW10 SW14 SW11 SW15 SW12 SW16 SW13 SW17 LED1 SW1 Figure 6.2.3 Table 6.2.5 Switch Assignments on M3A-HS64G01 Function of the Switches on M3A-HS64G01 Switch Function Notes No. SW1 SW2-17 SW18 Table 6.2.6 LCD module connector (J12) power switch Optional Key entry switch For details, refer to Section 3.10 Power supply switch LED for M3A-HS64G01 LED NO. Color LED1 Blue Function Power supply LED (illuminated when 12V power is supplied) R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 6-25 SH7269 CPU Board R0K572690C000BR 6.3 6. M3A-HS64G01 Operating Specification M3A-HS64G01 Dimensions Figure 6.3.1 shows M3A-HS64G01 dimensions as the top view of the component side. Figure 6.3.2 shows M3A-HS64G01 dimensions as a perspective view. Top view of the component side Figure 6.3.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 Unit : mm M3A-HS64G01 Dimensions 6-26 SH7269 CPU Board R0K572690C000BR 6. M3A-HS64G01 Operating Specification Perspective view of the component side Figure 6.3.2 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 Unit : mm M3A-HS64G01 Dimensions 6-27 SH7269 CPU Board R0K572690C000BR 6. M3A-HS64G01 Operating Specification This page is intentionally left blank R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 6-28 SH7269 CPU Board R0K572690C000BR 7.M3A-HS64G02 Operating Specification 7. M3A-HS64G02 Operating Specification 7.1 M3A-HS64G02 Connectors Figure 7.1.1 shows connectors assignments on M3A-HS64G02. CN7 CPU board connector CN6 Expansion connector CN9 CPU connector CN3 CPU connector CN1 CPU connector J2 UART connector J13 IEBusTM connector Top view of the component side J14 CAN connector 0 J15 CAN connector 1 J17 12V power supply connector J5 PWM connector J18 12V input AC adapter jack J6 Audio optical connector J7 Line-out pin jack J8 RCA pin J9 S-pin J10 LCD module connector J12 LCD module connector J11 LCD module connector J3 External IIC connector J16 MTU2 connector Top view of the solder side J4 SD card slot Figure 7.1.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 Connector Assignments on M3A-HS64G02 7-1 SH7269 CPU Board R0K572690C000BR 7.1.1 7.M3A-HS64G02 Operating Specification R0K572690C000BR Connectors (CN1, CN3, CN6, CN7 and CN9) The M3A-HS64G02 includes MIL-spec connectors (CN1, CN3, CN6, CN7 and CN9) for connecting to R0K572690C000BR. Figure 7.1.2 shows the connecter pin assignments to connect to R0K572690C000BR. From Table 7.1.1 to Table 7.1.6 list pin descriptions. Top view of the component side 20 CN6 2 1 2 40 CN7 1 39 1 2 19 CN1 20 19 2 1 CN3 19 20 30 CN9 2 M8 29 Figure 7.1.2 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 1 Connector Pin AssignmentsCN1, CN3, CN6, CN7andCN9 7-2 SH7269 CPU Board R0K572690C000BR Table 7.1.1 Descriptions of Pins for Connecting to R0K572690C000BR 1 (CN1) Pin No. 1 7.M3A-HS64G02 Operating Specification Signal Name Pin No. PJ11 / DV_DATA11 / LCD_DATA11 / PINT3 / 2 PWM2D / SCK6 3 Signal Name PJ15 / DV_DATA15 / LCD_DATA15 / PINT7 / PWM2H / TxD7 +5V 4 PJ14 / DV_DATA14 / LCD_DATA14 / PINT6 / PWM2G / TxD6 5 PJ9 / DV_DATA9 / LCD_DATA9 / PINT1 / 6 +3.3V PWM2B / RTS5# 7 Not connected on R0K572690C000BRNC 8 Not connected on R0K572690C000BRNC 9 PA1 / MD_BOOT1NC 10 PA0 / MD_BOOT0NC 11 GND 12 PJ8 / DV_DATA8 / LCD_DATA8 / PINT0 / 13 PJ10 / DV_DATA10 / LCD_DATA10 / PINT2 / 14 PWM2A / CTS5# PWM2C / SCK5# 15 PG23 / LCD_DATA23 / LCD_TCON6 / TxD5 / AUDATA3 PG22 / LCD_DATA22 / LCD_TCON5 / RxD5 / 16 GND 18 PJ21 / DV_DATA21 / LCD_DATA21 / AUDSYNC# 17 PJ20 / DV_DATA20 / LCD_DATA20 / LCD_TCON3 / IRQ0 / CRx2 / CRx0/CRx1/CRx2 LCD_TCON4 / IRQ1 / CTx2 / CTx0&CTx1&CTx2 PJ23 / DV_DATA23 / LCD_DATA23 / LCD_TCON6 / IRQ3 / CTx1 / CTx0&CTx1 19 Legend : Table 7.1.2 PJ29 / SSIWS5 / TIOC2A / IERxD :5V power, :3.3V power, 20 PJ30 / SSIDATA5 / TIOC2B / IETxD :GND Descriptions of Pins for Connecting to R0K572690C000BR 2 (CN3) Pin No. Signal Name Pin No. Signal Name 1 AVrefNC 2 AVrefNC 3 PH1 / AN1 / PINT1 4 PH0 / AN0 / PINT0 5 AVrefNC 6 AVrefNC 7 PH3 / AN3 / PINT3 8 PH2 / AN2 / PINT2 9 AVcc 10 AVcc 11 PH5 / AN5 / PINT5 / LCD_EXTCLKNC 12 PH4 / AN4 / PINT4NC 13 AVcc 14 AVcc 15 PH7 / AN7 / PINT7 16 PH6 / AN6 / PINT6NC 17 AVss 18 AVss AVss :5V power, 20 AVss 19 Legend : :3.3V power, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 :GND 7-3 SH7269 CPU Board R0K572690C000BR Table 7.1.3 7.M3A-HS64G02 Operating Specification Descriptions of Pins for Connecting to R0K572690C000BR 3 (CN6) Pin No. Signal Name Pin No. Signal Name 1 +5V 2 +5V 3 +5V 4 +5V 5 PC0 / CS0# / MD_BOOT2NC 6 PC1 / RD#NC 7 PC2 / RD/WR# / SCK6NC 8 PC3 / WE0#/DQMLL / RxD6NC 9 PC4 / WE1#/WE#/DQMLU / TxD6NC 10 +3.3V 11 +3.3V 12 PE6 / SCL3 / RxD6 13 PE7 / SDA3 / RxD7 14 PC5 / RAS# / CRx0 / CRx0/CRx1/CRx2 / IRQ0 15 PC6 / CAS# / SCK7 / CTx0 / CTx0&CTx1&CTx2 16 PC7 / CKE / RxD7 / CRx1 / CRx0/CRx1 / IRQ1 17 PC8 / CS3# / TxD7 / CTx1 / CTx0&CTx1 18 GND GND :5V power, 20 CKIONC 19 Legend : Table 7.1.4 :GND Descriptions of Pins for Connecting to R0K572690C000BR 4 (CN7-1) Pin No. 1 :3.3V power, Signal Name PJ6 / DV_DATA6 / LCD_DATA6 / SD_D3_1 / Pin No. 2 PWM1G 3 PJ4 / DV_DATA4 / LCD_DATA4 / SD_CLK_1 / Signal Name PJ7 / DV_DATA7 / LCD_DATA7 / SD_D2_1 / PWM1H 4 PWM1E PJ5 / DV_DATA5 / LCD_DATA5 / SD_CMD_1 / PWM1F 5 PE0 / SCL0 / TCLKA / LCD_EXTCLK 6 RES# 7 PE2 / SCL1 / TCLKC / IOIS16# / DV_VSYNC 8 PE1 / SDA0 / TCLKB / AUDIO_CLK / DV_CLK PJ20 / DV_DATA20 / LCD_DATA20 / LCD_TCON3 / IRQ0 / CRx2 / CRx0/CRx1/CRx2 9 PE4 / SCL2 / RxD4 / DV_VSYNC 10 PE3 / SDA1 / TCLKD / ADTRG# / DV_HSYNC 11 +3.3V 12 PE5 / SDA2 / RxD5 / DV_HSYNC 13 PJ2 / DV_DATA2 / LCD_DATA2 / SD_D1_1 / 14 PJ3 / DV_DATA3 / LCD_DATA3 / SD_D0_1 / PWM1C 15 PJ0 / DV_DATA0 / LCD_DATA0 / SD_CD_1 / PWM1D 16 PWM1A 17 PF10 / CS1# / SSISCK1 / DV_DATA1 / SCK1 / PJ1 / DV_DATA1 / LCD_DATA1 / SD_WP_1 / PWM1B 18 +5V 20 PF11 / SSIWS1 / DV_DATA2 / RxD1 / MMC_D6 MMC_D5 PJ0 / DV_DATA0 / LCD_DATA0 / SD_CD_1 / PWM1A 19 PF12 / SSIDATA1 / DV_DATA3 / TxD1 / MMC_D7 PJ1 / DV_DATA1 / LCD_DATA1 / SD_WP_1 / PJ2 / DV_DATA2 / LCD_DATA2 / SD_D1_1 / PWM1B PWM1C 21 GND 22 PJ3 / DV_DATA3 / LCD_DATA3 / SD_D0_1 / PWM1D PJ28 / SSISCK5 / TIOC1B / RTS7# 23 Legend : PJ5 / DV_DATA5 / LCD_DATA5 / SD_CMD_1 / 24 PJ4 / DV_DATA4 / LCD_DATA4 / SD_CLK_1 / PWM1F PWM1E PJ30 / SSIDATA5 / TIOC2B / IETxD :5V power, :3.3V power, :GND PJ29 / SSIWS5 / TIOC2A / IERxD R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 7-4 SH7269 CPU Board R0K572690C000BR Table 7.1.5 Descriptions of Pins for Connecting to R0K572690C000BR 5 (CN7-2) Pin No. 25 7.M3A-HS64G02 Operating Specification Signal Name Pin No. PJ6 / DV_DATA6 / LCD_DATA6 / SD_D3_1 / 26 Signal Name GND PWM1G PJ24 / SGOUT_0 / SSISCK4 / LCD_TCON3 / SPDIF_IN / SCK7 27 PJ26 / SGOUT_2 / SSIDATA4 / LCD_TCON5 / 28 PJ7 / DV_DATA7 / LCD_DATA7 / SD_D2_1 / TxD7 PWM1H PJ31 / DV_CLK PJ25 / SGOUT_1 / SSIWS4 / LCD_TCON4 / SPDIF_OUT / RxD7 29 GND 30 PF0 / BREQ# / QSPCLK_1 / RSPCK1 / TIOC4A / DREQ0 / AUDCK 31 PF2 / WAIT# / QMO_1/QIO0_1 / MOSI1 / 32 TIOC4C / TEND0 / SPBMO_1/SPBIO0_1 33 PF3 / CS2# / QMI_1/QIO1_1 / MISO1 / PJ13 / DV_DATA13 / LCD_DATA13 / PINT5 / PWM2F / TxD5 34 GND PF5 / SSIWS0 / SGOUT_1 36 PF4 / CS5#/CE1A# / SSISCK0 / SGOUT_0 PF6 / CE2A# / SSITxD0 / SGOUT_2 PF7 / 38 PF7 / SSIRxD0 / RxD0 / SGOUT_3 / CTS1# TIOC4D / AUDIO_XOUT / SPBMI_1/SPBIO1_1 35 37 SSIRxD0 / RxD0 / SGOUT_3 / CTS1# 39 GND 40 PJ19 / DV_DATA19 / LCD_DATA19 / MISO0 / TIOC0D/ SIOFRxD / AUDIO_XOUT Legend : Table 7.1.6 :5V power, :3.3V power, :GND Descriptions of Pins for Connecting to R0K572690C000BR 6 (CN9) Pin No. Signal Name Pin No. Signal Name 1 PG1 / D17 / LCD_DATA1 / IRQ1 / TIOC0B 2 PG0 / D16 / LCD_DATA0 / IRQ0 / TIOC0A 3 PG3 / D19 / LCD_DATA3 / IRQ3 / TIOC0D 4 PG2 / D18 / LCD_DATA2 / IRQ2 / TIOC0C 5 GND 6 PG4 / D20 / LCD_DATA4 / IRQ4 / TIOC1A 7 PG6 / D22 / LCD_DATA6 / IRQ6 / TIOC2A 8 PG5 / D21 / LCD_DATA5 / IRQ5 / TIOC1B 9 PG7 / D23 / LCD_DATA7 / IRQ7 / TIOC2B 10 GND 11 PG9 / D25 / LCD_DATA9 / PINT1 / TIOC3B 12 PG8 / D24 / LCD_DATA8 / PINT0 / TIOC3A 13 PG11 / D27 / LCD_DATA11 / PINT3 / TIOC3D 14 PG10 / D26 / LCD_DATA10 / PINT2 / TIOC3C 15 GND 16 PG12 / D28 / LCD_DATA12 / PINT4 17 PG14 / D30 / LCD_DATA14 / PINT6 18 PG13 / D29 / LCD_DATA13 / PINT5 19 PG25 / LCD_TCON0 20 PG15 / D31 / LCD_DATA15 / PINT7 21 PG26 / LCD_TCON1 22 +5V 23 PG24 / LCD_CLK 24 PJ22 / DV_DATA22 / LCD_DATA22 / LCD_TCON5 / IRQ2 / CRx1 / CRx0/CRx1 25 +3.3V 26 PG27 / LCD_TCON2 / LCD_EXTCLKNC 27 PJ12 / DV_DATA12 / LCD_DATA12 / PINT4 / 28 PF0 / BREQ# / QSPCLK_1 / RSPCK1 / PWM2E / SCK7 29 TIOC4A / DREQ0 / AUDCK PJ27 / SGOUT_3 / TIOC1A / CTS7# 30 PF2 / WAIT# / QMO_1/QIO0_1 / MOSI1 / TIOC4C / TEND0 / SPBMO_1/SPBIO0_1 Legend : :5V power, :3.3V power, R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 :GND 7-5 SH7269 CPU Board R0K572690C000BR 7.1.2 7.M3A-HS64G02 Operating Specification UART Connector (J2) The M3A-HS64G02 includes UART connector (J2) with TTL level flow control. Figure 7.1.3 shows the UART connector pin assignments. Table 7.1.7 lists the pin descriptions. J13 J2 <Top view of the component side> 7 3 1 1 1 3 CN1 Table 7.1.7 19 20 Figure 7.1.3 1 J15 4 2 J14 1 UART Connector Pin Assignments (J2) UART Connector Pin Descriptions (J2) Pin No. Signal Name Pin No. Signal Name 1 +3.3V 2 RxDPG22 / LCD_DATA22 / LCD_TCON5 / RxD5 / AUDSYNC# 3 TxDPG23 / LCD_DATA23 / LCD_TCON6 / 4 NC NC TxD5 / AUDATA3 5 NC 6 7 GND - Note: The signal names in bold style are setting functions. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 7-6 SH7269 CPU Board R0K572690C000BR 7.1.3 7.M3A-HS64G02 Operating Specification External IIC Connector (J3) M3A-HS64G02 includes an MIL-spec connector (J3) for connecting external IIC interfaces. Figure 7.1.4 shows the external IIC interfaces connector pin assignments. Table 7.1.8 lists the pin descriptions. <Top view of the component side> 2 J3 1 Figure 7.1.4 Table 7.1.8 20 19 Connector Pin (J3) Assignments Connector Pin (J3) Descriptions Pin No. Signal Name Pin No. Signal Name 1 +3.3V 2 +3.3V 3 NC 4 NC 5 NC 6 GND(1) 7 NC 8 NC 9 NC 10 GND(1) 11 NC 12 NC 13 NC 14 NC 15 NC 16 NC 17 SCLPE0 / SCL0 / TCLKA / LCD_EXTCLK 18 SDAPE1 / SDA0 / TCLKB / AUDIO_CLK / DV_CLK 19 NC 20 GND (1) Notes: The signal names in bold style are setting functions. 1. For compatibility with other boards, this connector is connected via a zero-ohm resister. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 7-7 SH7269 CPU Board R0K572690C000BR 7.1.4 7.M3A-HS64G02 Operating Specification SD Card Slot (J4) M3A-HS64G02 includes an SD card slot (J4). Figure 7.1.5 shows the deployment of the pins for SD card slot. Table 7.1.9 lists their descriptions. 11 9 1 2 3 4 5 6 7 8 12 10 <Top view of the component side> J4 <Side view> Figure 7.1.5 Table 7.1.9 Descriptions of the SD Card Slot (J4) Pin No. 1 Diagram of the SD Card Slot (J4) Signal Name DAT3PJ6 / DV_DATA6 / LCD_DATA6 / Pin No. 2 SD_D3_1 / PWM1G 3 5 Signal Name CMDPJ5 / DV_DATA5 / LCD_DATA5 / SD_CMD_1 / PWM1F GND 4 +3.3V CLKPJ4 / DV_DATA4 / LCD_DATA4 / 6 GND SD_CLK_1 / PWM1E 7 DAT0PJ3 / DV_DATA3 / LCD_DATA3 / 8 SD_D0_1 / PWM1D 9 DAT2PJ7 / DV_DATA7 / LCD_DATA7 / 10 SD_D2_1 / PWM1H 11 CDPJ0 / DV_DATA0 / LCD_DATA0 / DAT1PJ2 / DV_DATA2 / LCD_DATA2 / SD_D1_1 / PWM1C WPPJ1 / DV_DATA1 / LCD_DATA1 / SD_WP_1 / PWM1B 12 COMMONGND SD_CD_1 / PWM1A Note : The signal names in bold style are setting functions. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 7-8 SH7269 CPU Board R0K572690C000BR 7.1.5 7.M3A-HS64G02 Operating Specification PWM Connector (J5) M3A-HS64G02 includes MIL standard connector (J5) for PWM output. Only one channel can be used on R0K572690C000BR. Figure 7.1.6 shows the deployment of PWM connector pins. Table 7.1.10 lists their descriptions. 