mi) Chip INTRODUCING X-CHIP FI Dl's largest product release for USB bridged devices An abundance of features and system benefitsFTDI proudly announces its new X-Chip Series of devices, bringing to engineers an extended feature set to enhance system performance while optimizing board level considerations. Designers will continue to experience the ease-of-use, validated embedded USB protocol engine, reliable drivers, and worldwide application support, which they have come to know. With a wide range of supported operating systems, including; Windows, Android, Linux, and MacOS, engineers can be assured in delivering a robust solution to the market. ARE YOU READY FOR THE X-CHIP FACTOR? The X-Chip Series has it all, when it comes to an extended feature set, including: Battery charging detection to enable higher current, faster charging Extensive clocking features; internal clock generation and external clock out Internal 3.3V level converter Integrated crystal and MTP memory to save board space and maximize flexibility Extended temperature range support, -40 to +85C Low power consumption: < &mA active (typ) < 125uUA suspend (typ) Supports 1.8V to 3.3V interfacing with 5V tolerance SS SRK SG S The X-Chip Series devices target a wide range of interfaces, including Basic and Full UART, FIFO, I?C, SPI, and FTDIs FT1248, allowing engineers to easily incorporate USB connectivity into their systems. With years of experience and validation, the USB protocol engine that is integrated into each device provides the highest assurance of USB functionality, resulting in robust implementations and the fastest time-to-market no system software to decompose, redesign, and revalidate. The X-Chip Series devices are USB 2.0 Full Speed chips which join the USB 2.0 Hi-Speed, H Series of devices, and the popular R Series of integrated circuits already in production today. Besides offering an expanded, world-class feature set, FTDI has reduced pin counts. Whether the board designer needs a leaded, SSOP package, or a leadless QFN package, pin-outs have been minimized, and range from a 10 pin DEN package for the FT200XD I?C solution to 24 pins for a FIFO to USB bridge (see table for complete package offering). So when it comes to adding USB into your system design, dont compromise ... find the X-Chip Series offered only by FTDI Chip. Visit www.ftdichip.com for complete information, support material, application notes, and development hardware.The new X-Chip Series of Full Soeed USB device bridges offer more interface options with lower power, lower pin count and higher levels of integration. The new devices all include an internal MTP memory for configuring and storing the device descriptors and an internal clock source. Both these features result in a lower cost solution for a reduced Bill of Materials and lower PCB real estate required to realise the design. ' Limited to 4 bit wide data to keep pin count low 2 No DTR, DSR, DCD, RI to keep pin count low 3 CBUS pins are configurable pins for various functions e.g. GPIO, LED driving, clock signals or BCD signal FT1248 Bus Interface FTDIs flexible parallelSerial bus interface, FT1248, offers the flexibility of 1,2, 4, or 8 bit wide data, allowing for designs to be optimized for speed or pin count. In 1-bit mode the FT1248 provides the equivalent of an enhanced SPI interface. Device FT200XD FT201X FT220X FT221X FT230X FT231X FT240X inti 20; 20; Abit SPI/FT1248 8bit SPI/FT1248 Basic UART Full Handshake &bit FIFO Description "C interface "C interface Interface ' Interface Interface 2 UART Interface Interface Data rates 3.A4Mbit 3.A4Mbit 500kByte& IMByte/s 3MBaud 3MBaud IMByte/s MTP memory Internal Internal Internal Internal Internal Internal Internal Clock Oscillator Internal Internal Internal Internal Internal Internal Internal 3 CBUS PINS 1 6 1 1 4 4 2 1/0 Power I/O levels from 1/0 levels from I/O levels from 1/0 levels from 1/0 levels from I/O levels from I/O levels from Suppl 18V to3.3V.(5V 18Vto33V.5V 18Vto33V.(5V 18Vto3.3V.(5V 18V to 3.3V.(5V 1.8V to 3.3V.(5V 1.8V to 3.3V.