CorePCI Eval Board - Actel Corporation

IP Solutions

Improve Time-to-Market and

Reduce Design Risk

Actel’s IP Solutions

—Complement Actel’s Nonvolatile,

Secure, Low-Power Antifuse

and Flash FPGAs

—Available in Evaluation, RTL,

and Netlist Formats

—Offer Single- and Multiple-Use

Licenses

—All Cores Include Testbenches and

Many are Certified to Ensure

Robust Designs

With over 110 cores optimized for Actel silicon device s, Actel

supports the communications, consumer, military, industrial,

automotive and aerospace markets.

DirectCores

DirectCores are sourced, verified, supported and maintained by Actel.

They come complete as pre-implemented, sy nthesizable building

blocks and have been thoroughl y tested and verified in Actel

FPGAs. They are designed and optimized for use in Actel silicon

devices. DirectCores are delivered with excellent documentation

and support to simplify the integration of the design.

CompanionCores

CompanionCores are sourced, ver ified, supported, and maintained

by Actel’s IP partners. They are proven, pre-built IP cores optimized

for use in Actel devices. CompanionCores, like DirectCores,

streamline your designs,enable faster time-to-market,and minimize

design costs and risks.

One Company Serving All Your Design Needs

Actel’s DirectCores and CompanionCores provide an abundance

of IP choices to complete your design. W hy waste design time

and risk compatibility issues with other IP cores? Actel IP allows

the system designer to focus on differentiating capabilities, not

recreating building blocks. Additionally, Actel IP is optimized for

use with Actel silicon. Because Actel thoroughly ver ifies all IP

cores, you can spend more of your time verify ing the system

instead of the IP component.

The following pages provide the necessar y information to help you

identify which IP cores are right for you.

Bus Interfaces

Core1553BRT -EV/-NET/-RTL MIL-STD-1553B Remote Terminal Actel AX125 438 630 53% APA075 1738 57% RT54SX32S 442 647 38%

Core1553BBC -EV/-NET/-RTL MIL-STD-1553B Bus Controller Actel AX125 546 1092 81% APA075 2698 88% RT54SX32S 550 1103 57%

CorePCI -EV/-RTL PCI Specification 2.2 Bus Controller Actel AX125 273 454 36% APA075 1229 40% RT54SX32S 292 486 27%

CorePCIX -EV/-NET/-RTL PCI-X Specification 1.0a Bus Controller Actel AX500 1865 2415 53% APA NA NA RT54SX32S NA NA NA

CoreArbiter -EV/-RTL PCI 2.x Bus Arbiter Actel AX125 36 68 5% APA075 135 4% RT54SX32S 35 67 4%

CAN -NET/-VHDL/-VLOG Controller Area Network Bus Controller (CAN 2.0B) CAST AX1000 699 1797 14% APA750 3890 12% RT54SX72S 658 1738 40%

EP510 -NET/-VHDL/-VLOG CompactFlash/PCMCIA Host Adapter Core Eureka Tech AX500 246 500 9% APA150 1028 17% RT54SX32S 245 532 27%

EP100 -NET/-VHDL/-VLOG PowerPC Bus Slave Interface Eureka Tech AX500 620 534 14% APA150 2150 35% RT54SX32S 618 548 40%

EP201 -NET/-VHDL/-VLOG PowerPC Bus Master nterface Eureka Tech AX500 408 290 9% APA150 1334 22% RT54SX32S 410 281 24%

EP300 -NET/-VHDL/-VLOG PowerPC Arbiter Eureka Tech AX500 30 112 2% APA075 234 8% RT54SX32S 46 113 6%

EP440 -NET/-VHDL/-VLOG PCI-to-PCI Bridge Eureka Tech AX500 2408 3521 74% APA OR OR RT54SX-S OR OR OR

iniCAN -NET/-VHDL/-VLOG Controller Area Network Bus Controller (CAN2.0B) Inicore AX500 253 809 13% APA300 1656 20% RT54SX72S 247 806 17%

CANmodule-II -NET/-VHDL/-VLOG CAN Bus Controller - with Rx FIFO (CAN2.0B) Inicore AX500 1351 2467 47% APA300 6542 80% RT54SX72S 1349 2670 67%

CANmodule-Iir -NET/-VHDL/-VLOG CAN Bus Controller - with SRAM Rx FIFO (CAN2.0B) Inicore AX500 976 2741 46% APA300 6161 75% RT54SX72S 977 2908 64%