19 2 1 19 J16 20 J5 20 <Top view of the component side> J3 1 Figure 7.1.6 Table 7.1.10 Diagram of PWM Connector (J5) Signal Name PWM1APJ7 / DV_DATA7 / LCD_DATA7 / Pin No. 2 SD_D2_1 / PWM1H 3 19 Assignments of PWM Connector (J5) Pin No. 1 20 1 2 2 PWM1CPJ5 / DV_DATA5 / LCD_DATA5 / PWM1EPJ3 / DV_DATA3 / LCD_DATA3 / 7 SD_D0_1 / PWM1D PWM1GPJ1 / DV_DATA1 / LCD_DATA1 / PWM1BPJ6 / DV_DATA6 / LCD_DATA6 / SD_D3_1 / PWM1G 4 SD_CMD_1 / PWM1F 5 Signal Name PWM1D PJ4 / DV_DATA4 / LCD_DATA4 / SD_CLK_1 / PWM1E 6 PWM1FPJ2 / DV_DATA2 / LCD_DATA2 / 8 SD_D1_1 / PWM1C PWM1HPJ0 / DV_DATA0 / LCD_DATA0 / SD_WP_1 / PWM1B SD_CD_1 / PWM1A 9 GND 10 GND 11 PF4 / CS5#/CE1A# / SSISCK0 / SGOUT_0 12 PF5 / SSIWS0 / SGOUT_1 13 PF7 / SSIRxD0 / RxD0 / SGOUT_3 / CTS1# 14 PF6 / CE2A# / SSITxD0 / SGOUT_2 PF7 / SSIRxD0 / RxD0 / SGOUT_3 / CTS1# 15 PJ9 / DV_DATA9 / LCD_DATA9 / PINT1 / 16 PWM2B / RTS5# 17 PJ15 / DV_DATA15 / LCD_DATA15 / PINT7 / 18 PWM2H / TxD7 19 +5V Note : The signal names in bold style are setting functions. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 PJ14 / DV_DATA14 / LCD_DATA14 / PINT6 / PWM2G / TxD6 PJ11 / DV_DATA11 / LCD_DATA11 / PINT3 / PWM2D / SCK6 20 +5V 7-9 SH7269 CPU Board R0K572690C000BR 7.1.6 7.M3A-HS64G02 Operating Specification Audio Connector (J6) M3A-HS64G02 includes an optical connector (J6) for connecting to audio devices. Figure 7.1.7shows the deployment of the pins for the optical connector. Table 7.1.11 lists their descriptions. <Top view of the component side> 3 2 4 4 1 5 2 3 1 J7 Figure 7.1.7 Table 7.1.11 J6 Diagram of the Optical Connector (J6) Assignments of the Optical Connector (J6) Pin No. Signal Name Pin No. Signal Name 1 GND 2 +3.3V 3 TXfor optical output on D/A converter 4 NC 5 NC - R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 7-10 SH7269 CPU Board R0K572690C000BR 7.1.7 7.M3A-HS64G02 Operating Specification Line-out Pin jack (J7 M3A-HS64G02 includes a line-out pin jack (J7). Figure 7.1.8 shows the deployment of the pins of line-out pin jack. Table 7.1.12 lists their descriptions. 3 2 4 4 1 5 2 <Top view of the component side> 3 1 J7 Figure 7.1.8 Table 7.1.12 Diagram of Line-out Pin Jack (J7) Assignments of Line-out Pin Jack (J7) Pin No. 1 J6 Signal Name GND Pin No. 2 Signal Name AOUTLL-pin for analog output on D/A converter 3 AOUTRR-pin for analog output on D/A 4 NC converter R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 7-11 SH7269 CPU Board R0K572690C000BR 7.1.8 7.M3A-HS64G02 Operating Specification RCA Connector (J8) M3A-HS64G02 includes an RCA connector (J8). Figure 7.1.9 shows the deployment of the RCA connector pins. Table 7.1.13 lists their descriptions. <Side view> J8 1 <Top view of the solder side> J9 1 2 2 4 Figure 7.1.9 Table 7.1.13 Diagram of RCA Connector Pins (J8) Descriptions of RCA Connector Pins (J8) Pin No. 1 1 3 Signal Name GND R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 Pin No. 2 Signal Name AIN2analog input pin for a video decoder 7-12 SH7269 CPU Board R0K572690C000BR 7.1.9 7.M3A-HS64G02 Operating Specification S-pin Connector (J9) M3A-HS64G02 includes S-pin connector (J9. Figure 7.1.10 shows the deployment of the S-pin connector. Table 7.1.14 lists its descriptions. <Side view> J8 1 1 <Top view of the solder side> J9 2 2 4 Figure 7.1.10 Table 7.1.14 1 3 Diagram of S-Terminal Connector (J9) Assignments of S-Terminal Connector (J9) Pin No. Signal Name Pin No. Signal Name 1 GND 2 GND 3 AIN2analog input pin for a video decoder 4 AIN5analog input pin for a video decoder R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 7-13 SH7269 CPU Board R0K572690C000BR 7.1.10 7.M3A-HS64G02 Operating Specification LCD Module Connector (J10 to J12) M3A-HS64G02 includes flexible connectors (J10 and J11) to connect to LCD module and one MIL standard connector (J12). Figure 7.1.11 shows the flexible connector pins for LCD module. Table 7.1.15 and Table 7.1.16 list the descriptions for flexible connector pins for LCD module, and Table 7.1.17 lists descriptions of MIL standard connector pins. 30 2 CN9 <Top view of the component side> 29 2 40 1 39 1 J10 39 1 J11 40 29 1 2 30 2 J12 Figure 7.1.11 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 Diagram of Connector Pins for LCD Module (J10 to J12) 7-14 SH7269 CPU Board R0K572690C000BR Table 7.1.15 7.M3A-HS64G02 Operating Specification Descriptions of Flexible Connector Pins for LCD Module 1 (J10) Pin No. Signal Name Pin No. Signal Name 1 +3.3V 2 +3.3V 3 +3.3V 4 DCLKPG24 / LCD_CLK 5 GND 6 HSYNCPG26 / LCD_TCON1 7 GND 8 DTMGPJ22 / DV_DATA22 / LCD_DATA22 / LCD_TCON5 / IRQ2 / CRx1 / CRx0/CRx1 9 GND 10 NC 11 GND 12 R5PG15 / D31 / LCD_DATA15 / PINT7 13 R4PG14 / D30 / LCD_DATA14 / PINT6 14 R3PG13 / D29 / LCD_DATA13 / PINT5 15 GND 16 R2PG12 / D28 / LCD_DATA12 / PINT4 17 R1PG11 / D27 / LCD_DATA11 / PINT3 / 18 R0PG11 / D27 / LCD_DATA11 / PINT3 / TIOC3D 19 GND TIOC3D 20 G5PG10 / D26 / LCD_DATA10 / PINT2 / TIOC3C 21 G4PG9 / D25 / LCD_DATA9 / PINT1 / 22 TIOC3B G3PG8 / D24 / LCD_DATA8 / PINT0 / TIOC3A 23 GND 24 G2PG7 / D23 / LCD_DATA7 / IRQ7 / TIOC2B 25 G1PG6 / D22 / LCD_DATA6 / IRQ6 / TIOC2A 26 G0PG5 / D21 / LCD_DATA5 / IRQ5 / TIOC1B 27 GND 28 B5PG4 / D20 / LCD_DATA4 / IRQ4 / TIOC1A 29 B4PG3 / D19 / LCD_DATA3 / IRQ3 / TIOC0D 30 B3PG2 / D18 / LCD_DATA2 / IRQ2 / TIOC0C 31 GND 32 B2PG1 / D17 / LCD_DATA1 / IRQ1 / TIOC0B 33 B1PG0 / D16 / LCD_DATA0 / IRQ0 / TIOC0A 34 B0PG0 / D16 / LCD_DATA0 / IRQ0 / TIOC0A 35 PCINC 36 VctrlPF0 / BREQ# / QSPCLK_1 / RSPCK1 / TIOC4A / DREQ0 / AUDCK 37 NC 39 NC Note: The signal names in bold style are setting functions. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 38 NC 40 NC 7-15 SH7269 CPU Board R0K572690C000BR Table 7.1.16 7.M3A-HS64G02 Operating Specification Descriptions of Flexible Connector Pins for LCD Module 2 (J11) Pin No. Signal Name Pin No. Signal Name 1 NC 2 DTMGPJ22 / DV_DATA22 / LCD_DATA22 / 3 HREV+3.3V 4 B5PG4 / D20 / LCD_DATA4 / IRQ4 / TIOC1A 5 B4PG3 / D19 / LCD_DATA3 / IRQ3 / TIOC0D 6 B3PG2 / D18 / LCD_DATA2 / IRQ2 / TIOC0C 7 B2PG1 / D17 / LCD_DATA1 / IRQ1 / TIOC0B 8 B1PG0 / D16 / LCD_DATA0 / IRQ0 / TIOC0A 9 B0PG0 / D16 / LCD_DATA0 / IRQ0 / TIOC0A 10 +3.3V 11 +3.3V 12 LCD_TCON5 / IRQ2 / CRx1 / CRx0/CRx1 G5PG10 / D26 / LCD_DATA10 / PINT2 / TIOC3C 13 G4PG9 / D25 / LCD_DATA9 / PINT1 / 14 TIOC3B G3PG8 / D24 / LCD_DATA8 / PINT0 / TIOC3A 15 G2PG7 / D23 / LCD_DATA7 / IRQ7 / TIOC2B 16 G1PG6 / D22 / LCD_DATA6 / IRQ6 / TIOC2A 17 G0PG5 / D21 / LCD_DATA5 / IRQ5 / TIOC1B 18 GND 19 R5PG15 / D31 / LCD_DATA15 / PINT7 20 R4PG14 / D30 / LCD_DATA14 / PINT6 21 R3PG13 / D29 / LCD_DATA13 / PINT5 22 R2PG12 / D28 / LCD_DATA12 / PINT4 23 R1PG11 / D27 / LCD_DATA11 / PINT3 / 24 R0PG11 / D27 / LCD_DATA11 / PINT3 / TIOC3D TIOC3D 25 VREV+3.3V 26 NC 27 NC 28 GND 29 DCLKPG24 / LCD_CLK 30 GND 31 GND 32 GND 33 GND 34 GND 35 TMZPH7 / AN7 / PINT7 36 GND 37 DIMPF0 / BREQ# / QSPCLK_1 / RSPCK1 / 38 NC 40 +5V TIOC4A / DREQ0 / AUDCK 39 +5V Note: The signal names in bold style are setting functions. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 7-16 SH7269 CPU Board R0K572690C000BR Table 7.1.17 7.M3A-HS64G02 Operating Specification Descriptions of MIL Standard Connector Pins for LCD Module Pin No. Signal Name (J12) Pin No. 2 Signal Name 1 +3.3V +3.3V 3 +3.3V 4 PG15 / D31 / LCD_DATA15 / PINT7 5 PG14 / D30 / LCD_DATA14 / PINT6 6 PG13 / D29 / LCD_DATA13 / PINT5 7 PG12 / D28 / LCD_DATA12 / PINT4 8 PG11 / D27 / LCD_DATA11 / PINT3 / TIOC3D 9 PG10 / D26 / LCD_DATA10 / PINT2 / TIOC3C 10 PG9 / D25 / LCD_DATA9 / PINT1 / TIOC3B 11 PG8 / D24 / LCD_DATA8 / PINT0 / TIOC3A 12 PG7 / D23 / LCD_DATA7 / IRQ7 / TIOC2B 13 PG6 / D22 / LCD_DATA6 / IRQ6 / TIOC2A 14 PG5 / D21 / LCD_DATA5 / IRQ5 / TIOC1B 15 PG4 / D20 / LCD_DATA4 / IRQ4 / TIOC1A 16 PG3 / D19 / LCD_DATA3 / IRQ3 / TIOC0D 17 PG2 / D18 / LCD_DATA2 / IRQ2 / TIOC0C 18 PG1 / D17 / LCD_DATA1 / IRQ1 / TIOC0B 19 PG0 / D16 / LCD_DATA0 / IRQ0 / TIOC0A 20 GND 21 PG24 / LCD_CLK 22 PG26 / LCD_TCON1LCD_HSYNC 23 NC 24 NCcan supply 5V power via zero-ohm resistor 25 PG25 / LCD_TCON0LCD_VSYNC 26 PJ22 / DV_DATA22 / LCD_DATA22 / LCD_TCON5 / IRQ2 / CRx1 / CRx0/CRx1 LCD_DE 27 PJ23 / DV_DATA23 / LCD_DATA23 / 28 GND 30 GND LCD_TCON6 / IRQ3 / CTx1 / CTx0&CTx1LCD_M_DISP 29 GND Note: The signal names in bold style are setting functions. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 7-17 SH7269 CPU Board R0K572690C000BR IEBusTM 7.1.11 7.M3A-HS64G02 Operating Specification Connector (J13) M3A-HS64G02 includes an IEBusTM connector (J13). Figure 7.1.12 shows the deployment of the IEBusTM connector pins . Table 7.1.18 lists their descriptions J15 J10 <Top view of the component side> 7 3 1 1 1 3 CN1 Table 7.1.18 19 20 Figure 7.1.12 1 J17 4 2 J16 1 Diagram of IEBusTM Connector Pins (J13) Descriptions of IEBusTM Connector Pins (J13) Pin No. Signal Name Pin No. Signal Name 1 +5V 2 BUS- 3 BUS+ 4 GND R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 7-18 SH7269 CPU Board R0K572690C000BR 7.1.12 7.M3A-HS64G02 Operating Specification CAN Connectors (J14 and J15) M3A-HS64G02 includes CAN connectors (J14 and J15). Only J15 can be used on the R0K572690C000BR. Figure 7.1.13 shows the deployment of CAN connector pins. Table 7.1.19 lists their descriptions. J15 J10 <Top view of the component side> 4 1 7 1 1 J17 3 CN1 Table 7.1.19 Diagram of CAN Connector (J14 and J15) Assignments of CAN Connector (J14 and J15) Pin No. 1 19 20 Figure 7.1.13 1 2 J16 3 1 Signal Name CANH 3 GND Note: Channel 2 (CTx2/CRx2) is connected to J15. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 Pin No. 2 Signal Name CANL - 7-19 SH7269 CPU Board R0K572690C000BR 7.1.13 7.M3A-HS64G02 Operating Specification MTU2 Connector (J16) M3A-HS64G02 includes an MIL standard connector (J16) for MUT2 output. Figure 7.1.14 shows the deployment of the MTU2 connector pins. Table 7.1.20 lists their descriptions. 2 1 19 J16 20 J5 19 20 <Top view of the component side> 2 1 Figure 7.1.14 Table 7.1.20 5 19 Diagram of MTU2 Connector Pins (J16) Signal Name PF2 / WAIT# / QMO_1/QIO0_1 / MOSI1 / Pin No. Signal Name 2 PF3 / CS2# / QMI_1/QIO1_1 / MISO1 / TIOC4D / AUDIO_XOUT / SPBMI_1/SPBIO1_1 GND 4 GND PJ12 / DV_DATA12 / LCD_DATA12 / PINT4 / 6 PJ27 / SGOUT_3 / TIOC1A / CTS7# 8 PF2 / WAIT# / QMO_1/QIO0_1 / MOSI1 / TIOC4C / TEND0 / SPBMO_1/SPBIO0_1 3 20 Descriptions of MTU2 Connector Pins (J16) Pin No. 1 J3 1 2 PWM2E / SCK7 7 PF0 / BREQ# / QSPCLK_1 / RSPCK1 / TIOC4A / DREQ0 / AUDCK TIOC4C / TEND0 / SPBMO_1/SPBIO0_1 9 GND 10 GND 11 PJ10 / DV_DATA10 / LCD_DATA10 / PINT2 / PWM2C / SCK5# 12 PJ8 / DV_DATA8 / LCD_DATA8 / PINT0 / PWM2A / CTS5# 13 GND 14 GND 15 PC7 / CKE / RxD7 / CRx1 / CRx0/CRx1 / IRQ1 16 PC8 / CS3# / TxD7 / CTx1 / CTx0&CTx1 17 PC5 / RAS# / CRx0 / CRx0/CRx1/CRx2 / IRQ0 18 PC6 / CAS# / SCK7 / CTx0 / CTx0&CTx1&CTx2 20 PE7 / SDA3 / RxD7 19 PE6 / SCL3 / RxD6 Note: The signal names in bold style are setting functions. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 7-20 SH7269 CPU Board R0K572690C000BR 7.1.14 7.M3A-HS64G02 Operating Specification 12V Power Supply Connector (J17) M3A-HS64G02 includes a system power supply connector (J17). To avoid the false insert, numbers of the pins are differed from other power connector on the CPU board. Figure 7.1.15 shows the deployment of the power supply connector pins. Table 7.2.1 lists their descriptions. 