(5V PPIY tolerant inputs) tolerant inputs) tolerant inputs) tolerant inputs) tolerant inputs) tolerant inputs) tolerant inputs) Operational amA 8mA 8 current m m mA 8mA 8mA 8mA 8mA Te mperating 40C to+85C -A40C to 85C -40C to 85C 40C to #85C -40C to 85C -40C to +85C -40C to +85C _p 16-pin QFN 16-pin QFN 20-pin QFN 16-pin QFN 20-pin QFN 24 -pin QFN Packages = 10-Pin DFN 16-pin SSOP 16-pin SSOP 20-pin SSOP 16-pin SSOP 20-pin SSOP 24-pin SSOP MEE THE FAMILY VARIABLE WIDTH DATA BUS FT CLK _4 t SS# MISO (STATUS) ~ Synchronous Parallel/Serial Data Suitable for SPI Slave applications Data Rates up to IMByte/s 3.3V 1/0Breakout Modules Breakout modules provide the smallest and simplest development hardware for the X-Chip Series of devices. To reduce cost the USB interconnect is simply tracked on the PCB which plugs directly into the USB host socket. The interface connector is a standard 01 pitch socket. The module is ready to use when plugged in to enable instant development work to begin. UMFT200XD UMFT201XB UMFT220XB UMFT230XB BASE IC FT200XD FT201XQ. FT220XQ FT230XQ Description Full speed USB to rc Full speed USB to rc Full speed USB to 4-bit FT1248 Full speed USB to Basic-UART Data rates 3.AMbits& 3.AMbit/s 500kBytes 3MBaud Interface connector 8 pin, 0.1" socket 10 pin, 01" socket 10 pin, 0.1" socket 10 pin, 0.1" socket CBUS pins 1 4 1 2 *Breakout modules available in 3 alternative assemblies: with interface connector, without interface connector or with 6 flying leads. Development Modules Development modules are slightly larger than the breakout modules but offer access to all the device pins. UMFT201XA UMFT220XA UMFT221XA UMFT230XA UMFT231XA UMFT240XA BASE IC FT201XQ. FT220XQ FT221XQ FT230XQ FT231XQ FT240XQ Description Full speed Full speed USB Full speed USB Full speed USB Full speed USB Full speed USB USB to I'C to 4-bit FT1248 to 8-bit FT1248 to Basic-UART to Full-UART to FIFO Data rates 3.AMbits& 500kBytes& IMByte/s 3MBaud 3MBaud IMBytes& Interface connector 0.3" Wide, 16 pin DIP 0.3" Wide, 16 pin DIP. 0.3" Wide, 20 pin DIP 0.3" Wide, 16 pin DIP 0.3" Wide, 20 pin DIP 0.3" Wide, 24 pin DIP CBUS pins 6 1 1 4 4 2 UMFT231XC Full speed USB to Full Handshake UART + Battery Charge Detection development module based on the FT231XS. Can be used to verify the battery charge detection capability of the X-Chip Series of devices as well as provide a USB to UART bridge. * Includes 10 pin 0.1 female header used for UART signals, 12 pin 01 female header for power and control * Status LEDs * Mini-B USB connector Other features common to all module types. * CBUS pins may be configured to different functionality as defined in the device datasheet *|/O levels from 1.8V to 3.3V (5V tolerant) * Operating current 8mA * Operating temp -40C to +85C FTDI Tools and Support In addition to the excellent devices that FTDI provide to make adding USB interfaces into a system easy. There is also a wide range of support collateral to assist with the design-in. FTDI Driver Support: The first item a user needs when connecting a peripheral to a host PC is driver support. FTDI Documentation: The FT-X Series of devices is supported for all Windows OS from Windows XP through to Windows 7 including 32 and 64 bit support. These drivers are approved by Microsoft via their WHQL certification program. A comprehensive suite of datasheets, application notes and technical notes are also available on the FTDI website: wwwiitdichip.com/Support/FTDocuments.htm Linux is supported in both VCP and D2xx variants of the driver. The VCP driver will become part of FTDI Application Engineers: FTDI offer two driver interfaces. The VCP driver creates a Virtual COM Port on the host PC allowing legacy applications that were used to control serial ports to connect over USB with minimal changes to existing application software. The D2xx driver interface operates more directly with the device and offers greater control to access features such as on-chip memory for storing device descriptors. the kernel, while the D2xx driver may be freely downloaded and installed by the user. MAC OSX is also supported in both VCP and D2xx formats, as is Android and WinCE. All drivers may be downloaded from: wwwitdichip.com/FTDrivers.htm For any enquiry not covered by the online literature or supporting utilities FTDI have a global team of application engineers based in UK, USA, China and Taiwan, with many years of experience in designing in FTDI chipsets, available to offer direct and free one to one support via e-mail or phone. EMEA Americas China APAC Unit 1,2 Seaward Place 7235 NW Evergreen Parkway Room 408, 317 Xianxia Road, 2F, No. 516, Sec. 1, Centurion Business Park Suite 600 ChangNing District, NeiHu Road, Glasgow Hillsboro, OR 97124-5803 Shanghai, Taipei 114, G411HH USA PR. China Taiwan Tel: +44 (0) 141 429 2777 Email (Sales): sales1@ ftdichip.com Email (Support): support1@ ftdichip.com Revision Date: January 2012 Tel: +1 (503) 547-0988 Email (Sales): us.sales@ ftdichip.com Email (Support): us.support@ ftdichip.com Tel: +86 (21) 62351596 Email (Sales): cn.sales@ ftdichip.com Email (Support): cn.support@ ftdichip.com Tel: +886-2-8797 1330 Email (Sales): tw.sales1@ ftdichip.com Email (Support): tw.supportl@ ftdichip.com FTDI are ISO9001:2008 certified