CANmodule-III -NET/-VHDL/-VLOG CAN Bus Controller - with 16 message receive objects Inicore AX500 1106 2125 40% APA150 5450 89% RT54SX72S 1107 2236 55%

PCIX Arbiter -NET/-VHDL/-VLOG PCI-X Arbiter Inicore AX500 94 47 2% APA NA NA RT54SX-S NA NA NA

GPIOmodule -NET/-VHDL/-VLOG General Purpose Input/Output Controller Inicore AX500 88 110 2% APA150 393 6% RT54SX32S 88 116 7%

VME A24D16 -NET/-VHDL/-VLOG VME Slave Controller 24-bit address, 16-bit data bus Inicore AX500 137 68 3% APA150 289 5% RT54SX32S 137 70 7%

VME A24D32 -NET/-VHDL/-VLOG VME Slave Controller 24-bit address, 32-bit data bus Inicore AX500 177 159 4% APA150 453 7% RT54SX72S 177 163 6%

VME A32D32 -NET/-VHDL/-VLOG VME Slave Controller 32-bit address, 32-bit data bus Inicore AX500 193 159 4% APA150 477 8% RT54SX72S 193 163 6%

VME64 -NET/-VHDL/-VLOG VME64 Slave Controller Inicore AX500 225 354 7% APA600 729 3% RT54SX72S 223 334 9%

MC-ACT-CAN -NET/-VHDL Controller Area Network Bus Controller (CAN 2.0B) Memec Design AX500 258 826 13% APA300 1671 20% RT54SX72S 254 878 19%

MC-ACT-XCANF -NET/-VHDL Size optimized CAN Controller with TX/RX FIFO Memec Design AX500 203 858 13% APA075 1800 59% RT54SX-S NA NA NA

MC-ACT-XCANMF -NET/-VHDL Size optimized CAN Controller with FIFO and Message Filtering Memec Design AX500 429 1270 21% APA075 2607 85% RT54SX-S NA NA NA

MC-ACT-VME2416 -NET/-VHDL VME slave controller with interrupts; 24-bit address, 16-bit data Memec Design AX500 135 65 2% APA150 295 5% RT54SX32S 135 66 7%

MC-ACT-VME32 -NET/-VHDL VME slave controller with interrupts; 32-bit address, 32-bit data Memec Design AX500 185 90 3% APA600 410 2% RT54SX72S 185 94 5%

Gigabit FC Transport -NET/-VHDL/-VLOG Gigabit Fibre Channel Transport Core MorethanIP AX1000 2500 3600 34% APA NA NA RT54SX-S NA NA NA

Gigabit FC B_Port -NET/-VHDL/-VLOG Gigabit Fibre Channel B_Port Controller Core MorethanIP AX2000 1270 850 7% APA NA NA RT54SX-S NA NA NA

Communications – Ethernet

Core10/100 -EV/-NET/-RTL 10/100 Mbps Ethernet MAC with Host Controller Actel AX500 1783 2811 57% APA300 6591 80% RT54SX-S OR OR OR

10/100/1000 MAC Cntrllr

-NET/-VHDL/-VLOG 10/100/1000Mbps Ethernet MAC Controller with Statistics and MDIO MorethanIP AX1000 2593 2720 29% APA450 8300 68% RT54SX-SNA NA NA

10/100/1000 MAC Core -NET/-VHDL/-VLOG 10/100/1000 Mbps Ethernet MAC MorethanIP AX500 1400 1500 36% APA300 5300 65% RT54SX-S NA NA NA

MDIO Master -NET/-VHDL/-VLOG Ethernet Management Interface (MDIO) MorethanIP AX500 73 95 2% APA075 256 8% RT54SX-S NA NA NA

1000Base-X PCS -NET/-VHDL/-VLOG Ethernet MAC 1000Base-X PCS MorethanIP AX500 1100 500 20% APA NA NA RT54SX-S NA NA NA

Communications – ATM

CoreU1LL -EV/-NET/-R TL Utopia Level 1 Link Interface Actel AX125 53 64 6% APA075 130 4% RT54SX-S NA NA NA

CoreU1PHY -EV/-NET/-RTL Utopia Level 1 Physical Interface Actel AX125 60 60 6% APA075 137 4% RT54SX-S NA NA NA

CoreU2PHY -EV/-NET/-RTL Utopia Level 2 Physical Interface Actel AX125 42 67 5% APA075 218 7% RT54SX-S NA NA NA

MC-ACT-UL2LINK -NET/-VHDL Utopia Level 2 Link interface (also supports Utopia Level 1) Memec Design AX500 320 380 9% APA OR OR RT54SX-S NA NA NA