1 3 <Top view of the component side> J17 1 3 <Side view> Figure 7.1.15 Table 7.1.21 Diagram of 12V Power Supply Connector pins (J17) Descriptions of 12V Power Supply Connector Pins (J17) Pin No. Signal Name Pin No. 1 +12V 2 3 GND - R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 Signal Name NC 7-21 SH7269 CPU Board R0K572690C000BR 7.1.15 7.M3A-HS64G02 Operating Specification 12V Input AC Adapter JackJ18 M3A-HS64G02 includes adapter jack (J18) for DC12V input. Figure 7.1.16 shows 12V input AC adapter jack pins. Table 7.1.22 lists their descriptions. <Top view of the component side> J18 - 3 4 Figure 7.1.16 Table 7.1.22 + 2 Diagram of 12V AC Adapter Jack Pins (J18) Descriptions of 12V AC Adapter Jack Pins (J18) Pin No. Signal Name Pin No. Signal Name 1 NCwithout a terminal 2 +12V 3 GND 4 GND R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 7-22 SH7269 CPU Board R0K572690C000BR 7.2 7.M3A-HS64G02 Operating Specification M3A-HS64G02 Operation Parts Layout Figure 7.2.1 shows the layout of operation parts on M3A-HS64G02. Top view of the component side JP3 JP5 JP9 JP4 JP8 SW20 LED15 SW4 SW5 SW6 SW7 SW8 SW9 SW10 SW11 SW12 SW13 SW14 SW15 SW16 SW17 SW18 SW19 JP2 JP12 JP1 LED11 LED12 LED13 LED14 LED5 LED6 LED7 LED8 LED1 LED2 LED3 LED4 LED9 LED10 Figure 7.2.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 SW3 SW1 SW2 M3A-HS64G02 Operation Parts Layout 7-23 SH7269 CPU Board R0K572690C000BR 7.2.1 7.M3A-HS64G02 Operating Specification JumperJP1 to JP12 M3A-HS64G02 includes twelve jumpers. Figure 7.2.2 shows the deployment of the jumpers (JP1 to JP12). Table 7.2.1 to Table 7.2.3 list their settings. JP3 JP7 JP6 3 3 1 1 JP5 JP9 JP11 JP10 JP4 JP8 JP2 3 1 3 1 JP1 1 3 JP12 <Top view of the component side> Figure 7.2.2 Table 7.2.1 Diagram of Jumper on M3A-HS64G02 (JP1 to JP12) List of Jumper Settings to Switch Multifunctional Terminal (JP1 to JP3, JP5, and JP9) Jumper No. Setting JP1 12 Connects to D/A converter device (U10) as an SCL1 output terminal. SCL1/PE2 23 Connects t o a push switch (SW1) as a PE2 input terminal. JP2 12 Connects to D/A converter device (U10) as an SDA1 input-output terminal. SDA1/PE3 23 Connects t o a push switch (SW2) as a PE3 input terminal. JP3 12 Connects to MIL standard connector (J5) as a PWM data output terminal. PWM/ 23 Connects to SD card slot (J4), D/A converter (U10), test terminal (TP1 - TP4) as SD/SSIF/PORT Function input terminals, SDHI, SSIF, and PORT. JP5 12 Connects to IEBusTM driver (U37) as an IETxD output terminal. IETxD/PJ30 23 Invalid on R0K572690C000BR JP9 12 Connects to an IEBusTM driver (U37) as an IETxD input terminal. 23 IERxD/PJ29 Invalid on R0K572690C000BR : setting by default Note: The jumper settings shall not changed under operation of this evaluation board. Make sure to use it with the power turned off. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 7-24 SH7269 CPU Board R0K572690C000BR Table 7.2.2 7.M3A-HS64G02 Operating Specification List of Jumper Settings for CAN Evaluation (JP4, JP6 to JP8, JP10, and JP11) Jumper No. Setting JP4 12 CTx2 connection Noneopen JP8 12 CRx2 connection Noneopen JP6 12 CANLch0end Noneopen JP7 12 CANHch0end Noneopen JP10 12 CANLch1end Noneopen JP11 12 Function Connect CTx2 terminal to CAN driverU16 Not connect CTx2 terminal to CAN driver (U16 Connect CRx2 terminal to CAN driverU16 Not connect CRx2 terminal to CAN driver (U16 Terminate CANLch0 Not terminate CANLch0 Terminate CANHch0 Not terminate CANHch0 Terminate CANLch1 Not terminate CANLch1 Terminate CANHch1 Noneopen Not terminate CANHch1 : setting by default Note: The jumper settings shall not changed under operation of this evaluation board. Make sure to use it with the power turned off. CANHch1end Table 7.2.3 List of Jumper Settings for Switching System Power (JP12) Jumper No. Setting Function JP12 12 Supply system power from J17. PWRSEL 23 Supply system power from J18 with an AC adapter : setting by default Note: The jumper settings shall not changed under operation of this evaluation board. Make sure to use it with the power turned off. R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 7-25 SH7269 CPU Board R0K572690C000BR 7.2.2 7.M3A-HS64G02 Operating Specification Switches and LEDs M3A-HS64G02 includes twenty switches and fifteen LEDs. Figure 7.2.3 shows the deployments of switches and the LEDs. Table 7.2.4 lists the switches and Table 7.2.5 lists LEDs. <Top view of the component side> SW20 SW 4 SW 8 SW 5 SW 9 SW 6 SW 10 SW 7 SW 11 SW 12 SW 16 SW 13 SW 17 SW 14 SW 18 SW 15 SW 19 LED15 SW3 LED 11 LED 12 LED 13 LED 14 LED 5 LED 6 LED 7 LED 8 LED 1 LED 2 LED 3 LED 4 LED 9 LED 10 Figure 7.2.3 Table 7.2.4 SW1 SW2 Diagram of Switches and LEDs on M3A-HS64G02 List of switches on M3A-HS64G02 No. Function Notes SW1 IRQ2 switch For details, refer to Chapter 4.13 SW2 IRQ3 switch For details, refer to Chapter 4.13 SW3 Power switch for LCD module connectorJ10 Not populated SW4-19 SW20 Table 7.2.5 No. Key input switch For details, refer to Chapter 4.12 Power switch List of LEDs on M3A-HS64G02 Color Function LED1-4 green Refer to Chapter 4.11 for dimmer LED ( MTU2 output pin is connected to TIOC4A, TIOC4C, TIOC1A). LED5-8 Yellow Refer to Chapter 4.11 for dimmer LED (invalid on R0K572690C000BR) LED9-10 Blue LED11-14 Orange LED15 blue Refer to Chapter 4.11 for dimmer LED (MTU2 output pin is connected to TIOC4C, 4D) Refer to Chapter 4.11 for dimmer LED (invalid on R0K572690C000BR) Power supply LED (light -up when 12V power is supplied.) R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 7-26 SH7269 CPU Board R0K572690C000BR 7.3 7.M3A-HS64G02 Operating Specification M3A-HS64G02 Dimensions Figure 7.3.1 shows the dimensions of M3A-HS64G02 on the top of the component side. Figure 7.3.2 shows its dimensions as a perspective view. Top view of the component side Figure 7.3.1 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 Unit : mm M3A-HS64G02 Dimensions 7-27 SH7269 CPU Board R0K572690C000BR 7.M3A-HS64G02 Operating Specification Perspective view of the component side Figure 7.3.2 R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 Unit : mm M3A-HS64G02 Dimensions 7-28 SH7269 CPU Board R0K572690C000BR Appendix Appendix R0K572690C000BR Schematics R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 Appendix 1 SH7269 CPU Board R0K572690C000BR Appendix This page is intentionally left blank R20UT0159EJ0100 Rev. 1.00 Dec. 07, 2011 Appendix 2 1 2 3 4 5 SH7269 CPU board R0K572690C000BR SCHEMATICS A A TITLE PAGE 1 INDEX 2 CPU(SH7269), Clock 3 CPU(SH7269)-power 4 Memory, USB (NOR, SDRAM, NAND, EEPROM, Serial-flash) 5 Video, SD 6 Push Switch, RS-232C, H-UDI, User I/F 7 Reset, Power 8 Ext. Connector B C Note: Digital GND (GND) Analog GND (AVss) B USB Analog GND (USB_AVSS) Not mounted 5VCC = Digital 5V 3VCC = Digital 3.3V 3VCC_CPU = 3.3V for CPU I/O 1.2VCC = 1.25V for CPU Core PLLVcc = Analog 3.3V for PLL UA3V = Analog 3.3V for USB UA1.2V = Analog 1.25V for USB AVcc = Analog 3.3V AVref = 3.3V for ADC Voltage Reference AN3V = Analog 3.3V for Video R RA C CE CP = = = = = Fixed Resistors Resistor Array Ceramic Caps Tantalum Electrolytic Caps Decoupling Caps D CHANGE Renesas Solutions Corp. DRAWN SCALE DATE 1 2 CHECKED DESIGNED APPROVED R0K572690C000BR INDEX ( 1 / 8 D-R0K572690C000BR_C-A 11-08-29 3 C 4 5 ) D 2 22 22 22 22 22 A15 A16 A17 A19 A20 1 [4] PB18/QSSL_0 2 JP4 A18 HWP-2P-G [6,8] PA[2:0] 3VCC PA0 PA1 PA2 [4,5,8] PE[7:0] R10 R11 R12 R13 R14 R15 R16 R17 PE2 PE3 [4,8] PE2/SCL1 [4,8] PE3/SDA1 PE0 PE1 PE2 PE3 PE4 PE5 PE6 PE7 4.7k 4.7k 4.7k 4.7k 4.7k 4.7k 4.7k 4.7k PE0 PE1 PE2 PE3 PE4 PE5 PE6 PE7 63 65 256 70 71 72 73 74 75 76 77 [8] AN[7:0] 3VCC 8 CP1 0.1F 4 3VCC CP2 0.1F X1 _SG-8002DC_5.33MHz R19 VCC OUT 5 GND OE 1 XR2A-0811-N 3VCC 8 CP3 0.1F 4 3VCC CP5 0.1F 18 LCD X2 SG-8002CA_27MHz 4 VCC OUT 3 2 GND OE 1 X3 _SG-8002DC_10MHz VCC OUT 5 GND OE 1 XR2A-0811-N PG27 R20 18 R24 18 118 119 120 121 122 123 125 127 PH0 / AN0 / PINT0 PH1 / AN1 / PINT1 PH2 / AN2 / PINT2 PH3 / AN3 / PINT3 PH4 / AN4 / PINT4 PH5 / AN5 / PINT5 / LCD_EXTCLK PH6 / AN6 / PINT6 PH7 / AN7 / PINT7 PG0 PG1 PG2 PG3 PG4 PG5 PG6 PG7 PG8 PG9 PG10 PG11 PG12 PG13 PG14 PG15 PG16 PG17 PG18 PG19 PG20 PG21 PG22 PG23 PG24 PG25 PG26 PG27 136 138 140 145 147 148 149 150 155 160 161 163 165 167 168 169 170 175 180 181 183 185 187 188 189 190 191 192 PG0 / D16 / LCD_DATA0 / IRQ0 / TIOC0A PG1 / D17 / LCD_DATA1 / IRQ1 / TIOC0B PG2 / D18 / LCD_DATA2 / IRQ2 / TIOC0C PG3 / D19 / LCD_DATA3 / IRQ3 / TIOC0D PG4 / D20 / LCD_DATA4 / IRQ4 / TIOC1A PG5 / D21 / LCD_DATA5 / IRQ5 / TIOC1B PG6 / D22 / LCD_DATA6 / IRQ6 / TIOC2A PG7 / D23 / LCD_DATA7 / IRQ7 / TIOC2B PG8 / D24 / LCD_DATA8 / PINT0 / TIOC3A PG9 / D25 / LCD_DATA9 / PINT1 / TIOC3B PG10 / D26 / LCD_DATA10 / PINT2 / TIOC3C PG11 / D27 / LCD_DATA11 / PINT3 / TIOC3D PG12 / D28 / LCD_DATA12 / PINT4 PG13 / D29 / LCD_DATA13 / PINT5 PG14 / D30 / LCD_DATA14 / PINT6 PG15 / D31 / LCD_DATA15 / PINT7 PG16 / WE2#/ICIORD#/DQMUL / LCD_DATA16 / AUDATA0 PG17 / WE3#/ICIOWR#/AH#/DQMUU / LCD_DATA17 / AUDATA1 PG18 / DV_DATA4 / LCD_DATA18 / SPDIF_IN / SCK4 PG19 / DV_DATA5 / LCD_DATA19 / SPDIF_OUT / SCK5 PG20 / DV_DATA6 / LCD_DATA20 / LCD_TCON3 / RXD4 PG21 / DV_DATA7 / LCD_DATA21 / LCD_TCON4 / TXD4 / AUDATA2 PG22 / LCD_DATA22 / LCD_TCON5 / RXD5 / AUDSYNC# PG23 / LCD_DATA23 / LCD_TCON6 / TXD5 / AUDATA3 PG24 / LCD_CLK PG25 / LCD_TCON0 PG26 / LCD_TCON1 PG27 / LCD_TCON2 / LCD_EXTCLK R25 2 108 109 GND OE 1 R26 18 X5 MC-306 32.768KHz C5 10pF 3VCC CP6 0.1F X6 SG-8002DC_48MHz 8 VCC OUT 5 R30 4 18 GND OE 1 XR2A-0811-N 3VCC 8 4 X7 _DSX321G_48MHz R33 18 [4] CKIO_SD [8] CKIO_CN EXTAL XTAL 89 90 RTC_X1 RTC_X2 105 106 R34 22 R35 22 61 117 R9 VRT VRB 115 116 VIN1 VIN2 113 114 PC0 / CS0# / MD_BOOT2 PC1 / RD# PC2 / RD/WR# / SCK6 PC3 / WE0#/DQMLL / RXD6 PC4 / WE1#/WE#/DQMLU / TXD6 PC5 / RAS# / CRX0 / CRX0/CRX1/CRX2 / IRQ0 PC6 / CAS# / SCK7 / CTX0 / CTX0&CTX1&CTX2 PC7 / CKE / RXD7 / CRX1 / CRX0/CRX1 / IRQ1 PC8 / CS3# / TXD7 / CTX1 / CTX0&CTX1 USB_X1 USB_X2 AUDIO_X1 AUDIO_X2 CKIO 5.6k-1% DM [4] DP [4] VBUS [4] C1 C2 RA3 D0 D1 D2 D3 1 2 3 4 D4 D5 D6 D7 1 2 3 4 D8 D9 D10 D11 D12 D13 D14 D15 0.1F 0.1F 1 2 3 4 8 7 6 5 PD3 PD2 PD1 PD0 MNR14_4.7k RA5 8 7 6 5 D7 D6 D5 D4 1 2 3 4 MNR14_22 RA1 8 7 6 5 PD7 PD6 PD5 PD4 1 2 3 4 MNR14_4.7k RA6 8 7 6 5 D11 D10 D9 D8 1 2 3 4 MNR14_22 RA2 8 7 6 5 PD11 PD10 PD9 PD8 1 2 3 4 MNR14_4.7k RA7 8 7 6 5 D15 D14 D13 D12 1 2 3 4 MNR14_22 RA8 8 7 6 5 PD15 PD14 PD13 PD12 Vin MNR14_4.7k 59 1 3 4 5 6 8 10 12 JP9 PJ0 PJ1 PJ2 PJ3 PJ4 PJ5 PJ6 PJ7 PJ8 PJ9 PJ10 PJ11 PJ12 PJ13 PJ14 PJ15 PJ16 PJ17 PJ18 PJ19 PJ22 PJ23 PJ24 PJ25 PJ26 PJ27 PJ28 PJ29 PJ30 PJ31 HWP-3P-G 1 2 3 JP8 3 [5,6,8] PJ20/IRQ0 [8] PJ21/IRQ1 [6] PJ20 Interrupt HWP-3P-G 1 2 NMI RES# A MNR14_22 ROHM VIN1 [5] VIN2 [5] PJ[31:0] 151 153 157 158 159 171 173 177 178 179 214 219 220 221 16 18 22 23 24 36 43 44 232 237 238 239 66 67 68 69 38 42 RA4 D3 D2 D1 D0 USB 24k-1% 3VCC 8 7 6 5 PJ21 R18 _4.7k B C3 _18pF PC[8:0] PCD[8:5] R21 R22 R23 22 22 22 PC0 PC1 PC2 PC3 PC4 PCD5 PCD6 PCD7 PCD8 79 88 NMI [6] RES# [4,6,7,8] 81 129 130 131 132 133 134 ASEMD# [6] TRST# [6] ASEBRKAK# [6] TDO [6] TDI [6] TMS [6] TCK [6] PCD5 4 PCD6 7 PCD7 9 PCD8 12 193 195 197 198 199 200 201 202 203 204 206 208 209 210 211 212 216 217 218 223 225 227 228 229 R27 22 R28 R29 22 22 Interrupt 1B1 2 PC5 1B2 2B1 3 5 PC6 2B2 3B1 6 11 3B2 4B1 10 14 4B2 13 GND 8 1A 2A 3A 4A MUX 16 Vcc CP4 0.1F H-UDI [4,8] U2 SN74CB3Q3257 Texas Instruments 3VCC PF0 / BREQ# / QSPCLK_1 / RSPCK1 / TIOC4A / DREQ0 / AUDCK PF1 / BACK# / QSSL_1 / SSL10 / TIOC4B / DACK0 PF2 / WAIT# / QMO_1/QIO0_1 / MOSI1 / TIOC4C / TEND0 / SPBMO_1/SPBIO0_1 PF3 / CS2# / QMI_1/QIO1_1 / MISO1 / TIOC4D / AUDIO_XOUT / SPBMI_1/SPBIO1_1 PF4 / CS5#/CE1A# / SSISCK0 / SGOUT_0 PF5 / SSIWS0 / SGOUT_1 PF6 / CE2A# / SSITXD0 / SGOUT_2 PF7 / SSIRXD0 / RXD0 / SGOUT_3 / CTS1# PF8 / A23 / TXD0 PF9 / BS# / DV_DATA0 / SCK0 / MMC_D4 / RTS1# PF10 / CS1# / SSISCK1 / DV_DATA1 / SCK1 / MMC_D5 PF11 / SSIWS1 / DV_DATA2 / RXD1 / MMC_D6 PF12 / SSIDATA1 / DV_DATA3 / TXD1 / MMC_D7 PF13 / A24 / SSISCK2 / SCK2 PF14 / A25 / SSIWS2 / RXD2 PF15 / A0 / SSIDATA2 / WDTOVF# / TXD2 / UBCTRG# PF16 / SD_CD_0 / FCE# / IRQ4 / MMC_CD PF17 / SD_WP_0 / FRB / IRQ5 PF18 / SD_D1_0 / SSISCK3 / IRQ6 / MMC_D1 PF19 / SD_D0_0 / SSIWS3 / IRQ7 / MMC_D0 PF20 / SD_CLK_0 / SSIDATA3 / MMC_CLK PF21 / SD_CMD_0 / SCK3 / MMC_CMD PF22 / SD_D3_0 / RXD3 / MMC_D3 PF23 / SD_D2_0 / TXD3 / MMC_D2 C7 _8pF 143 142 BIAS ASEMD# TRST# ASEBRKAK#/ASEBRK# TDO TDI TMS TCK R32 _560 X8 SG-8002DC_11.2896MHz VCC OUT 5 GND OE 1 XR2A-0811-N 84 85 R8 PJ0 / DV_DATA0 / LCD_DATA0 / SD_CD_1 / PWM1A PJ1 / DV_DATA1 / LCD_DATA1 / SD_WP_1 / PWM1B PJ2 / DV_DATA2 / LCD_DATA2 / SD_D1_1 / PWM1C PJ3 / DV_DATA3 / LCD_DATA3 / SD_D0_1 / PWM1D PJ4 / DV_DATA4 / LCD_DATA4 / SD_CLK_1 / PWM1E PJ5 / DV_DATA5 / LCD_DATA5 / SD_CMD_1 / PWM1F PJ6 / DV_DATA6 / LCD_DATA6 / SD_D3_1 / PWM1G PJ7 / DV_DATA7 / LCD_DATA7 / SD_D2_1 / PWM1H PJ8 / DV_DATA8 / LCD_DATA8 / PINT0 / PWM2A / CTS5# PJ9 / DV_DATA9 / LCD_DATA9 / PINT1 / PWM2B / RTS5# PJ10 / DV_DATA10 / LCD_DATA10 / PINT2 / PWM2C / SCK5 PJ11 / DV_DATA11 / LCD_DATA11 / PINT3 / PWM2D / SCK6 PJ12 / DV_DATA12 / LCD_DATA12 / PINT4 / PWM2E / SCK7 PJ13 / DV_DATA13 / LCD_DATA13 / PINT5 / PWM2F / TXD5 PJ14 / DV_DATA14 / LCD_DATA14 / PINT6 / PWM2G / TXD6 PJ15 / DV_DATA15 / LCD_DATA15 / PINT7 / PWM2H / TXD7 PJ16 / DV_DATA16 / LCD_DATA16 / RSPCK0 / TIOC0A / SIOFSCK PJ17 / DV_DATA17 / LCD_DATA17 / SSL00 / TIOC0B / SIOFSYNC PJ18 / DV_DATA18 / LCD_DATA18 / MOSI0 / TIOC0C / SIOFTXD PJ19 / DV_DATA19 / LCD_DATA19 / MISO0 / TIOC0D / SIOFRXD / AUDIO_XOUT PJ22 / DV_DATA22 / LCD_DATA22 / LCD_TCON5 / IRQ2 / CRX1 / CRX0/CRX1 PJ23 / DV_DATA23 / LCD_DATA23 / LCD_TCON6 / IRQ3 / CTX1 / CTX0&CTX1 PJ24 / SGOUT_0 / SSISCK4 / LCD_TCON3 / SPDIF_IN / SCK7 PJ25 / SGOUT_1 / SSIWS4 / LCD_TCON4 / SPDIF_OUT / RXD7 PJ26 / SGOUT_2 / SSIDATA4 / LCD_TCON5 / TXD7 PJ27 / SGOUT_3 / TIOC1A / CTS7# PJ28 / SSISCK5 / TIOC1B / RTS7# PJ29 / SSIWS5 / TIOC2A / IERXD PJ30 / SSIDATA5 / TIOC2B / IETXD PJ31 / DV_CLK PJ20 / DV_DATA20 / LCD_DATA20 / LCD_TCON3 / IRQ0 / CRX2 / CRX0/CRX1/CRX2 PJ21 / DV_DATA21 / LCD_DATA21 / LCD_TCON4 / IRQ1 / CTX2 / CTX0&CTX1&CTX2 VIDEO_X1 VIDEO_X2 C4 10pF R31 _1M C6 _8pF CP8 0.1F 10 X4 SG-8002CA_13.3333MHz 4 VCC OUT 3 C PE0 / SCL0 / TCLKA / LCD_EXTCLK PE1 / SDA0 / TCLKB / AUDIO_CLK / DV_CLK PE2 / SCL1 / TCLKC / IOIS16# / DV_VSYNC PE3 / SDA1 / TCLKD / ADTRG# / DV_HSYNC PE4 / SCL2 / RXD4 / DV_VSYNC PE5 / SDA2 / RXD5 / DV_HSYNC PE6 / SCL3 / RXD6 PE7 / SDA3 / RXD7 AN0 AN1 AN2 AN3 AN4 AN5 AN6 AN7 [5,6,8] PG[27:0] B PA0 / MD_BOOT0 PA1 / MD_BOOT1 MD_CLK0 Data 98 93 94 95 REFRIN DM DP VBUS PD[15:0] [4,8] D0 D1 D2 D3 D4 D5 D6 D7 D8 D9 D10 D11 D12 D13 D14 D15 OE R7 R3 R4 R5 R6 230 234 235 236 242 243 244 245 246 247 248 249 251 253 254 255 PC5B/RAS# [4] PC6B/CAS# [4] PC7 PC7B/CKE [4] PC8 PC8B/CS3# [4] PC1 PC2 PC3 PC4 PC1/RD# [4,8] PC2/RD/WR# [4,8] PC3/WE0#/DQML [4,8] PC4/WE1#/DQMU [4,8] JP5 PC0 [6] EXT#/SDRAM 2 HWP-3P-G 1 PC0/CS0# [4] 3 PC0/MD_BOOT2 [6] PF[23:0] [4,5,6,8] U3 SN74CB3Q3257 Texas Instruments PF0 PF1 PF2 PF3 PF4 PF5 PF6 PF7 PF8 PF9 PF10 PF11 PF12 PF13 PF14 PF15 PF16 PF17 PF18 PF19 PF20 PF21 PF22 PF23 PF17 4 PF16 7 2A 9 3A 12 1B1 2 PF17A/SD_WP_0 1B2 2B1 3 5 PF17B/FRB [4,8] PF16A/SD_CD_0 [5,8] 2B2 3B1 6 11 PF16B/FCE# 3B2 4B1 10 14 1A 4A 3VCC 4B2 13 GND 8 C [5,8] [4,8] MUX 16 CP7 0.1F Vcc OE A13 A14 PD0 / D0 / PWM1A PD1 / D1 / PWM1B PD2 / D2 / PWM1C PD3 / D3 / PWM1D PD4 / D4 / FRE# / PWM1E PD5 / D5 / FCLE / PWM1F PD6 / D6 / FALE / PWM1G PD7 / D7 / FWE# / PWM1H PD8 / D8 / NAF0 / PWM2A PD9 / D9 / NAF1 / PWM2B PD10 / D10 / NAF2 / PWM2C PD11 / D11 / NAF3 / PWM2D PD12 / D12 / NAF4 / PWM2E PD13 / D13 / NAF5 / PWM2F PD14 / D14 / NAF6 / PWM2G PD15 / D15 / NAF7 / PWM2H S PB15/QIO2_0 PB16/QIO3_0 PB17/QSPCLK_0 PB19/QIO0_0 PB20/QIO1_0 22 22 PB1 / A1 / TIOC0A PB2 / A2 / TIOC0B PB3 / A3 / TIOC0C PB4 / A4 / TIOC0D PB5 / A5 / TIOC1A PB6 / A6 / TIOC1B PB7 / A7 / TIOC2A PB8 / A8 / TIOC2B PB9 / A9 / TIOC3A PB10 / A10 / TIOC3B PB11 / A11 / TIOC3C PB12 / A12 / TIOC3D PB13 / A13 / QIO2_1 / SPBIO2_1 PB14 / A14 / QIO3_1 / SPBIO3_1 PB15 / A15 / QIO2_0 / SPBIO2_0 PB16 / A16 / QIO3_0 / SPBIO3_0 PB17 / A17 / QSPCLK_0 / RSPCK0 / SPBCLK PB19 / A19 / QMO_0/QIO0_0 / MOSI0 / SPBMO_0/SPBIO0_0 PB20 / A20 / QMI_0/QIO1_0 / MISO0 / SPBMI_0/SPBIO1_0 PB21 / A21 / CRX2 / IERXD PB22 / A22 / CTX2 / IETXD / CS4# PB18 / A18 / QSSL_0 / SSL00 / SPBSSL 1 [4] [4] [4] [4] [4] Serial-flash1 R1 R2 13 14 15 20 25 26 28 30 32 33 34 35 40 45 46 48 50 53 54 56 58 52 15 [4] PB13/QIO2_1 [4] PB14/QIO3_1 A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 A12 A13 A14 A15 A16 A17 A19 A20 A21 A22 A18 5 S A 4 D[15:0] 1 [4,8] A[22:1] Serial-flash2 3 U1-1 SH7269QFP RENESAS 15 1 [6] SD#/NAND PF0 PF1 PF2 PF3 PF0/QSPCLK_1 [4,6,8] PF1/QSSL_1 [4,8] PF2/QIO0_1 [4,8] PF3/QIO1_1 [4,8] Serial-flash2 D D CHANGE Renesas Solutions Corp. DRAWN CHECKED APPROVED DESIGNED R0K572690C000BR CPU(SH7269), Clock SCALE DATE 1 2 / 8 D-R0K572690C000BR_C-A 11-08-29 3 ( 2 4 5 ) 1 UA3V A + CE3 22F/10V 10F/16V + CE1 22F/10V 10F/16V 3VCC_CPU USBAPVcc CP12 0.001F 99 USBAPVss CP13 0.1F CP10 0.01F 101 USBAVcc CP14 0.001F 102 USBAVss + CE6 22F/10V 10F/16V CP35 0.1F CP36 0.01F 91 USBDPVcc CP38 0.001F 92 USBDPVss + CE9 22F/10V 10F/16V CP39 0.1F CP40 0.01F + CE11 22F/10V 10F/16V CP42 0.1F CP43 0.01F A CP15 0.1F USBUVcc CP41 0.001F 104 USBUVss Vcc1 Vcc2 Vcc3 Vcc4 Vcc5 Vcc6 Vcc7 Vcc8 Vcc9 Vcc10 Vcc11 Vcc12 Vcc13 Vcc14 Vcc15 for USBUVcc(1.25V) + CE10 3VCC_CPU CP16 0.1F CP17 0.1F CP18 0.1F CP19 0.1F CP20 0.1F CP21 0.1F CP22 0.1F CP23 0.1F CP24 0.1F CP25 0.1F CP26 0.1F CP27 0.1F CP28 0.1F for Digital 1.25V 103 96 USBDVcc CP44 0.001F 97 USBDVss Vss1 Vss2 Vss3 Vss4 Vss5 Vss6 Vss7 Vss8 Vss9 Vss10 Vss11 Vss12 Vss13 Vss14 Vss15 Vss16 Vss17 Vss18 Vss19 Vss20 Vss21 Vss22 Vss23 9 19 29 39 49 55 62 80 110 135 139 144 154 164 174 184 196 207 215 224 233 241 252 VDAVss AVss PLLVss1 PLLVss2 86 87 CP30 0.1F CP31 0.1F CP32 0.1F CP33 0.1F CP34 0.1F CP37 0.1F + CE7 4.7F/10V 1.2VCC B AVref AVref AVcc VDAVcc PLLVcc CP29 0.1F 11 21 31 41 51 57 64 82 137 146 156 166 176 186 226 CP45 0.1F 112 124 5 2 7 17 27 37 47 60 78 107 141 152 162 172 182 194 205 213 222 231 240 250 for USBDVcc(1.25V) + CE8 4 for Digital 3.3V PVcc1 PVcc2 PVcc3 PVcc4 PVcc5 PVcc6 PVcc7 PVcc8 PVcc9 PVcc10 PVcc11 PVcc12 PVcc13 PVcc14 PVcc15 PVcc16 PVcc17 PVcc18 PVcc19 PVcc20 PVcc21 for USBDPVcc(3.3V) + CE5 1.2VCC B CP9 0.01F 100 for USB Analog 1.25V + CE4 1.2VCC CP11 0.1F 3 U1-2 SH7269QFP RENESAS for USB Analog 3.3V + CE2 UA1.2V 2 CP46 0.1F AVcc CP47 0.1F AN3V CP48 0.1F CP49 0.1F CP50 0.1F CP51 0.1F CP52 0.1F CP53 0.1F CP54 0.1F CP55 0.1F CP56 0.1F CP57 0.1F CP58 0.1F CP59 0.1F + CE12 4.7F/10V PLLVcc 128 126 111 83 CP60 0.1F CP61 0.1F CP62 0.1F CP63 0.1F C C D D CHANGE Renesas Solutions Corp. DRAWN CHECKED APPROVED DESIGNED R0K572690C000BR CPU(SH7269)-power SCALE DATE 1 2 / 8 D-R0K572690C000BR_C-A 11-08-29 3 ( 3 4 5 ) 1 2 3 3VCC 5 NOR-flash (32MB) [2,8] A[22:1] U4 S29GL256P-56 Spansion PF13 PF8 A24 A23 R44 4.7k A24 A23 A22 A21 A20 A19 A18 A17 A16 A15 A14 A13 A12 A11 A10 A9 A8 A7 A6 A5 A4 A3 A2 A1 R38 4.7k A R46 R47 A22 A21 4.7k 4.7k 3VCC R48 4.7k R49 4.7k R50 4.7k R51 4.7k R52 4.7k 55 56 1 2 15 12 11 18 19 54 3 4 5 6 7 8 9 10 20 21 22 23 24 25 26 31 53 32 34 13 [2] PC0/CS0# [2,8] PC1/RD# [2,8] PC3/WE0#/DQML 14 16 51 49 47 45 42 40 38 36 50 48 46 44 41 39 37 35 DQ15/A-1 DQ14 DQ13 DQ12 DQ11 DQ10 DQ9 DQ8 DQ7 DQ6 DQ5 DQ4 DQ3 DQ2 DQ1 DQ0 PD15 PD14 PD13 PD12 PD11 PD10 PD9 PD8 PD7 PD6 PD5 PD4 PD3 PD2 PD1 PD0 R36 4.7k R40 4.7k R37 4.7k R41 4.7k PD15/NAF7 PD14/NAF6 PD13/NAF5 PD12/NAF4 PD11/NAF3 PD10/NAF2 PD9/NAF1 PD8/NAF0 PD15 PD14 PD13 PD12 PD11 PD10 PD9 PD8 44 43 42 41 32 31 30 29 I/O7 I/O6 I/O5 I/O4 I/O3 I/O2 I/O1 I/O0 PD7/FWE# PD6/FALE PD5/FCLE PD4/FRE# PD7 PD6 PD5 PD4 18 17 16 8 WE ALE CLE RE 7 9 R/B CE 19 NC3 NC2 NC1 30 28 27 RY/BY 17 3VCC H2 3VCC 13 36 R53 0 H3 1 BYTE CE OE WE R54 0 RESET WP/ACC VIO 29 VCC 43 + CE13 1 CP68 0.1F CP69 0.1F NC1 NC2 NC3 NC4 NC5 NC6 NC7 NC8 NC9 NC10 NC11 NC12 NC13 NC14 NC15 NC16 NC17 NC18 NC19 NC20 NC21 NC22 NC23 NC24 NC25 NC26 NC27 NC28 NC29 WP CP65 0.1F Vss Vss VCC VCC 1 2 3 4 5 6 10 11 14 15 20 21 22 23 24 25 26 27 28 33 34 35 38 39 40 45 46 47 48 U6 R1EX24128ASA00A RENESAS SCL A2 3 A1 2 5 SDA A0 1 R42 0 R43 0 [2,8] PE2/SCL1 [2,8] PE3/SDA1 6 R45 4.7k 3VCC TH1 1 7 WP 4 VSS 3VCC VCC 8 CP64 0.1F A TH2 1 1 1 2.54mm TH3 1 TH4 1 1 TH5 PF9 1 3VCC 1 TH7 1 TH8 1 1 CP67 0.1F 1 TH6 1 1 CP66 0.1F 4.7F/10V FVDD EEPROM(16KB) 1 15.24mm + CE14 4.7F/10V 1 H5 37 12 NVDD H4 H1 U5 _K9F2G08U0A SAMSUNG [2,8] PF17B/FRB [2,8] PF16B/FCE# 33 52 RES# NC(A25) NC(A24) A23 A22 A21 A20 A19 A18 A17 A16 A15 A14 A13 A12 A11 A10 A9 A8 A7 A6 A5 A4 A3 A2 A1 A0 VSS VSS A[24:23] NAND-flash (256MB) R39 4.7k 1 [2,8] PD[15:0] [2,6,7,8] 4 PF[23:0] 1 [2,5,6,8] SDRAM (16MB) R59 4.7k R60 4.7k 19 18 17 16 CS RAS CAS WE 39 15 DQMU DQML 37 38 CKE CLK PC8B/CS3# PC5B/RAS# PC6B/CAS# PC2/RD/WR# [2,8] PC4/WE1#/DQMU [2] PC7B/CKE [2] CKIO_SD R67 _4.7k R68 _4.7k C8 _18pF 28 41 54 R66 4.7k DQ15 DQ14 DQ13 DQ12 DQ11 DQ10 DQ9 DQ8 DQ7 DQ6 DQ5 DQ4 DQ3 DQ2 DQ1 DQ0 53 51 50 48 47 45 44 42 13 11 10 8 7 5 4 2 NC1 NC2 40 36 VDD VDD VDD 1 14 27 VDDQ VDDQ VDDQ VDDQ 3 9 43 49 PD15 PD14 PD13 PD12 PD11 PD10 PD9 PD8 PD7 PD6 PD5 PD4 PD3 PD2 PD1 PD0 B 3VCC 3VCC R61 0 H6 3VCC 1 SVDD R65 0 3VCC R62 _4.7k TP1 H7 TP2 1 SVDDQ R69 4.7k CP71 0.1F CP72 0.1F CP73 0.1F CP74 0.1F CP75 0.1F CP76 0.1F CP77 0.1F 5VCC R63 U8 R64 4.7k MIC-2025-2YM 0 MICREL 1 EN 8 OUT2 2 FLG IN 7 3 GND OUT1 6 4 NC1 5 NC2 + CE16 4.7F/10V CP70 0.1F TP3 VBUS 150F/16V L1 R70 C [2] VBUS R74 4.7k R75 4.7k [2] PB18/QSSL_0 [2] PB17/QSPCLK_0 5 2 3 7 PB19/QIO0_0 PB20/QIO1_0 PB15/QIO2_0 PB16/QIO3_0 SI/IO0 VCC SO/IO1 W/ACC/IO2 HOLD/IO3 GND 1 2 3 4 L2 _DLW21HN900SQ2 8 4 [2,8] PF1/QSSL_1 1 JP7 3 [2,6,8] [2,8] [2,8] [2] [2] PF0/QSPCLK_1 PF2/QIO0_1 PF3/QIO1_1 PB13/QIO2_1 PB14/QIO3_1 R77 4.7k R79 4.7k R80 4.7k R81 4.7k HWP-3P-G 2 1 R82 U10 4.7k S25FL032P Spansion 1 CS 6 SCK 5 2 3 7 SI/IO0 VCC SO/IO1 W/ACC/IO2 HOLD/IO3 GND 7 6 5 D1 _HZM6.2Z4MFA 1 2 3 5 VBus DD+ GND ID 4 FG3 FG2 FG1 FRAME 9 8 7 6 TP4 USB_ID 3 4 Serial-flash2(4MB) R78 4.7k 5 2 FG2 FG1 FRAME J2 _54819-0572 MOLEX 1 3VCC HWP-3P-G VBus DD+ GND USB Mini-B [2] DP CP78 0.1F H8 JP6 3 J1 UBA-4R-D14T-4D JST [2] DM 3VCC 1 [2] [2] [2] [2] R76 U9 4.7k S25FL032P Spansion 1 CS 6 SCK C10 1F 2 R73 4.7k 1 R72 4.7k C USB Socket-A _L600 100 C9 1F 4 R71 4.7k Serial-flash1(4MB) 3 3VCC 1-2 USB Host Mode None USB Function Mode JP10 HWP-2P-G + CE15 2 R58 4.7k A11 A10 A9 A8 A7 A6 A5 A4 A3 A2 A1 A0 2 R57 4.7k 35 22 34 33 32 31 30 29 26 25 24 23 1 [2] [2] [2] [2,8] R56 4.7k BA1 BA0 A12 A11 A10 A9 A8 A7 A6 A5 A4 A3 A2 A1 VSS VSS VSS R55 _4.7k 21 20 6 12 46 52 3VCC A14 A13 VSSQ VSSQ VSSQ VSSQ U7 EDS1216AHTA ELPIDA B 3VCC L3 _L600 8 4 CP79 0.1F H9 D 1 D CHANGE Renesas Solutions Corp. DRAWN CHECKED APPROVED DESIGNED R0K572690C000BR Memory, USB ( 4 SCALE DATE 1 2 D-R0K572690C000BR_C-A 11-08-29 3 / 8 4 5 ) 1 2 3 4 5 V[2:1] [8] PH[7:0] [2,4,8] PE[7:0] [2,6,8] PJ[31:0] [2,6,8] PG[27:0] V1 PG[26:0], PJ[23:22] for LCD Output PG13 PG15 PG16 PG18 PG21 PG23 PG24 PG26 V1 R85 _1k PG9 PG11 PG12 PG14 PG17 PG19 PG20 PG22 V2 R90 _0 PG25 PJ22 PJ23 V2 C14 0.1F IN1 2 5 6 NC1 NC2 NC3 H10 1 3 4 A OUT2 NC4 NC5 7 R88 0 C11 1F VIN1 [2] R89 0 C12 1F VIN2 [2] 8 11 R174 _1k 9 12 13 14 R87 75 1 GND GND OUT1 FG IN2 FG 3 TOKO R86 0 U12 _H355LDK-8281 J12 JPJ2545 HOSIDEN 