MC-ACT-UL2PHY -NET/-VHDL Utopia Level 2 PHY interface (also supports Utopia Level 1) Memec Design AX500 346 410 9% APA OR OR RT54SX-S NA NA NA

MC-ACT-UL3LINK -NET/-VHDL Utopia Level 3 Link interface Memec Design AX500 1094 1211 29% APA NA NA RT54SX-S NA NA NA

MC-ACT-UL3PHY -NET/-VHDL Utopia Level 3 PHY interface Memec Design AX500 1077 1206 28% APA NA NA RT54SX-S NA NA NA

Communications – Sonet SDH

MC-ACT-PL3LINK -NET/-VHDL POS-PHY Level 3 Link Interface (example is 4 channels, 16-bit data) Memec Design AX500 695 731 18% APA NA NA RT54SX-S NA NA NA

MC-ACT-PL3PHY -NET/-VHDL POS-PHY Level 3 PHY interface Memec Design AX500 1075 1048 26% APA NA NA RT54SX-S NA NA NA

POS-PHY L2 Link -NET/-VHDL POS-PHY Level 2 Link Layer Interface MorethanIP AX500 600 475 13% APA150 1600 26% RT54SX-S NA NA NA

POS-PHY L3 PHY -NET/-VHDL POS-PHY Level 3 PHY Interface MorethanIP AX500 738 489 15% APA NA NA RT54SX-S NA NA NA

Communications – General

Core8b/10b -EV/-RTL 8B/10B Encoder and Decoder Actel AX125 291 353 32% APA NA NA RT54SX32S 295 393 24%

iniADPLL -VHDL/-VLOG Digital Phase Lock Loop Inicore AX500 323 941 16% APA150 287 5% RT54SX72S 323 941 21%

iniG704-E1 -NET/-VHDL/-VLOG G704-E1 Framer / Deframer (ISDN) Inicore AX500 508 689 15% APA150 2146 35% RT54SX32S 512 762 44%

iniHDLC -NET/-VHDL/-VLOG High-level Data Link Controller (HDLC) Inicore AX500 113 256 5% APA150 625 10% RT54SX32S 112 291 14%

MC-ACT-HDLC -NET/-VHDL/-VLOG Single Channel High-Level Data Link Control (HDLC) Controller Memec Design AX500 203 295 6% APA075 845 28% R T54SX-S NA NA NA

MC-ACT-HDLCM -NET/-VLOG Multi-Channel HDLC Controller (32 Channel Example) Memec Design AX1000 3334 3057 35% APA OR OR RT54SX-S NA NA NA

MC-ACT-G704E1 -NET/-VHDL G704-E1 Framer / Deframer Memec Design AX500 507 695 15% APA150 2212 36% RT54SX32S 510 760 44%

Processors & Peripherals

Core8051 -EV/-NET/-RTL 8-bit Microprocessor - 100% ASM51 compatible Actel AX250 690 2560 77% APA150 4541 74% RT54SX72S 685 2790 58%

CoreI2C -EV/-NET/-RTL I2C Master/Slave Interface Actel AX125 139 462 30% APA075 626 20% RT54SX32S 150 476 22%

CoreSPI -EV/-NET/-RTL Serial Peripheral Interface Actel AX125 118 144 13% APA075 409 13% RT54SX32S 118 157 10%

CoreSDLC -EV/-NET/-RTL Synchronous Data Link Controller Actel AX125 400 537 46% APA150 1721 28% RT54SX32S 391 545 33%

Core16X50 -EV/-NET/-RTL Universal Asynchronous Receiver / Transmitter with or without FIFO Actel AX125 297 704 50% APA075 1630 53% RT54SX32S 299 760 37%

CoreUART -EV/-NET/-RTL Universal Asynchronous Receiver / Transmitter Actel AX125 83 100 9% APA075 325 11% RT54SX32S 83 102 6%

IP SolutionsActel

Example Implementation

Axcelerator ProASICPLUS RT54SX-S

Part Number Format Description Supplier Device Seq. Comb. Util. % Device Tiles Util. % Device Seq. Comb. Util. %

Processors & Peripherals (cont.)