2 TOKO R92 _1k 1 C13 0.1F PG1 PG3 PG4 PG6 J11 JPJ2545 HOSIDEN 2 IN1 2 5 6 NC1 NC2 NC3 1 OUT2 NC4 NC5 7 8 11 R175 _1k 9 12 13 14 R94 75 1 H11 3 4 PG5 PG7 PG8 PG10 U11 _H355LDK-8281 5VCC GND GND OUT1 FG IN2 FG A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 A12 A13 A14 A15 A16 A17 A18 A19 A20 R84 0 1 PG0 PG2 CN10 FX2C-40P-1.27DSA HRS B1 B2 B3 B4 B5 B6 B7 B8 B9 B10 B11 B12 B13 B14 B15 B16 B17 B18 B19 B20 3 3VCC A R83 _0 PJ[31, 23:0], PE[5:4] for DV Input, PWM Output 3VCC B PJ14 PJ10 PJ8 PJ7 PJ0 PJ5 PJ4 PJ2 PJ13 PJ19 PJ21 PJ23 PJ31 PE4 PH5 PH7 C15 0.1F A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 A12 A13 A14 A15 A16 A17 A18 A19 A20 CN11 FX2C-40P-1.27DSA HRS B1 B2 B3 B4 B5 B6 B7 B8 B9 B10 B11 B12 B13 B14 B15 B16 B17 B18 B19 B20 5VCC B PJ15 PJ11 PJ9 PJ20 PJ1 PJ6 PJ18 PJ3 PJ12 PJ17 PJ16 PJ22 PJ31 PE5 PH4 PH6 [2,4,6,8] PF[23:0] MCVCC 3VCC SD Card Slot C16 0.1F R97 22k R98 22k R99 _22k R100 22k R101 22k R102 22k R103 22k R104 22k J13 DM1B-DSF-PEJ HRS MCVCC PF22 PF21 1 2 3 4 5 6 7 8 9 PF20 PF19 PF18 PF23 C R105 R106 [2,8] PF17A/SD_WP_0 [2,8] PF16A/SD_CD_0 22 22 10 11 12 C17 0.1F CD/DAT3 CMD VSS1 VDD CLK VSS2 DAT0 DAT1 DAT2 FG FG FG W_Protect FG Card_Detect FG COMMON FG SD Card 5VCC 3VCC CP80 0.1F 13 14 15 16 17 18 C Power Control U13 LTC1470CS8 3 4 EN1 EN0 6 7 3VIN 3VIN 2 5VIN MCVCC OUT OUT 1 8 + CE19 1F/16V R107 10k CP81 0.1F D D CHANGE Renesas Solutions Corp. DRAWN CHECKED APPROVED DESIGNED R0K572690C000BR VDC4, Vin, SD ( 5 SCALE DATE 1 2 D-R0K572690C000BR_C-A 11-08-29 3 / 8 4 5 ) 5 4 3 2 1 H-UDI Interface NMI SWITCH CIRCUIT [2,4,5,8] 3VCC PF[23:0] 3VCC 3VCC 8 7 6 5 R112 _4.7k 1 2 3 R113 4 0 RA9 MNR14_4.7k R176 4.7k R109 _4.7k R110 4.7k D NMI SWITCH SW3 B3SN-3012 + CE20 2.2F/10V U14A SN74LVC14_3 3VCC [2] [2] [2] [2] [2] IRQ SWITCH CIRCUIT 3VCC IRQ1 SWITCH + CE21 2.2F/10V 6 9 U14C SN74LVC14_3 R124 8 0 PJ21/IRQ1 R122 1k [2] NC1 NC2 NC3 NC4 NC5 NC6 NC7 NC8 NC9 NC10 NC11 NC12 NC13 NC14 NC15 NC16 NC17 NC18 NC19 NC20 NC21 1 2 4 7 10 13 16 18 20 22 23 25 27 29 31 33 34 35 36 37 38 VCC_TR VCC 12 14 AUDCK AUDATA0 AUDATA1 AUDATA2 AUDATA3 AUDSYNC ASEBRKAK/ASEBRK ASEMD 15 17 19 11 21 TCK TMS TDI TDO TRST 9 RES 39 40 41 42 43 5 FG FG FG FG FG GND U14D SN74LVC14_3 J7 2514-6002 3M 7 4 TEST SWITCH CIRCUIT C 6 30 28 26 24 32 8 3 R121 1k 5 0 0 0 0 0 0 TCK TMS TDI TDO TRST# R120 10k SW4 B3SN-3012 R114 R116 R117 R115 R118 R119 [2] ASEBRKAK# [2] ASEMD# CP82 0.1F 220 J3 2-5767004-2 Tyco PF0 PG16 PG17 PG21 PG23 PG22 U14B SN74LVC14_3 Decoupling Caps R123 RA10 MNR14_4.7k ROHM NMI [2] 1 2 3 4 220 1 2 3 4 R111 8 7 6 5 [2,5,8] PG[27:0] R108 10k 3VCC [2,4,7,8] RES# TCK TMS TDI TDO TRST 13 RES 3VCC CP83 0.1F ASEBRKAK/ASEBRK ASEMD 1 9 11 5 3 D NC1 NC2 6 10 VCC 8 GND GND GND 2 12 14 CP84 0.1F 3VCC CP85 0.1F C R125 10k R126 220 11 TEST SWITCH SW7 B3SN-3012 + CE22 2.2F/10V 10 13 U14E SN74LVC14_3 12 R127 0 TP5 TEST U14F SN74LVC14_3 3VCC User Port [2,5,8] PJ[31:0] TP6 PJ18 [2,8] PA[2:0] System Switch 3VCC Serial Port Connector(COM) ON:Low, OFF:Hi J10 XM2C-0942-132L OMRON 3VCC [2,4,5,8] B U15 MAX3222E MAXIM TTL RS-232 R134 4.7k PF[23:0] PF14/RxD2 PF15/TxD2 PF14 R135 0 PF15 R138 R139 0 0 15 10 13 12 2 C19 0.1F 3VCC C21 0.1F R147 [2,4,7,8] R140 _4.7k RES# 0 4 5 6 1 20 R1OUT R2OUT T1IN T2IN C1+ R1IN R2IN T1OUT T2OUT V+ V- RxD0 3 C18 0.1F 7 C20 0.1F FG R132 4.7k SW5 A6S-4104 OMRON 1 2 3 4 R136 4.7k R133 4.7k PJ18 R130 0 PJ19 R131 0 R129 1.5k LED2 SML-311YT LED3 SML-311YT ROHM R137 4.7k (PA2)/MD_CLK0 PA0/MD_BOOT0 PA1/MD_BOOT1 PA2 PA0 PA1 8 7 6 5 B PC0/MD_BOOT2 [2] 10 11 User Switch 3VCC ON:Low, OFF:Hi 3VCC VCC 19 GND 18 C2EN SHDN TxD0 16 9 17 8 C1C2+ 5 9 4 8 3 7 2 6 1 TP7 PJ19 R128 1.5k CP86 0.1F SW6 A6S-6104 OMRON + CE23 4.7F/10V 1 2 3 4 5 6 C22 _0.1F R141 4.7k R142 4.7k R143 4.7k R144 4.7k R145 4.7k R146 4.7k EXT#/SDRAM [2] SD#/NAND [2] VIN#/EXT_SD [8] SSIF#/IEB [8] 12 11 10 9 8 7 PJ16 PJ17 A A CHANGE Renesas Solutions Corp. DRAWN CHECKED APPROVED DESIGNED R0K572690C000BR Switch, RS-232C, H-UDI, UserI/F ( 6 SCALE DATE 5 4 D-R0K572690C000BR_C-A 11-08-29 3 / 8 2 1 ) 3 3VCC 3VCC U19C HD74LV2G14A 3 5 U20 A CP90 0.1F R152 330k C23 0.1F 1 VDD33 SWG 5 6 VDD18 2 3 7 8 RESP RESN CREXT MR GND 4 5VCC R148 _4.7k R151 VIN + CE24 10F/16V R178 _4.7k 4 0 SW FB GND EN 3 2 J4 R149 6.2k + CE26 10F/16V 220F/6.3V C55 _0.1F td= 33ms[0.1uF * 330k] 2 VCC 2 2 3VCC R159 4.7k LED1 UB1111C STANLEY BLUE U19A R160 220 3VCC_CPU JP14 HWP-2P-G 1 2 5 1 2 7 6 HD74LV2G14A TC7S08 TOSHIBA + CE32 2.2F/10V 3VCC 1 R161 0 2 JP15 HWP-2P-G 2 4 + CE27 10F/16V TP8 3.3V R150 110 U17 LM4132 NS 5VCC CP88 0.1F 4 Vin 3 EN AVref Vref 5 NC 1 CP89 0.1F + CE29 + CE28 22F/10V 22F/10V A R155 180(1/8W) 1 TP9 AVcc 1.25V EXTERNAL 1 TP10 UA3V 1 TP11 PLLVcc 1.2VCC_EX J5 J8 1 2 + _B2B-XH-A JST 1 2 _B2B-XH-A JST CE30 10F/16V + CE31 10F/16V L5 L300 CP91 0.1F 1-2 Fixed 3.3V 2-3 External 3.3V 1-2 Fixed 1.25V 2-3 External 1.25V AN3V U19D L6 3VCC_EX 1 L300 4 TAB 3VCC_EX RES# [2,4,6,8] HD74LV2G14A CP93 0.1F B VOUT 2 3.3V External AVcc PLLVcc 3VCC CP92 0.1F MS-12AAH1 NIKKAI 1-2 Power On 2-3 Power Off UA3V U19B 8 SW2 B3SN-3012 OMRON 4 VIN 3 3 R157 _0 U21 1 3 1 3VCC R156 4.7k CP98 0.1F 3 Power LED U18 LMS1587CS-ADJ NS 1 3 2 HEC0470-01-630 HOSHIDEN 3VCC NC GND 1 U25 _HD74ALVC1G06 Renesas IN OUT 4 5VCC SW1 XG8V-0334 OMRON Power Connector 3VCC R158 1k 1 S2B-XH-A JST J6 RNA50C27AUS RENESAS 5VCC JP11 1 2 + CE25 R154 11k LM2734X NS R153 _4.7k Vin ADC Voltage Reference 1.2VCC_IN 6 D3 MBRM110L 5 2 Power On Reset 5 L4 VLCF4020T-4R7N1R2 TDK Power Switch ADJ U16 CP87 0.01F 1 D2 1N4148W BOOST 5VCC 4 5V To 3.3V Linear Regulator GND 2 5V TO 1.25V STEP DOWN REGULATOR 1 1 HD74LV2G14A RENESAS 3VCC 3VCC_CPU JP12 HWP-3P-G TP12 AN3V CP94 0.1F 1 2 3 Decoupling Caps for TC7S08FU 1.2VCC 1 JP16 HWP-2P-G 2 1.2VCC_EX + CE35 4.7F/10V 1.2VCC_IN 1.2VCC JP13 HWP-3P-G 1 2 3 + CE36 4.7F/10V B UA1.2V 1 TP13 UA1.2V + CE37 AGND-DGND POWER TEST PIN 220F/6.3V Board fixed hole. for Corner(M3) 5VCC 1.2VCC R162 R163 TP14 TP15 0 0 5V 1.25V 3VCC MH1 TP16 TP17 3.3V GND TP19 TP20 3.3V GND 1 1 HOLE + CE38 220F/6.3V TP18 MH2 1 1 HOLE J9 1 2 3 5V TP21 1.25V + CE39 220F/6.3V XG8S-0331 OMRON R164 _100k R165 _100k MH3 1 TP22 1 HOLE GND MH4 1 1 HOLE C C for Noise Control for Ext-board(M3) MH5 1 5VCC 1 CQ1 0.1F HOLE MH6 1 CQ2 0.1F CQ3 0.1F CQ4 0.1F CQ5 0.1F CQ6 0.1F CQ7 0.1F CQ27 0.1F CQ28 0.1F CQ29 0.1F CQ17 0.1F CQ18 0.1F CQ19 0.1F CQ20 0.1F 1 3VCC_CPU HOLE 1.2VCC MH7 1 CQ8 0.1F 1 CQ9 0.1F CQ10 0.1F CQ13 0.1F CQ14 0.1F CQ15 0.1F CQ16 0.1F CQ23 0.1F CQ24 0.1F CQ25 0.1F CQ26 0.1F HOLE 3VCC CQ11 0.1F CQ12 0.1F AVcc Vin CQ21 0.1F CQ22 0.1F D D CHANGE Renesas Solutions Corp. DRAWN CHECKED APPROVED DESIGNED R0K572690C000BR Reset, Power ( 7 SCALE DATE 1 2 D-R0K572690C000BR_C-A 11-08-29 3 / 8 4 5 ) 1 2 3 4 PJ[31:0] [2,5,6] PJ[31:0] PH[7:0] [5] PH[7:0] PE[7:0] [2,4,5] PE[7:0] [2,4,5,6] 5 PF[23:0] PF[23:0] PG[27:0] [2,5,6] PG[27:0] [2,4] PC[8:0] PJA[7:0] PJB[7:0] A PH PJA[30:29] AVcc A AVref AVref AVcc CN3 [2,6] PA[2:0] PA, PJ, PH U22 SN74CB3Q3257 Texas Instruments PJ7 4 7 2A 9 3A 12 PJA7 1B2 2B1 3 5 PJB7 PJA6 2B2 3B1 6 11 PJB6 PJA5 3B2 4B1 10 14 PJB5 PJA4 4B2 13 PJB4 GND 8 4A 3VCC Vcc PJ9 PA1 PJ10 PG22 PJB29 PJ20 C30 0.1F 1 3 5 7 9 11 13 15 17 19 XG4C-2031 OMRON 1B1 2 PJA3 1B2 2B1 3 5 PJB3 PJA2 2B2 3B1 6 11 PJB2 PJA1 3B2 4B1 10 14 PJB1 PJA0 4B2 13 PJB0 GND 8 1A PJ2 7 2A PJ1 9 3A PJ0 12 4A 3VCC OE C24 C25 0.1F 0.1F C31 0.1F 5VCC 3VCC PC0 PC2 PC4 PE7 PC6 PC8 C34 C35 0.1F 0.1F XG4C-2031 OMRON PF22 PF20 PF19 PC1 PC3 PE6 [2,5] PF17A/SD_WP_0 [2,5] PF16A/SD_CD_0 PF15 PF13 PF8 PC5 PC7 C36 C37 0.1F 0.1F PJ30 7 CKIO_CN 9 3A 12 4A 3VCC PJA29 1B2 2B1 3 5 PJB29 PJA30 2B2 3B1 6 11 PJB30 3B2 4B1 10 14 4B2 13 GND PF23 PF21 PH1 PF17B/FRB [2,4] PF16B/FCE# [2,4] D7 RB520S-30 PF14 PF9 PF1 R91 R93 PE, PF, AUDIO PJA5 PJ24PJA6 PJ26 [2,4] PF2/QIO0_1 [2,4] PF3/QIO1_1 PF5 PF6 R177 0 [6] SSIF#/IEB PJ31 C42 0.1F 1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 PJ20/IRQ0 [2] R168 100 PJB3 PJB1 R169 100 D12 RB520S-30 PJA29 PH4 R170 100 PJ25 D13 RB520S-30 PJ13 PF4 PF7 C43 0.1F PF11 XG4C-4031 OMRON PF0/QSPCLK_1 A22 A20 A18 A16 A14 A12 A10 A8 A6 A4 A2 C49 C50 0.1F 0.1F 1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 _961230-6300 3M A21 A19 A17 PD0 PD1 PD10 PD11 PD4 PD5 A15 A13 A11 A9 A7 A5 PD14 PD15 C46 0.1F A3 A1 5VCC CN8 1 3 5 7 9 11 13 15 17 19 2 4 6 8 10 12 14 16 18 20 D14 RB520S-30 PJ28 [2,4,6] _XG4C-2031 OMRON PG6 PG7 PG9 PG11 PD12 PD13 PD6 PD7 PG14 PG25 PG26 PG24 C47 0.1F PJ12 PJ27 C51 C52 0.1F 0.1F C53 0.1F 1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 AN5 C44 0.1F AVcc D16 RB520S-30 5VCC CN9 PG1 PG3 R171 100 D15 RB520S-30 PJA30 3VCC PD8 PD9 PD2 PD3 C AVcc PG(LCD Panel) 3VCC AN4 C41 0.1F PJ19 [2,4] PD[15:0] 3VCC 5VCC AN3 C40 0.1F AVcc PJA1 PJA3 PJA4 PJA7 AN2 C39 0.1F D11 RB520S-30 [2,4] A[22:1] CN4 B D10 RB520S-30 PH3 PH5 PD AN1 C33 0.1F AVcc PJB7 PJB5 PE1 PE3 PE5 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 R167 100 D9 RB520S-30 5VCC CN7 PF10 PF12 PJA2 PB (PB[1:22] = A[1:22]) C32 0.1F D8 RB520S-30 3VCC PE0 PE2 PE4 PJB2 PJB0 10k 10k 8 5VCC 3VCC AN[7:0] [2] AN0 AVcc C38 0.1F RES# [2,4,6,7] 3VCC PJA29 PJA30 PH6 C26 C27 0.1F 0.1F D6 RB520S-30 PF18 [2] PJB6 PJB4 15 OE S Vcc 1 16 2 4 6 8 10 12 14 16 18 20 _XG4C-2031 OMRON MUX CP97 0.1F C 2 2A 1 3 5 7 9 11 13 15 17 19 PH2 1B1 PH4 5VCC CN5 2 4 6 8 10 12 14 16 18 20 PJA0 1A PH2 AVcc 3VCC 5VCC CN6 1 3 5 7 9 11 13 15 17 19 R166 100 D5 RB520S-30 PF U24 SN74CB3Q3257 Texas Instruments 4 XG4C-2031 OMRON PH0 AVcc Low:A-B1, Hi:A-B2 PJ29 2 4 6 8 10 12 14 16 18 20 PJ21 PJ23 15 1 CP96 0.1F S Vcc PJ8 PG23 1 3 5 7 9 11 13 15 17 19 D4 RB520S-30 MUX 16 PA0 PH7 PC, PG, CKIO, 5Vin, 3Vout U23 SN74CB3Q3257 Texas Instruments 4 PJ15 PJ14 PH0 [6] VIN#/EXT_SD PJ3 2 4 6 8 10 12 14 16 18 20 PH5 PJB30 15 1 CP95 0.1F S 16 B CN1 PJ11 PJB[30:29] 3VCC MUX OE PJ4 2 1A PJ5 PH3 5VCC 1B1 PJ6 PH1 PH6 PG0 PG2 PG4 PG5 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 PG8 PG10 PG12 PG13 PG15 PG27 PF0 PF2 D17 RB520S-30 R172 100 AN6 C45 0.1F AVcc D18 RB520S-30 PJ22 PH7 R173 100 D19 RB520S-30 ROHM AN7 C48 0.1F C54 0.1F XG4C-3031 OMRON D D CHANGE Renesas Solutions Corp. DRAWN CHECKED APPROVED DESIGNED R0K572690C000BR Ext. Connector, AD Protection ( 8 SCALE DATE 1 2 D-R0K572690C000BR_C-A 11-08-29 3 / 8 4 5 ) 5 4 3 2 1 SH7264/62 Optional board M3A-HS64G01 SCHEMATICS D D TITLE PAGE INDEX CPU Board Stack Connector Character LCD/SD Card Slot Audio CODEC Audio D/A Converter CD/UART/IIC/RSPDIF/Rotary Encoder LCD Module Connector CAN/IEBus Key Input Power Generate C Note: Digital GND (GND) 1 2 3 4 5 6 7 8 9 10 Analog GND (AVSS) C Analog GND (AGND) Not mounted 12VCC = Digital 12V Power in 8VCC = Digital 8V for CD 5VCC = Digital 5V 5AVCC = Analog 5V for Audio CODEC 3VCC = Digital 3.3V 3AVCC = Analog 3.3V for Audio DAC AVcc = Analog 3.3V for Key Input MCVCC = Digital 3.3V / 5V for SD B R C CP CE = = = = B Fixed Resistors Ceramic Caps Decoupling Caps Electrolytic Caps (Tantal / Electric) A A CHANGE Renesas Solutions Corp. DRAWN CHECKED APPROVED DESIGNED M3A-HS64G01 INDEX ( 1 SCALE DATE Ver. 1.00B 5 4 DK30759 09-03-02 3 2 1 / 10 ) 5 4 3 2 1 M3A-HS64/HS62 CPU Board Stack Connector D D 3VCC 5VCC C1 0.1F/25V + CE1 10F/16V 3VCC C2 0.1F/25V + CE2 10F/16V C3 0.1F/25V 3VCC 5VCC [6] PJ9 [6] PJ8/RTS3# [6] [6] [6] [6] [8] [7,8] [8] [8] PJ7/CTS3# PJ6/SCK3 PJ5/TxD3 PJ4/RxD3 PJ3/CRx1 PJ2/CTx1/LCD_M_DISP PJ1/CRx0/IERxD PJ0/CTx0/IETxD + CE3 10F/16V C4 0.1F/25V + CE4 10F/16V 3VCC 5VCC 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 [6] PJ10 5VCC CN1 PJ11 CN6 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 PA3 PA2 PA1 PA0 [3] [3] PC9 PC10 XG4H-20 PC0 PC1 PC2 PC3 PC4 PC5 PC6 PC7 PC8 CKIO XG4H-20 C C 3VCC 5VCC C5 0.1F/25V + CE5 10F/16V 3VCC 5VCC 3VCC C6 0.1F/25V + CE6 10F/16V C7 0.1F/25V B PK1/SD_D3 PK0/SD_D2 PK3/SD_CLK PK2/SD_CMD PE0/AUDIO_CLK RES# PE2/SCL1 PE1/IRQ1/TCLKA PE4/SCL2 PE3/SDA1 [6] [3] [3] [3] [3] [5] PE5/SDA2 PK5/SD_D1 PK4/SD_D0 PK7/SD_CD PK6/SD_WP PF0/SSISCK1 [5] PF2/SSIDATA1 [5] PF1/SSIWS1 [5] [5,6] [5] [6] PF3/SSISCK2 PF5/SSIDATA2/TCLKC PF4/SSIWS2 PF6/SSISCK3/TCLKB R1 0 R2 0 R3 R4 0 0 [6] PF8/SSIDATA3 [6] PF7/SSIWS3/TCLKD [6] [6] [6] [6] PF9/RSPCK0 PF11/MOSI0/SPDIF_IN PF10/SSL0 PF12/MISO0/SPDIF_OUT [4] PK9/SSIWS0 [4] PK8/SSISCK0 [4] PK11/SSITxD0 [4] PK10/SSIRxD0 [4] AUDIO_XTAL 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 + CE8 10F/16V C9 0.1F/25V AVcc 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 PG20 27 28 29 30 LCD_DATA4 LCD_DATA6 LCD_DATA5 LCD_DATA7 LCD_DATA9 LCD_DATA8 LCD_DATA11 LCD_DATA10 LCD_DATA12 LCD_DATA14 LCD_DATA13 LCD_DATA15 [4] [4] [4,5] [4] C8 0.1F/25V PG16/LCD_VSYNC PG17/LCD_HSYNC PG19/LCD_CLK PG18/LCD_DE PG22/SSL1 PG21/RSPCK1 PG24 PG23/MOSI1 [9] [9] PH1/AN1 PH0/AN0 [9] [9] PH3/AN3 PH2/AN2 [7] 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 PH7/AN7 + CE9 10F/16V AVss CN9 LCD_DATA1 LCD_DATA0 LCD_DATA3 LCD_DATA2 [7] [7] [7] [7] + CE7 10F/16V AVcc 3VCC 5VCC [7] LCD_DATA[0:15] CN7 [3] [3] [3] [3] [4] [6] [5] [6] [6] [5] 5VCC CN3 AVREF AVREF AVREF AVREF PH5 PH4 B PH6 XG4H-20 AVss XG4H-30 XG4H-40 A A CHANGE Renesas Solutions Corp. DRAWN CHECKED APPROVED DESIGNED M3A-HS64G01 CPU Board Stack Connector ( 2 SCALE DATE Ver. 1.00B 5 4 DK30759 09-03-02 3 2 1 / 10 ) 5 4 3 2 1 Character Type LCD Connector D D 3VCC 5VCC R7 47 3 R6 3.9k 1 R5 _10k 5VCC 2 2 VR2 1kB HS62 [PG15] [2] PC9 HS62 [PG16] [2] PC10 J1 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 LCD_D0 LCD_D1 LCD_D2 LCD_D3 LCD_D4 LCD_D5 LCD_D6 LCD_D7 LCD/SD Selector 3VCC 5VCC 1 VR1 10KB 3 R8 0 3VCC CP1 7 D2 [2] PK2/SD_CMD 9 D3 [2] PK3/SD_CLK 12 D4 GND ADG794 15 8 S1A S1B S2A S2B S3A S3B S4A S4B 2 3 5 6 11 10 14 13 C SD Card Slot 3VCC When SD is selected, the SD signal of PG0-PG7 is used in HS62. 3VCC 3VCC MCVCC R9 10k R10 10k R11 _10k R12 10k R13 10k R14 10k R15 10k R16 10k CP2 7 D2 [2] PK6/SD_WP 9 D3 [2] PK7/SD_CD 12 D4 3VCC B GND ADG794 15 8 S1A S1B S2A S2B S3A S3B S4A S4B 2 3 5 6 11 10 14 13 LCD_D4 SD_D0 LCD_D5 SD_D1 LCD_D6 SD_WP LCD_D7 SD_CD SD_D0 SD_D1 SD_D2 R17 R18 22 22 C10 10 11 12 0.1F/25V 5VCC 3VCC R19 4.7K CD/DAT3 CMD VSS1 VDD CLK VSS2 DAT0 DAT1 DAT2 W_Protect Card_Detect COMMON DM1B-DSF-PEJ B MCVCC U3 JP2 3 1 2 3 4 5 6 7 8 9 IN D1 [2] PK5/SD_D1 EN 4 1 [2] PK4/SD_D0 VDD U2 J2 SD_D3 SD_CMD 16 0.1F/25V PM-61-16P LCD_D0 SD_D2 LCD_D1 SD_D3 LCD_D2 SD_CMD LCD_D3 SD_CLK IN [2] PK1/SD_D3 EN D1 1 4 VDD U1 [2] PK0/SD_D2 C69 0.1F/25V 16 0.1F/25V C GND VCC Vo RS R/W E DB0 DB1 DB2 DB3 DB4 DB5 DB6 DB7 A K 2 1 3 4 EN1 EN0 6 7 3VIN 3VIN 2 HW-3P 5VIN OUT OUT 1 8 + CE10 1F/16V R20 10K LTC1470CS8 CP3 0.1F/25V 1-2 LCD 2-3 SD CP4 0.1F/25V SD Card Power Control A A CHANGE Renesas Solutions Corp. DRAWN CHECKED APPROVED DESIGNED M3A-HS64G01 Character LCD/SD Card Slot ( 3 SCALE DATE Ver. 1.00B 5 4 DK30759 09-03-02 3 2 1 / 10 ) 5 4 3 2 1 Audio Interface C11 180pF Audio CODEC 5AVCC PK9/SSIWS0 PK8/SSISCK0 PK11/SSITxD0 PK10/SSIRxD0 R29 R30 R31 [2] PG22/SSL1 [2] PG21/RSPCK1 [2] PG23/MOSI1 HS62 [PG18] -> HS62 [PG17] -> HS62 [PG19] -> 22 22 22 R33 R34 22 22 LRCK BICK SDTI SDTO M/S# 18 17 16 15 CIF CS CCLK CDTI 8 21 XTO CLKO MICR 2 AINR MICL 3 R26 4.7k C13 180pF CE13 4.7F/16V R27 47K 26 AGND AOUTR- 27 R28 10k AOUTR+ 28 VREF VA VCOM 1 C17 0.1F/25V + CE16 10F/16V AGND 5 R38 4.7k + 5AVCC + CE17 47F/16V AGND 7 R39 4.7k R41 4.7k C21 180pF 5 + CE19 4.7F/16V 5AVCC U5B NJM4556AM + CE21 47F/16V CP8 0.1F/25V R42 47K CP7 0.1F/25V AGND 7 6 - R40 10 4 AGND 8 AGND 1 3 + AGND 6 - CE23 10F/16V R50 1.5k 4 U7A NJM2732M + 4 AGND U4B NJM2732M 6 - CE20 470F/10V C20 0.022F/50V C AGND AGND AGND R43 10k R47 1K U7B NJM2732M 7 5 + 5AVCC C24 180pF C25 150pF R49 330 + CE22 47F/16V MICL + R48 10k R35 330 R37 4.7k + CE18 10F/16V 24 C19 0.1F/25V 5AVCC 8 R51 22k C16 150pF AGND R46 1.5k 8 1-2 Plug In Power C15 180pF AGND + AGND 2 - AGND LPF R44 82k HW-2P AGND + CE15 47F/16V C23 47pF JP3 C26 0.47F/25V D 3 1 C18 180pF C22 22pF R45 4.7k C14 0.022F/50V GREEN AGND 2 1 CE14 470F/10V AGND 5AVCC 4 6 2 4 J3 HSJ1636-010522 25 AGND 5AVCC R25 10 AOUTL- 5 + C 2 - 5AVCC AOUTL+ AINL AK4524VF R24 4.7k R32 1K AGND R36 4.7k 11 12 14 13 20 AGND HP 1 + [2] [2] [2] [2] [PG9] -> [PG8] -> [PG11] -> [PG10] -> TEST XTI XTALE PD# Head Phone Out U5A NJM4556AM 3 + 8 HS62 HS62 HS62 HS62 7 9 10 19 AGND DGND HS62 [PG20] -> [2,5] PG24 1 3 + 4 C12 _18pF 2 - VD VT U6 AGND 8 22 CK3 + CE12 10F/16V U4A NJM2732M + D CP6 0.1F/25V R23 4.7k 8 CP5 0.1F/25V 23 + CE11 10F/16V 5AVCC R21 4.7k 5 4 R22 4 3VCC CE24 2.2F/25V R52 470 AGND AGND C27 2200pF AGND + CE25 47F/16V CP9 0.1F/25V AGND 3VCC SG-8002DB-XXM AGND U8 C28 22pF C29 47pF R57 22k R56 10k 3 + 8 J4 HSJ1636-010521 1 0.1F/25V 1 AGND 6 - CE26 10F/16V R58 1.5k 7 5 + 5AVCC RED AGND 5AVCC + CE28 47F/16V OE R53 0 11 OUT1 8 GND2 7 GND1 4 PE0/AUDIO_CLK B [2] IC140-14 U9B NJM2732M 8 3 1 AGND 2 - VCC OUT2 S CP10 R55 1.5k U9A NJM2732M + C30 0.47F/25V 4 R54 82k 2 4 14 3VCC MICR + Mic In 4 B CE27 2.2F/25V CP11 0.1F/25V R59 470 C31 2200pF AGND AUDIO_CLOCK Driver 3VCC 5AVCC CP12 R60 1k BIAS 0.1F/25V AGND 3VCC U10 6 1 [2] AUDIO_XTAL C32 0.1F/25V +CE29 R64 1k 4 100F/25V(N) VCC CLK1 REF CLK2 CLK3 GND CLK4 CLKOUT 8 3 2 5 7 R61 R62 R63 0 0 0 CK1 CK2 CK3 [5] [5] CY2305SC-1H AGND A A CHANGE Renesas Solutions Corp. DRAWN CHECKED APPROVED DESIGNED M3A-HS64G01 Audio CODEC ( 4 SCALE DATE Ver. 1.00B 5 4 DK30759 09-03-02 3 2 1 / 10 ) 5 4 3 2 1 Audio DAC 3VCC 3AVCC + CE30 10F/16V D CP13 0.1F/25V CP14 0.1F/25V AGND HS62 [PG20] -> R66 4.7k [2,4] PG24 [2] PF1/SSIWS1 [2] PF0/SSISCK1 [2] PF2/SSIDATA1 [2] PE2/SCL1 [2] PE3/SDA1 3VCC R69 4.7K 5 MCKI 9 PDN# 8 6 7 LRCK BICK SDTI HOLE MH1 AGND 1 1 3VCC MCKO DZF TX NC 24 2 23 VCOM 20 DAC1 10 11 12 CSN SCL/CCLK SDA/CDTI 14 15 16 17 13 TTL I2C CAD0 CAD1 TST R67 0 C34 0.1F/25V CE33 10F/25V AOUTL AGND SPK1 2 4 R68 220 3 1 AGND J6 HSJ1636-010520 18 AVSS DVSS R71 220 AGND BLACK AGND C 21 4 AK4353VF CP15 0.1F/25V TOTX147PL 19 CE34 10F/25V GND VCC TX NC NC AGND R72 27K C 1 2 3 4 5 + CE32 10F/16V R70 27K AOUTR 3VCC J5 1 + R65 4.7k DVDD U11 + 3VCC AVDD 3VCC 3 C33 _18pF D 22 [4] CK1 + CE31 10F/16V AGND 3VCC 3AVCC + CE35 10F/16V CP16 0.1F/25V CP17 0.1F/25V AGND [2] PF4/SSIWS2 [2] PF3/SSISCK2 [2,6] PF5/SSIDATA2/TCLKC 3VCC 1 1 3VCC 5 MCKI MCKO 9 PDN# 8 6 7 LRCK BICK SDTI DZF TX NC 24 2 23 VCOM 20 DAC2 10 11 12 CSN SCL/CCLK SDA/CDTI 14 15 16 17 13 TTL I2C CAD0 CAD1 TST R75 0 C36 0.1F/25V CE38 10F/25V AOUTL AGND SPK2 2 4 R76 220 3 1 AGND J8 HSJ1636-010520 18 AVSS R78 220 AGND BLACK AGND 21 DVSS 4 B CP18 0.1F/25V TOTX147PL 19 CE39 10F/25V GND VCC TX NC NC AGND R79 27K AK4353VF 1 2 3 4 5 + CE37 10F/16V R77 27K AOUTR 3VCC J7 1 + R73 4.7k HOLE MH2 AGND + R74 4.7k B DVDD U12 AVDD 3VCC 3 3VCC C35 _18pF 22 [4] CK2 + CE36 10F/16V AGND A A CHANGE Renesas Solutions Corp. DRAWN CHECKED APPROVED DESIGNED M3A-HS64G01 Audio D/A Converter ( 5 SCALE DATE Ver. 1.00B 5 4 DK30759 09-03-02 3 2 1 / 10 ) 5 4 3 2 1 CD deck Interface 8VCC 3VCC 3VCC R80 0 D R82 4.7k HS62 [PG12] -> R83 4.7k R84 4.7k R85 4.7k R81 0 J9 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 R86 _4.7k R87 [2] PJ9 22 [2] RES# [2] [2] [2] [2] HS62 [PG13] -> [2] [2] [2] [2] [2] PF10/SSL0 PF11/MOSI0/SPDIF_IN PF9/RSPCK0 PF12/MISO0/SPDIF_OUT PF6/SSISCK3/TCLKB PF7/SSIWS3/TCLKD PF8/SSIDATA3 PE1/IRQ1/TCLKA PJ10 R88 22 R89 R90 R91 R92 R93 22 22 22 22 22 C37 0.1F/25V C38 0.1F/25V D RSPDIF Through Hole. GND GND DC8V DC8V FLAG6 NC CDRST GND P3.3V P3.3V GND CDFS CDSI CDCK CDSO NC IIS_BCK IIS_LRCK IIS_DATA BLKCK TRANS NC 3VCC MH3 1 1 HOLE MH4 PF11/MOSI0/SPDIF_IN 1 1 HOLE MH5 PF12/MISO0/SPDIF_OUT 1 1 HOLE 2.5mm pich IMSA-9617S-22 MH6 1 1 HOLE UART Interface C C Rotary Encoder Through Hole. 3VCC J10 [2] [2] [2] [2] [2] 1 2 3 4 5 6 7 PJ4/RxD3 PJ5/TxD3 PJ6/SCK3 PJ7/CTS3# PJ8/RTS3# 3VCC VCC RxD TxD SCK CTS RTS GND MH7 1 PE1/IRQ1/TCLKA B7B-XH C70 0.1F/25V 1 HOLE MH8 1 1 HOLE PF6/SSISCK3/TCLKB MH9 1 1 HOLE 2.5mm pich MH10 1 [2,5] PF5/SSIDATA2/TCLKC 1 HOLE IIC Interface PF7/SSIWS3/TCLKD MH11 1 1 HOLE B 3VCC [2] [2] 1 HOLE 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 PE4/SCL2 PE5/SDA2 B MH12 1 J11 XG4C-20 R94 0 R95 0 R96 0 A A CHANGE Renesas Solutions Corp. DRAWN CHECKED APPROVED DESIGNED M3A-HS64G01 CD/UART/IIC/RSPDIF/Rotary Enc. ( 6 SCALE DATE Ver. 1.00B 5 4 DK30759 09-03-02 3 2 1 / 10 ) 5 4 3 2 1 D D TFT LCD Module Interface [2] LCD_DATA[0:15] 3VCC 5VCC C39 0.1F/25V + CE40 10F/16V 3VCC C40 0.1F/25V 3VCC + CE41 10F/16V C41 0.1F/25V + CE42 10F/16V 3VCC R97 10K 5VCC 3VCC R98 4.7k C R99 4.7k 3VCC 5VCC J12 PG19/LCD_CLK [2] PG19/LCD_CLK PG17/LCD_HSYNC [2] PG17/LCD_HSYNC PG18/LCD_DE [2] PG18/LCD_DE PG16/LCD_VSYNC [2] PG16/LCD_VSYNC R104 4.7k R100 LCD_DATA15 LCD_DATA14 LCD_DATA13 3VCC LCD_DATA12 LCD_DATA11 R106 R105 1k SW1 _G3T_12AB 4 6 3VCC R110 1k TP1 PWM LCD_M_DISP 1 [2,8] PJ2/CTx1/LCD_M_DISP 5 0 LCD_DATA10 LCD_DATA9 LCD_DATA8 LCD_DATA7 LCD_DATA6 LCD_DATA5 LCD_DATA4 LCD_DATA3 LCD_DATA2 LCD_DATA1 LCD_DATA0 R114 R113 4.7k B _0 0 R116 _0 R169 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 R101 _10K VDD VDD VDD DCLK GND HSYNC GND DTMG GND NC GND R5 R4 R3 GND R2 R1 R0 GND G5 G4 G3 GND G2 G1 G0 GND B5 B4 B3 GND B2 B1 B0 PCI Vctrl NC NC NC NC PG16/LCD_VSYNC PG18/LCD_DE R102 LCD_DATA4 LCD_DATA3 LCD_DATA2 LCD_DATA1 LCD_DATA0 R103 _0 0 LCD_DATA10 LCD_DATA9 LCD_DATA8 LCD_DATA7 LCD_DATA6 LCD_DATA5 3VCC LCD_DATA15 LCD_DATA14 LCD_DATA13 LCD_DATA12 LCD_DATA11 R108 R107 10K PG17/LCD_HSYNC LCD_M_DISP R112 _10K 3VCC C J13 R109 R111 0 _0 _0 PG19/LCD_CLK PWM IMSA-9639S-40D(LCD) 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 C67 0.1F/25V NC DTMG HREV B5 B4 B3 B2 B1 B0 VDD1 VDD1 G5 G4 G3 G2 G1 G0 GND R5 R4 R3 R2 R1 R0 VREV NC NC GND DCLK GND GND GND GND GND TMZ GND DIM NC VDD2 VDD2 + CE46 10F/16V C42 0.1F/25V + CE43 10F/16V 3VCC J14 3VCC R166 _4.7k 5VCC PG19/LCD_CLK PG17/LCD_HSYNC PWM PG16/LCD_VSYNC PG18/LCD_DE LCD_M_DISP 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 LCD_DATA15 LCD_DATA14 LCD_DATA13 LCD_DATA12 LCD_DATA11 LCD_DATA10 LCD_DATA9 LCD_DATA8 LCD_DATA7 LCD_DATA6 LCD_DATA5 LCD_DATA4 LCD_DATA3 LCD_DATA2 LCD_DATA1 LCD_DATA0 R115 _0 R165 _0 C68 _18pF VDD VDD VDD LCD_DATA15 LCD_DATA14 LCD_DATA13 LCD_DATA12 LCD_DATA11 LCD_DATA10 LCD_DATA9 LCD_DATA8 LCD_DATA7 LCD_DATA6 LCD_DATA5 LCD_DATA4 LCD_DATA3 LCD_DATA2 LCD_DATA1 LCD_DATA0 GND LCD_CLK LCD_HSYNC NC NC LCD_VSYNC LCD_DE LCD_M_DISP GND GND GND B IMSA-9619S-40(LCD) XG4C-30 Industrial use Vehicle use [2] PH7/AN7 A A CHANGE Renesas Solutions Corp. DRAWN CHECKED APPROVED DESIGNED M3A-HS64G01 LCD Module Connector ( 7 SCALE DATE Ver. 1.00B 5 4 DK30759 09-03-02 3 2 1 / 10 ) 5 4 3 2 1 D D IEBus Driver 5VCC R170 _0 IETxD IERx0 CP26 20pF R172 _4.7K 5VCC U37 VCC STB# 7 8 GND 4 1 3 S1 S2 BUS- 5 2 Rout BUS+ 6 IEBus 5VCC CP25 0.1F/25V J15 1 2 3 4 R171 68 VCC BUSBUS+ GND B4B-XH R173 0 HA12187FP Voltage Level Shifter 3V<->5V TP3 1 JP4 HW-2P 3V->5V C R117 4.7K R118 4.7K 3VCC CP19 0.1F/25V 5VCC CP20 0.1F/25V 3VCC JP5 HW-3P VCCA A0 A1 GND 5VCC 1 U13 1 2 3 4 [2] PJ0/CTx0/IETxD [2,7] PJ2/CTx1/LCD_M_DISP C 1-2 CTx1 On 1 2 TP2 1 3VCC VCCB B0 B1 DIR 2 8 7 6 5 3 SN74LVC2T45DCT U14 CTx0 1 TxD CTx1 4 RxD 5 1-2 IETxD 2-3 CTx0 NC VCC 3 GND MODE 2 8 CANH CANL 7 6 CP21 0.1F/25V CAN0 JP6 JP7 1-2 RCAN0 Terminate J16 1 2 3 HA13721 CANH CANL GND B3B-XH JP6 JP7 1 2 1 2 HW-2P TP5 1 JP8 HW-2P CP22 0.1F/25V 3VCC 5VCC CP23 0.1F/25V R121 47K R120 47K JP9 HW-3P U15 1 2 3 4 [2] PJ1/CRx0/IERxD [2] PJ3/CRx1 VCCA A0 A1 GND VCCB B0 B1 DIR 2 8 7 6 5 SN74LVC2T45DCT B 1-2 CRx1 On 120 5VCC 1 3 HW-2P R119 1 2 TP4 1 5VCC 3V<-5V U16 CRx0 1 TxD CRx1 4 RxD 5 1-2 IERxD 2-3 CRx0 VCC 3 GND MODE 2 8 CANH CANL 7 6 NC JP10 CP24 0.1F/25V JP11 1 2 1 2 HW-2P CAN1 HW-2P B J17 1 2 3 HA13721 JP10 JP11 CANH CANL GND B3B-XH 1-2 RCAN1 Terminate A A CHANGE Renesas Solutions Corp. DRAWN CHECKED APPROVED DESIGNED M3A-HS64G01 CAN/IEBus ( 8 SCALE DATE Ver. 1.00B 5 4 DK30759 09-03-02 3 2 1 / 10 ) 5 4 3 2 1 D D Key Input AVcc R122 4.7k PH0/AN0 [2] R123 14k R124 4.7k R125 1.58k R126 0 Board fixed hole. SW2 B3SN-3012 Avss AVcc SW3 B3SN-3012 Avss SW4 B3SN-3012 Avss SW5 B3SN-3012 Avss MH13 1 R127 4.7k 1 HOLE MH14 PH1/AN1 [2] C R128 14k R129 4.7k R130 1.58k 1 C 1 HOLE R131 0 MH15 1 SW6 B3SN-3012 SW7 B3SN-3012 SW8 B3SN-3012 1 HOLE SW9 B3SN-3012 MH16 1 1 HOLE Avss AVcc Avss Avss Avss MH17 1 1 HOLE R132 4.7k MH18 1 PH2/AN2 [2] R133 14k R134 4.7k R135 1.58k 1 HOLE R136 0 MH19 1 1 HOLE SW10 B3SN-3012 SW11 B3SN-3012 SW12 B3SN-3012 SW13 B3SN-3012 MH20 1 1 HOLE MH21 Avss AVcc Avss Avss Avss 1 1 HOLE B B MH22 R137 4.7k 1 1 HOLE PH3/AN3 [2] R138 14k R139 4.7k R140 1.58k MH23 1 R141 0 1 HOLE MH24 SW14 B3SN-3012 Avss Avss SW15 B3SN-3012 SW16 B3SN-3012 Avss 1 SW17 B3SN-3012 1 HOLE Avss A A CHANGE Renesas Solutions Corp. DRAWN CHECKED APPROVED DESIGNED M3A-HS64G01 Key Input ( 9 SCALE DATE Ver. 1.00B 5 4 DK30759 09-03-02 3 2 1 / 10 ) 5 4 3 2 1 1-2 Power On 2-3 Power Off Power Connector Power Switch 12VCC SW18 J18 +12V NC GND D JP12 1 2 3 1 12VCC 1 2 2 S3B-XH-A 3VCC 3 3 XG8V-0334 1 D 2 C43 1-2 PWR 2-3 ADP AC Adaptor 3AVCC FB1 R142 5.1k MS-12AAH1 22F/50V POWER 5VCC 5AVCC FB2 J19 1 LED1 UB1111C 2 4 3 2 BLUE LGP6531-0700 Please make AGND and one point of GND connection. SHAPE1 AGND 5VCC C C R145 0 R168 10K _0 C47 0.1F/25V R148 20k/F R149 _0 C48 R151 C51 _0.01F/50V _10K R154 _0 R155 15K C54 C57 R160 TG1 SENSE1- SW1 26 4 VOSENSE1 BOOST1 25 5 PLLFLTR 24 6 PLLIN BG1 23 7 FCB EXTVCC 22 8 ITH1 INTVCC 21 9 SGND PGND 20 BG2 19 105k/F 3 0 R156 0 _0 33pF 20k/F SENSE1+ R150 220pF 15K C59 28 27 2 B R158 PGOOD 27pF 33pF R157 C58 1 C49 R153 220pF RUN/SS1 VIN 10 3.3VOUT 11 ITH2 BOOST2 18 12 VOSENSE2 SW2 17 SENSE2- TG2 16 SENSE2+ RUN/SS2 15 R159 180k/F 13 C61 27pF 14 LTC3727EG C64 1000pF 5.0V Out C45 2 C50 + CE44 100F/25V(P) + CE47 100F/25V(P) _22F/25V 12VCC 7 8 TP7 1 3A D1 RSX051VA-30 12V In 5 6 R152 Q1B SP8K3/SO 4 C71 1F/25V C55 4.7F/25V C56 C52 C53 22F/50V 22F/50V 10 0.1F/25V SHORT1 TP8 3 1 GND TP9 1 GND_PWR D2 RSX051VA-30 5 6 C62 0.1F/25V R161 _0 B 7 8 Q2B SP8K3/SO 4 1 SP8K3/SO Q2A 2 CE45 100F/25V(P) C63 3 CE48 100F/25V(P) C60 _22F/25V _22F/25V C65 8VCC L2 1 R164 0 C46 _22F/25V SP8K3/SO Q1A 0.1F/25V 0.1F/25V R163 0 TP6 1 3A 1 U17 _1000pF 5VCC 0.027/0.5W R147 TP11 PGOOD 1 C44 1000pF R167 CDRH1OD48MNNP-18ON L1 1 2 R146 1M + R144 0 + R143 1M 2 R162 TP10 0.039/0.5W 2A CDRH1OD48MNNP-18ON C66 1 8.0V Out _0.1F/25V A A CHANGE Renesas Solutions Corp. DRAWN CHECKED APPROVED DESIGNED M3A-HS64G01 Power Generate ( 10 / 10 ) SCALE DATE Ver. 1.00B 5 4 DK30759 09-03-02 3 2 1 5 4 3 2 1 SH7264 Optional board M3A-HS64G02 SCHEMATICS D D TITLE PAGE Note: INDEX 1 CPU Board Stack Connector 2 Character LCD/UART/IIC/RSPDIF/IRQ 3 SD Card Slot/PWM 4 Audio D/A Converter 5 Video Decoder 6 LCD Module Connector 7 CAN/IEBus 8 LED/Key Input 9 Power Generate 10 C Digital GND (GND) C Analog GND (AVSS) Analog GND (AGND1,AGND2) Not mounted 12VCC = Digital 12V Power in 8VCC = Digital 8V for CD 5VCC = Digital 5V 3VCC = Digital 3.3V 3AVCC1 = Analog 3.3V for Audio DAC 3AVCC2 = Analog 3.3V for Video Decoder AVcc = Analog 3.3V for Key Input MCVCC = Digital 3.3V / 5V for SD B R C CP CE = = = = B Fixed Resistors Ceramic Caps Decoupling Caps Electrolytic Caps (Tantal / Electric) A A CHANGE Renesas Solutions Corp. DRAWN CHECKED APPROVED DESIGNED M3A-HS64G02 INDEX ( 1 SCALE DATE Ver. 1.00B 5 4 DK30762 09-03-02 3 2 1 / 10 ) 5 4 3 2 SH7264 Extension 1 Connector D D 3VCC 5VCC C1 0.1F/25V + CE1 10F/16V 3VCC C2 0.1F/25V + CE2 10F/16V 5VCC C3 0.1F/25V 3VCC 5VCC [4] PJ9/PWM2F [4] PJ8/PWM2E [9] [9] [3] [3] [8] [7,8] [8] [8] PJ7/TIOC1B PJ6/TIOC1A PJ5/TxD3 PJ4/RxD3 PJ3/CRx1 PJ2/CTx1/LCD_M_DISP PJ1/CRx0/IERxD PJ0/CTx0/IETxD C4 0.1F/25V + CE4 10F/16V 3VCC 5VCC CN1 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 [4] PJ11/PWM2H [4] PJ10/PWM2G + CE3 10F/16V CN6 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 PA3 PA2 PA1 PA0 [3,9] [3,9] [9] [9] [9] [9] PC9/TIOC2A PC10/TIOC2B PC5/TIOC4A PC6/TIOC4B PC7/TIOC4C PC8/TIOC4D XG4H-2031 PC0 PC1 PC2 PC3 PC4 CKIO XG4H-2031 C C 3VCC 5VCC C5 0.1F/25V + CE5 10F/16V 3VCC C6 0.1F/25V + CE6 10F/16V 5VCC C7 0.1F/25V + CE7 10F/16V C8 0.1F/25V AVcc + CE8 10F/16V C9 0.1F/25V + CE9 10F/16V AVss 3VCC 5VCC 1-2 IIC SCL 2-3 IRQ2 JP1 [5] PE2/SCL1 1 [3] IRQ2 3 2 HWP-3P-G JP2 [5] PE3/SDA1 1 [3] IRQ3 B 2 3 HWP-3P-G 1-2 IIC SDA 2-3 IRQ3 [4] [4] [4] [4] [3,6] [6] 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 PF9 31 32 PF10 33 34 35 36 37 38 39 40 PK1/PWM1B/SD_D3 PK0/PWM1A/SD_D2 PK3/PWM1D/SD_CLK PK2/PWM1C/SD_CMD PE0/SCL0 RES# [3,6] PE1/SDA0 [6] PE4/DV_VSYNC/SCL2 [6] [4] [4] [4] [4] [6] PE5/DV_HSYNC/SDA2 PK5/PWM1F/SD_D1 PK4/PWM1E/SD_D0 PK7/PWM1H/SD_CD PK6/PWM1G/SD_WP PF0/DV_DATA0 [6] PF2/DV_DATA2 [6] PF1/DV_DATA1 [6] [6] [6] [6] PF3/DV_DATA3 PF5/DV_DATA5 PF4/DV_DATA4 PF6/DV_DATA6 [6] PF8/DV_CLK [6] PF7/DV_DATA7 R1 [9] PF12/TIOC3D [3] PF12/SPDIF_OUT 0 3VCC 5VCC [7] LCD_DATA[0:15] CN7 [9] PF11/TIOC3C [4] [4] [4] [4] PK9/PWM2B/SSIWS0 PK8/PWM2A/SSISCK0 PK11/PWM2D/SSITxD0 PK10/PWM2C/SSIRxD0 [5] AUDIO_XTAL LCD_DATA1 LCD_DATA0 LCD_DATA3 LCD_DATA2 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 PG20 27 28 29 30 LCD_DATA4 LCD_DATA6 LCD_DATA5 LCD_DATA7 LCD_DATA9 LCD_DATA8 LCD_DATA11 LCD_DATA10 LCD_DATA12 LCD_DATA14 LCD_DATA13 LCD_DATA15 [7] [7] [7] [7] [9] [7,9] [9] [9] AVcc CN9 PG16/LCD_VSYNC PG17/LCD_HSYNC PG19/LCD_CLK PG18/LCD_DE PG22/TIOC0B PG21/TIOC0A PG24/TIOC0D PG23/TIOC0C 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 [9] PH1/AN1 [9] PH0/AN0 [9] PH3/AN3 [9] PH2/AN2 [7] PH7/AN7 CN3 AVREF AVREF AVREF AVREF PH5 PH4 B PH6 XG4H-2031 AVss XG4H-3031 XG4H-4031-1 A A CHANGE Renesas Solutions Corp. DRAWN CHECKED APPROVED DESIGNED M3A-HS64G02 CPU Board Stack Connector ( 2 SCALE DATE Ver. 1.00B 5 4 DK30762 09-03-02 3 2 1 / 10 ) 5 4 3 2 1 Character Type LCD Connector 3VCC R2 _10k 5VCC 5VCC R3 3.9k R4 47 RSPDIF Through Hole. 3 1 D 2 VR1 10KB HS62 [PG15] HS62 [PG16] VR2 1KB 3VCC 2 MH1 5VCC 1 3 R5 0 1 J1 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 [2,9] PC9/TIOC2A [2,9] [4] [4] [4] [4] [4] [4] [4] [4] PC10/TIOC2B PWM1A/LCD_D0 PWM1B/LCD_D1 PWM1C/LCD_D2 PWM1D/LCD_D3 PWM1E/LCD_D4 PWM1F/LCD_D5 PWM1G/LCD_D6 PWM1H/LCD_D7 1 HOLE GND VCC Vo RS R/W E DB0 DB1 DB2 DB3 DB4 DB5 DB6 DB7 A K MH2 1 [2] PF12/SPDIF_OUT 1 HOLE 2.5mm pich MH3 1 1 HOLE PM-61-16P C62 0.1F/25V UART Interface C D C IRQ2 SWITCH CIRCUIT 3VCC 3VCC J2 [2] PJ4/RxD3 [2] PJ5/TxD3 C63 0.1F/25V 1 2 3 4 5 6 7 VCC RxD TxD NC1 NC2 NC3 GND R6 10K R7 220 1 2 3 4 IRQ2 [2] B7B-XH-A(DB) SW1 B3SN-3012 + IRQ2 SWITCH CE10 2.2F/16V U1A SN74LVC14APWR U1B SN74LVC14APWR IRQ3 SWITCH CIRCUIT 3VCC IIC Interface 3VCC R8 10K J3 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 B [2,6] PE0/SCL0 [2,6] PE1/SDA0 R9 220 5 R11 0 9 8 IRQ3 [2] B SW2 B3SN-3012 IRQ3 SWITCH + CE11 2.2F/16V U1C SN74LVC14APWR U1D SN74LVC14APWR 3VCC CP1 0.1F/25V Free GATE 11 XG4C-2031 R10 0 6 R12 0 10 U1E SN74LVC14APWR 13 12 U1F SN74LVC14APWR A A CHANGE Renesas Solutions Corp. DRAWN CHECKED APPROVED DESIGNED M3A-HS64G02 Character LCD/UART/IIC/IRQ ( 3 SCALE DATE Ver. 1.00B 5 4 DK30762 09-03-02 3 2 1 / 10 ) 5 4 3 2 1 3VCC CP2 0.1F/25V 16 3VCC [2] PK2/PWM1C/SD_CMD 9 D3 [2] PK3/PWM1D/SD_CLK 12 D4 8 GND ADG774 S1A S1B S2A S2B S3A S3B S4A S4B 3VCC PWM1A/LCD_D0 SD_D2 PWM1B/LCD_D1 SD_D3 PWM1C/LCD_D2 SD_CMD PWM1D/LCD_D3 SD_CLK 2 3 5 6 11 10 14 13 PWM1A/LCD_D0 [3] PWM1B/LCD_D1 [3] PWM1C/LCD_D2 [3] PWM1D/LCD_D3 [3] SD Card Slot R13 10k R14 10k R15 _10k R16 10k R17 10k R18 10k R19 10k R20 10k J4 SD_D3 SD_CMD 1 2 3 4 5 6 7 8 9 SD_CLK SD_D0 SD_D1 SD_D2 3VCC When SD is selected, the SD signal of PG0-PG7 is used in HS62. SD_WP SD_CD CP3 0.1F/25V 3VCC R21 R22 22 22 10 11 12 [2] PK5/PWM1F/SD_D1 7 D2 [2] PK6/PWM1G/SD_WP 9 D3 [2] PK7/PWM1H/SD_CD 12 D4 ADG774 16 15 GND MCVCC S1A S1B S2A S2B S3A S3B S4A S4B PWM1E/LCD_D4 [3] PWM1F/LCD_D5 [3] PWM1G/LCD_D6 [3] PWM1H/LCD_D7 [3] U4 SD_CD 3 4 EN1 EN0 6 7 3VIN 3VIN 2 OUT OUT 1 8 + CE12 1F/16V 5VIN R23 10K LTC1470CS8 CP4 0.1F/25V 1 8 3VCC W_Protect Card_Detect COMMON 0.1F/25V EN D1 PWM1E/LCD_D4 SD_D0 PWM1F/LCD_D5 SD_D1 PWM1G/LCD_D6 SD_WP PWM1H/LCD_D7 SD_CD 2 3 5 6 11 10 14 13 IN [2] PK4/PWM1E/SD_D0 5VCC VDD U3 CD/DAT3 CMD VSS1 VDD CLK VSS2 DAT0 DAT1 DAT2 DM1B-DSF-PEJ C10 4 D MCVCC IN D2 EN 7 1 D1 [2] PK1/PWM1B/SD_D3 15 D 4 VDD U2 [2] PK0/PWM1A/SD_D2 CP5 0.1F/25V C C SD Card 3VCC CP6 0.1F/25V 4 [2] PK9/PWM2B/SSIWS0 7 [2] PK10/PWM2C/SSIRxD0 9 D3 [2] PK11/PWM2D/SSITxD0 12 D4 VDD U5 [2] PK8/PWM2A/SSISCK0 D1 S1A S1B S2A S2B S3A S3B S4A S4B SSISCK0 [5] PWM2B SSIWS0 [5] PWM2C PK10 [5] PWM2D R25 4.7k R26 4.7k R27 4.7k R28 4.7k R29 4.7k R30 4.7k PWM1A/LCD_D0 PWM1B/LCD_D1 PWM1C/LCD_D2 PWM1D/LCD_D3 PWM1E/LCD_D4 PWM1F/LCD_D5 PWM1G/LCD_D6 PWM1H/LCD_D7 SSITxD0 [5] IN 15 ADG774 R24 4.7k PWM2A 2 3 5 6 11 10 14 13 3VCC 3VCC R31 4.7k U6 3 4 5 6 7 8 9 10 11 2 1 1 GND EN D2 8 3VCC 16 3VCC Power Control CP7 0.1F/25V 12 B0 B1 B2 B3 B4 B5 B6 B7 B8 22 21 20 19 18 17 16 15 14 DIR VCCA G VCCB 23 24 GND GND 13 A0 A1 A2 A3 A4 A5 A6 A7 A8 PWM1A_OUT PWM1B_OUT PWM1C_OUT PWM1D_OUT PWM1E_OUT PWM1F_OUT PWM1G_OUT PWM1H_OUT 5VCC 5VCC 5VCC J5 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 CP8 0.1F/25V HD151015 3VCC [2] PJ10/PWM2G 9 D3 [2] PJ11/PWM2H 12 D4 GND ADG774 15 8 3VCC TP2 TP3 TP4 1 1 1 3VCC S1A S1B S2A S2B S3A S3B S4A S4B PWM2E 2 3 5 6 11 10 14 13 R32 4.7k PWM2F PWM2G R33 4.7k R34 4.7k R35 4.7k R36 4.7k R37 4.7k R38 4.7k PWM2A PWM2B PWM2C PWM2D PWM2E PWM2F PWM2G PWM2H PWM2H IN D2 EN D1 7 TP1 1 4 [2] PJ9/PWM2F VDD U7 [2] PJ8/PWM2E CP9 0.1F/25V 16 B 1 3VCC 3VCC R40 4.7K 3VCC CP10 0.1F/25V JP3 R39 4.7k U8 3 4 5 6 7 8 9 10 11 A0 A1 A2 A3 A4 A5 A6 A7 A8 B0 B1 B2 B3 B4 B5 B6 B7 B8 22 21 20 19 18 17 16 15 14 2 1 DIR VCCA G VCCB 23 24 12 GND GND 13 PWM2A_OUT PWM2B_OUT PWM2C_OUT PWM2D_OUT PWM2E_OUT PWM2F_OUT PWM2G_OUT PWM2H_OUT 5VCC B XG4C-2031 C11 0.1F/25V 5VCC CP11 0.1F/25V 3 1 2 HD151015 HWP-3P-G 1-2 PWM 2-3 SD/SSIF/PORT A A CHANGE Renesas Solutions Corp. DRAWN CHECKED APPROVED DESIGNED M3A-HS64G02 SD Card Slot/PWM ( 4 SCALE DATE Ver. 1.00B 5 4 DK30762 09-03-02 3 2 1 / 10 ) 5 4 3 2 1 D D Audio Interface AUDIO_CLOCK Driver 3VCC R41 3AVCC1 3VCC + CE13 10F/16V U9 CP13 0.1F/25V AGND1 3VCC SHORT1 3VCC 3VCC U10 0.1F/25V R45 4.7k R44 4.7k R75 4.7k DVDD R43 4.7k 5 MCKI [4] PK10 PDN# [4] SSIWS0 [4] SSISCK0 [4] SSITxD0 8 6 7 LRCK BICK SDTI [2] PE2/SCL1 [2] PE3/SDA1 10 11 12 CSN SCL/CCLK SDA/CDTI 14 15 16 17 13 TTL I2C CAD0 CAD1 TST 3VCC AGND1 Please make AGND1 and one point of GND connection. 3VCC MCKO 9 C13 _18pF AGND1 1 DZF TX NC 24 2 23 VCOM 20 DAC C12 0.1F/25V CE16 10F/25V(S) AOUTL AGND1 CE17 10F/25V(S) 3VCC CP15 0.1F/25V AGND1 2 4 R47 220 3 1 AGND1 J7 HSJ1636-010520 R50 220 AGND1 BLACK AVSS B AGND1 21 DVSS 4 AK4353VF GND VCC TX NC NC TOTX147PL + CE15 10F/16V 18 R51 27K B 1 2 3 4 5 19 R49 27K AOUTR J6 R46 0 + 3VCC CP14 R48 4.7K C + CE14 10F/16V + CY2305SXC-1H CP12 0.1F/25V 2 0 22 4 R42 AVDD 3VCC 8 3 2 5 7 VCC CLK1 REF CLK2 CLK3 GND CLK4 CLKOUT 3 6 1 [2] AUDIO_XTAL 3AVCC1 1 3VCC C FB1 _0 AGND1 A A CHANGE Renesas Solutions Corp. DRAWN CHECKED APPROVED DESIGNED M3A-HS64G02 Audio D/A Converter ( 5 SCALE DATE Ver. 1.00B 5 4 DK30762 09-03-02 3 2 1 / 10 ) 5 4 3 1 Video Decoder 3VCC D 2 D CP16 CP17 CP18 CP19 CP20 CP21 0.1F/25V 0.1F/25V 0.1F/25V 0.1F/25V 0.1F/25V 0.1F/25V + CE25 10F/16V 3VCC 3VCC 3AVCC2 FB2 1 CP31 CP32 CP33 CP34 CP35 CP36 CP37 CP38 0.1F/25V 0.1F/25V 0.1F/25V 0.1F/25V 0.1F/25V 0.1F/25V 0.1F/25V 0.1F/25V 2 SHORT2 3VCC 3VCC 3AVCC2 AGND2 SELA 27 28 31 32 33 34 37 38 D0 D1 D2 D3 D4 D5 D6 D7 41 42 47 48 49 50 54 55 EXDATA0 EXDATA1 EXDATA2 EXDATA3 EXDATA4 EXDATA5 EXDATA6 EXDATA7 59 58 CLK27MO HALFCKO R60 0 R63 [2] PF8/DV_CLK R67 R65 [2] PE5/DV_HSYNC/SDA2 [2] PE4/DV_VSYNC/SCL2 22 22 22 3VCC R68 _10K 3VCC 3VCC X1 CP22 B 0.1F/25V 4 2 VCC OUT 3 GND OE 1 R72 R73 0 R69 4.7K FIELD CSYNC HSYNC VSYNC DVALID 80 EXTCLP 16 NSIG 79 77 PD# CLKINV 69 CLKIN 5 82 89 94 2 J8 JPJ2545-01-540 Video Input Composite C 99 AGND2 AIN4 7 AGND 6 AIN5 9 C16 0.1F/25V TP5 R61 AK8851 AGND 10 AIN6 11 AGND 12 C17 0.1F/25V NLV25T2R2JPF L1 NLV25T2R2JPF L2 39 C21 0.1F/25V R62 39 C18 180pF C19 680pF C20 180pF TP6 14 20 23 26 29 35 44 45 51 52 56 61 62 66 67 71 76 SG-8002JF_24.576MHz 22 3VCC 0.1F/25V AIN3 AGND 1 C22 0.1F/25V VRN 2 C23 0.1F/25V VCOM 3 C24 0.1F/25V VREFOUT 88 C29 0.1F/25V IREFR1 90 R70 12k IREFR2 91 R71 4.7k CLPCAP1 95 C30 0.1F/25V CLPCAP2 8 C31 0.1F/25V VRP 18 19 24 25 17 100 C32 98 4 J9 TCS7548-01-201 3 2 1 AGND2 R64 Video Input Separate NLV25T2R2JPF L3 AGND2 L4 NLV25T2R2JPF 39 R66 39 C25 180pF C26 180pF C27 470pF C28 180pF AGND2 B 3AVCC2 AGND AGND AGND AGND AGND AGND AGND AGND AGND AGND AGND 22 22 22 22 22 22 22 22 0.1F/25V AIN2 CP23 CP24 CP39 CP40 CE26 0.1F/25V 0.1F/25V 0.1F/25V 0.1F/25V 10F/16V 4 13 39 81 83 84 85 86 87 92 93 R57 R53 R54 R55 R56 R58 R59 R74 PF0/DV_DATA0 PF1/DV_DATA1 PF2/DV_DATA2 PF3/DV_DATA3 PF4/DV_DATA4 PF5/DV_DATA5 PF6/DV_DATA6 PF7/DV_DATA7 C15 97 AGND2 DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND [2] [2] [2] [2] [2] [2] [2] [2] 0.1F/25V 96 1 73 C C14 AIN1 AGND 1 SDA SCL 5 72 74 1 RESET# [2,3] PE1/SDA0 [2,3] PE0/SCL0 1 78 AVDD AVDD AVDD AVDD [2] RES# N.C3 N.C2 N.C1 U11 DVDD DVDD DVDD DVDD DVDD DVDD DVDD DVDD DVDD DVDD DVDD DVDD DVDD DVDD 15 21 22 30 36 40 43 46 53 57 60 63 68 70 R52 _10K 75 65 64 Please make AGND2 and one point of GND connection. AGND2 AGND2 + AGND2 A A CHANGE Renesas Solutions Corp. DRAWN CHECKED APPROVED DESIGNED M3A-HS64G02 Video Decoder ( 6 SCALE DATE Ver. 1.00B 5 4 DK30762 09-03-02 3 2 1 / 10 ) 5 4 3 2 1 D D TFT LCD Module Interface [2] LCD_DATA[0:15] 3VCC C33 0.1F/25V 5VCC + CE18 10F/16V 3VCC C34 0.1F/25V 3VCC + CE19 10F/16V C35 0.1F/25V + CE20 10F/16V 3VCC R76 10K 5VCC R77 4.7k R78 4.7k 3VCC C PG19/LCD_CLK [2] PG19/LCD_CLK PG17/LCD_HSYNC [2] PG17/LCD_HSYNC PG18/LCD_DE [2] PG18/LCD_DE PG16/LCD_VSYNC [2] PG16/LCD_VSYNC R84 4.7k R79 3VCC LCD_DATA12 LCD_DATA11 R83 R85 1k 4 6 LCD_DATA7 LCD_DATA6 LCD_DATA5 3VCC R92 4.7k PG21/TIOC0A LCD_M_DISP R162 R160 0 LCD_DATA10 LCD_DATA9 LCD_DATA8 SW3 _G3T_12AB 5 R89 1k [2,9] PG21/TIOC0A [2,8] PJ2/CTx1/LCD_M_DISP _0 LCD_DATA15 LCD_DATA14 LCD_DATA13 LCD_DATA4 LCD_DATA3 LCD_DATA2 LCD_DATA1 LCD_DATA0 R93 0 0 R95 _0 0 B 3VCC 5VCC 3VCC J10 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 J11 R80 _10K VDD VDD VDD DCLK GND HSYNC GND DTMG GND NC GND R5 R4 R3 GND R2 R1 R0 GND G5 G4 G3 GND G2 G1 G0 GND B5 B4 B3 GND B2 B1 B0 PCI Vctrl NC NC NC NC PG16/LCD_VSYNC PG18/LCD_DE R81 LCD_DATA4 LCD_DATA3 LCD_DATA2 LCD_DATA1 LCD_DATA0 R82 _0 0 LCD_DATA10 LCD_DATA9 LCD_DATA8 LCD_DATA7 LCD_DATA6 LCD_DATA5 3VCC 3VCC R86 10K R161 _4.7k PG17/LCD_HSYNC LCD_M_DISP R91 _10K LCD_DATA15 LCD_DATA14 LCD_DATA13 LCD_DATA12 LCD_DATA11 R87 R88 R90 0 _0 _0 PG19/LCD_CLK PG21/TIOC0A IMSA-9639S-40D-TR(LCD) 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 C61 0.1F/25V NC DTMG HREV B5 B4 B3 B2 B1 B0 VDD1 VDD1 G5 G4 G3 G2 G1 G0 GND R5 R4 R3 R2 R1 R0 VREV NC NC GND DCLK GND GND GND GND GND TMZ GND DIM NC VDD2 VDD2 + CE24 10F/16V C36 0.1F/25V + CE21 10F/16V C 3VCC J12 3VCC R167 _4.7k 5VCC PG19/LCD_CLK PG17/LCD_HSYNC PG21/TIOC0A PG16/LCD_VSYNC PG18/LCD_DE LCD_M_DISP 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 LCD_DATA15 LCD_DATA14 LCD_DATA13 LCD_DATA12 LCD_DATA11 LCD_DATA10 LCD_DATA9 LCD_DATA8 LCD_DATA7 LCD_DATA6 LCD_DATA5 LCD_DATA4 LCD_DATA3 LCD_DATA2 LCD_DATA1 LCD_DATA0 R94 _0 R159 _0 C64 _18pF VDD VDD VDD LCD_DATA15 LCD_DATA14 LCD_DATA13 LCD_DATA12 LCD_DATA11 LCD_DATA10 LCD_DATA9 LCD_DATA8 LCD_DATA7 LCD_DATA6 LCD_DATA5 LCD_DATA4 LCD_DATA3 LCD_DATA2 LCD_DATA1 LCD_DATA0 GND LCD_CLK LCD_HSYNC NC NC LCD_VSYNC LCD_DE LCD_M_DISP GND GND GND B IMSA-9619S-40B-T(LCD) XG4C-3031 Vehicle use Industrial use [2] PH7/AN7 A A CHANGE Renesas Solutions Corp. DRAWN CHECKED APPROVED DESIGNED M3A-HS64G02 LCD Module Connector ( 7 SCALE DATE Ver. 1.00B 5 4 DK30762 09-03-02 3 2 1 / 10 ) 5 4 3 2 1 D D IEBus Driver 5VCC R163 _0 IETxD IERx0 CP42 20pF R165 _4.7K 5VCC U37 VCC STB# 7 8 GND 4 BUS- 5 1 3 S1 S2 2 Rout BUS+ 5VCC CP41 0.1F/25V J13 1 2 3 4 R164 68 VCC BUSBUS+ GND B4B-XH-A 6 R166 0 HA12187FP Voltage Level Shifter 3V<->5V TP8 1 JP4 HWP-2P-G 3V->5V C R96 4.7K R97 4.7K 3VCC CP25 0.1F/25V 5VCC CP26 0.1F/25V 3VCC VCCA A0 A1 GND C 1-2 CTx1 On 5VCC 1 U12 1 2 3 4 [2] PJ0/CTx0/IETxD [2,7] PJ2/CTx1/LCD_M_DISP JP5 HWP-3P-G 1 2 TP7 1 3VCC 2 8 7 6 5 VCCB B0 B1 DIR 3 SN74LVC2T45DCT U13 CTx0 1 TxD CTx1 4 RxD 5 1-2 IETxD 2-3 CTx0 NC VCC 3 GND MODE 2 8 CANH CANL 7 6 CP27 0.1F/25V CAN0 JP6 JP7 1-2 RCAN0 Terminate J14 1 2 3 HA13721FPK CANH CANL GND B3B-XH-A JP6 JP7 1 2 1 2 HWP-2P-G TP10 1 JP8 HWP-2P-G 3VCC CP29 0.1F/25V 5VCC CP28 0.1F/25V R99 47K R100 47K U14 1 2 3 4 [2] PJ1/CRx0/IERxD [2] PJ3/CRx1 VCCA A0 A1 GND 2 8 7 6 5 VCCB B0 B1 DIR 1-2 CRx1 On 120 5VCC 1 3 SN74LVC2T45DCT B JP9 HWP-3P-G HWP-2P-G R98 1 2 TP9 1 5VCC 3V<-5V U15 CRx0 1 TxD CRx1 4 RxD 5 1-2 IERxD 2-3 CRx0 VCC 3 GND MODE 2 8 CANH CANL 7 6 NC JP10 CP30 0.1F/25V JP11 1 2 1 2 HWP-2P-G HWP-2P-G CAN1 B J15 1 2 3 HA13721FPK JP10 JP11 CANH CANL GND B3B-XH-A 1-2 RCAN1 Terminate A A CHANGE Renesas Solutions Corp. DRAWN CHECKED APPROVED DESIGNED M3A-HS64G02 CAN/IEBus ( 8 SCALE DATE Ver. 1.00B 5 4 DK30762 09-03-02 3 2 1 / 10 ) 5 4 3 2 LED 1 Key Input GREEN 3VCC D D R101 910 R102 910 R103 910 R104 910 AVcc R105 4.7k LED1 SML-310MT LED2 SML-310MT LED3 SML-310MT PH0/AN0 [2] LED4 SML-310MT R106 14k [2,7] [2] [2] [2] PG21/TIOC0A PG22/TIOC0B PG23/TIOC0C PG24/TIOC0D SW4 B3SN-3012 YELLOW R110 910 C R111 910 LED5 SML-310YT [2] [2] [2,3] [2,3] R107 4.7k LED6 SML-310YT 3VCC R112 910 AVss AVcc MTU2 R113 910 LED7 SML-310YT R108 1.58k SW5 B3SN-3012 AVss R109 0 SW6 B3SN-3012 AVss SW7 B3SN-3012 AVss R114 4.7k Board fixed hole. J16 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 LED8 SML-310YT PJ6/TIOC1A PJ7/TIOC1B PC9/TIOC2A PC10/TIOC2B BLUE 5VCC PH1/AN1 [2] R115 14k R116 4.7k R117 1.58k R118 0 MH4 1 SW9 B3SN-3012 SW10 B3SN-3012 SW11 B3SN-3012 MH5 1 1 HOLE AVss AVcc AVss AVss AVss MH6 1 1 HOLE R119 4.7k MH7 1 XG4C-2031 R121 910 1 HOLE PH2/AN2 [2] R120 910 C 1 HOLE SW8 B3SN-3012 MH8 R122 14k R123 4.7k R124 1.58k R125 0 1 1 HOLE MH9 LED9 SML310BAT SW12 B3SN-3012 LED10 SML310BAT SW13 B3SN-3012 SW14 B3SN-3012 SW15 B3SN-3012 1 1 HOLE MH10 AVss AVcc [2] PF11/TIOC3C [2] PF12/TIOC3D AVss AVss 1 AVss 1 HOLE MH11 1 R126 4.7k B ORANGE R127 14k R128 4.7k R129 1.58k B MH12 PH3/AN3 [2] 3VCC 1 HOLE 1 1 HOLE R130 0 MH13 1 R131 910 R132 910 R133 910 R134 910 SW16 B3SN-3012 SW17 B3SN-3012 SW18 B3SN-3012 1 HOLE SW19 B3SN-3012 MH14 1 1 HOLE AVss AVss AVss AVss MH15 LED11 SML-310DT [2] [2] [2] [2] LED12 SML-310DT LED13 SML-310DT LED14 SML-310DT 1 1 HOLE PC5/TIOC4A PC6/TIOC4B PC7/TIOC4C PC8/TIOC4D A A CHANGE Renesas Solutions Corp. DRAWN CHECKED APPROVED DESIGNED M3A-HS64G02 LED/Key Input ( 9 SCALE DATE Ver. 1.00B 5 4 DK30762 09-03-02 3 2 1 / 10 ) 5 4 3 2 1 1-2 Power On 2-3 Power Off Power Connector Power Switch 12VCC J17 D +12V NC GND JP12 1 2 3 SW20 3 XG8V-0334 MS-12AAH1 R135 5.1K 1-2 PWR 2-3 ADP AC Adaptor D 2 2 3 S3B-XH-A 12VCC 1 1 C37 POWER 22F/50V J18 LED15 UB1111C 2 4 3 BLUE LGP6531-0700 5VCC C C R138 0 R168 10K TP16 PGOOD 1 C38 1000pF R141 _0 C40 0.1F/25V R142 20k/F R143 _0 C44 R145 R149 1 _10K C45 _0.01F/25V R148 _0 C52 B R152 26 4 VOSENSE1 BOOST1 25 5 PLLFLTR 3 R147 0 6 0 _0 33pF 20k/F SW1 105k/F 220pF R153 R154 TG1 SENSE1- R144 220pF 15K C53 SENSE1+ 2 33pF R151 28 27 27pF R150 C51 PGOOD C41 C54 180k/F 27pF RUN/SS1 PLLIN 24 BG1 23 7 FCB EXTVCC 22 8 ITH1 INTVCC 21 9 SGND PGND 20 BG2 19 10 3.3VOUT 11 ITH2 BOOST2 18 12 VOSENSE2 SW2 17 13 SENSE2- TG2 16 14 SENSE2+ LTC3727EG C59 1000pF R157 0 VIN RUN/SS2 TP11 1 3A 5.0V Out SP8K3/SO Q1A 2 C42 0.1F/25V C39 C43 + CE22 _22F/25V _22F/25V + CE27 100F/25V(P) 100F/25V(P) 12VCC 7 8 TP12 1 3A D1 RSX051VA-30 12V In 5 6 R146 Q1B SP8K3/SO 4 C65 1F C49 4.7F/25V C50 C46 C47 22F/50V 22F/50V 10 0.1F/25V SHORT3 3 TP13 1 GND 1 D2 RSX051VA-30 5 6 C55 0.1F/25V R155 _0 1 7 8 B Q2B SP8K3/SO 4 15 TP14 GND_PWR SP8K3/SO Q2A 2 3 C56 C57 _22F/25V _22F/25V 100F/25V(P) 100F/25V(P) CE23 CE28 C58 8VCC 0.1F/25V L6 1 R158 0 5VCC 0.027/0.5W R140 1 U16 _1000pF 15K C48 CDRH125NP-180MC L5 1 2 R139 1M + R137 0 + R136 1M 2 R156 TP15 0.039/0.5W 2A CDRH125NP-180MC C60 1 8.0V Out _0.1F/25V A A CHANGE Renesas Solutions Corp. DRAWN CHECKED APPROVED DESIGNED M3A-HS64G02 Power Generate ( 10 / 10 ) SCALE DATE Ver. 1.00B 5 4 DK30762 09-03-02 3 2 1 REVISION HISTORY Rev. Date 1.00 Dec. 07, 2011 SH7269 CPU Board R0K572690C000BR User's Manual Description Page - Summary First edition issued SH7269 CPU Board R0K572690C000BR User's Manual Publication Date: Rev. 1.00 Dec. 07, 2011 Published by: Renesas Electronics Corporation http://www.renesas.com SALES OFFICES Refer to "http://www.renesas.com/" for the latest and detailed information. Renesas Electronics America Inc. 2880 Scott Boulevard Santa Clara, CA 95050-2554, U.S.A. Tel: +1-408-588-6000, Fax: +1-408-588-6130 Renesas Electronics Canada Limited 1101 Nicholson Road, Newmarket, Ontario L3Y 9C3, Canada Tel: +1-905-898-5441, Fax: +1-905-898-3220 Renesas Electronics Europe Limited Dukes Meadow, Millboard Road, Bourne End, Buckinghamshire, SL8 5FH, U.K Tel: +44-1628-585-100, Fax: +44-1628-585-900 Renesas Electronics Europe GmbH Arcadiastrasse 10, 40472 Dusseldorf, Germany Tel: +49-211-65030, Fax: +49-211-6503-1327 Renesas Electronics (China) Co., Ltd. 7th Floor, Quantum Plaza, No.27 ZhiChunLu Haidian District, Beijing 100083, P.R.China Tel: +86-10-8235-1155, Fax: +86-10-8235-7679 Renesas Electronics (Shanghai) Co., Ltd. Unit 204, 205, AZIA Center, No.1233 Lujiazui Ring Rd., Pudong District, Shanghai 200120, China Tel: +86-21-5877-1818, Fax: +86-21-6887-7858 / -7898 Renesas Electronics Hong Kong Limited Unit 1601-1613, 16/F., Tower 2, Grand Century Place, 193 Prince Edward Road West, Mongkok, Kowloon, Hong Kong Tel: +852-2886-9318, Fax: +852 2886-9022/9044 Renesas Electronics Taiwan Co., Ltd. 13F, No. 363, Fu Shing North Road, Taipei, Taiwan Tel: +886-2-8175-9600, Fax: +886 2-8175-9670 Renesas Electronics Singapore Pte. Ltd. 1 harbourFront Avenue, #06-10, keppel Bay Tower, Singapore 098632 Tel: +65-6213-0200, Fax: +65-6278-8001 Renesas Electronics Malaysia Sdn.Bhd. Unit 906, Block B, Menara Amcorp, Amcorp Trade Centre, No. 18, Jln Persiaran Barat, 46050 Petaling Jaya, Selangor Darul Ehsan, Malaysia Tel: +60-3-7955-9390, Fax: +60-3-7955-9510 Renesas Electronics Korea Co., Ltd. 11F., Samik Lavied' or Bldg., 720-2 Yeoksam-Dong, Kangnam-Ku, Seoul 135-080, Korea Tel: +82-2-558-3737, Fax: +82-2-558-5141 (c) 2011 Renesas Electronics Corporation. All rights reserved. Colophon 1.1 16 SH7269 CPU Board R0K572690C000BR R20UT0159EJ0100 (Previous number:R20UT0159EJ0007)