CZ80CPU -NET/-VHDL/-VLOG 8-bit Microprocessor - compatible with the Zilog Z80 CAST AX1000 479 6298 37% APA750 8405 26% RT54SX-S NA NA NA

iniUART -NET/-VHDL/-VLOG SCC (UART) Interface Inicore AX500 80 200 3% APA150 485 8% RT54SX32S 80 200 10%

iniFUART -NET/-VHDL/-VLOG SCC (Fast UART) Interface Inicore AX500 96 269 5% APA150 659 11% RT54SX32S 96 273 13%

UARTmodule -NET/-VHDL/-VLOG Single Channel Universal Async. Receiver / Transmitter with FIFO Inicore AX500 170 292 6% APA150 815 13% RT54SX32S 170 297 16%

DUARTmodule -NET/-VHDL/-VLOG Dual Channel Universal Async. Receiver / Transmitter with FIFO Inicore AX500 590 717 16% APA150 2298 37% RT54SX32S 589 731 46%

iniLCDC -NET/-VHDL/-VLOG LCD Controller Inicore AX500 112 239 4% APA150 620 10% RT54SX32S 112 239 12%

iniCPU -NET/-VHDL/-VLOG Software compatible 6809 CPU Inicore AX500 336 1593 24% APA150 2789 45% RT54SX32S 340 1519 65%

iniSCI_master -NET/-VHDL/-VLOG I2C Master Interface Inicore AX500 90 184 3% APA150 575 9% RT54SX32S 90 186 10%

iniSCI_slave -NET/-VHDL/-VLOG I2C Slave Interface Inicore AX500 56 105 2% APA150 287 5% RT54SX32S 56 105 6%

TIMERmodule -NET/-VHDL/-VLOG Timer Module - Two 16-bit timers with 16-bit pre-scaler Inicore AX500 170 292 6% APA150 1216 20% RT54SX32S 170 297 16%

INTCmodule -NET/-VHDL/-VLOG Interrupt Controller Inicore AX500 16 33 1% APA300 80 1% RT54SX32S 16 34 2%

SPIMmodule -NET/-VHDL/-VLOG Serial Peripheral Interface (SPI) Single Master Controller Inicore AX500 306 309 8% APA150 1045 17% RT54SX32S 307 316 22%

WDmodule -NET/-VHDL/-VLOG Watchdog Timer Inicore AX500 41 70 1% APA300 305 4% RT54SX32S 41 72 4%

MC-ACT-UART -NET/-VHDL/-VLOG Generic Universal Asynchronous Receiver/Transmitter (UART) Memec Design AX500 162 268 5% APA075 747 24% RT54SX-S OR OR OR

MC-ACT-UARTF -NET/-VHDL Fast UART Memec Design AX500 104 270 5% APA075 659 21% R T54SX32S 104 274 13%

MC-ACT-UARTM -NET/-VHDL Multi-Channel Universal Asynchronous Receiver / Transmitter Memec Design AX500 765 1527 28% APA OR OR RT54SX-S OR OR OR

MC-ACT-6809 -NET/-VHDL Software Compatible 6809 CPU - 6809 Memec Design AX500 339 1577 24% APA150 2795 45% RT54SX32S 344 1625 68%

MC-ACT-SPI_F -NET/-VHDL Serial Peripheral Interface (SPI) with FIFO Memec Design AX500 143 291 5% APA075 682 22% R T54SX-S NA NA NA

Data Security – Encryption/Decryption

CoreDES -EV/-NET/-RTL DES Encryption and Decryption Actel AX125 141 601 37% APA075 1241 40% RT54SX32S 137 600 26%

Core3DES -EV/-NET/-RTL 3DES Encryption and Decryption Actel AX125 152 616 38% APA075 1336 43% RT54SX32S 146 616 26%

CoreAES128 -EV/-NET/-RTL AES Encryption and Decryption Actel AX500 525 3020 44% APA600 6121 28% RT54SX-S NA NA NA

CS5010 -NET/-RTL Ultra Compact DES/3DES Encryption and Decryption Processor Amphion AX500 545 1151 21% APA150 2433 40% RT54SX-S NA NA NA

CS5020 -NET/-RTL Compact DES/3DES Encryption and Decryption Processor Amphion AX500 735 1715 30% APA150 3542 58% RT54SX-S NA NA NA

CS5030 -NET/-RTL High Speed DES/3DES Encryption and Decryption Processor Amphion AX500 1212 3116 54% APA300 6445 79% RT54SX-S NA NA NA

CS5040 -NET/-RTL Ultra High Speed DES/3DES Encryption and Decryption Processor Amphion AX1000 4162 7179 63% APA600 15257 71% RT54SX-S NA NA NA

CS5210 -NET/-RTL Standard AES Encryption Processor Amphion AX500 1056 3323 54% APA750 7956 24% RT54SX-S NA NA NA

CS5220 -NET/-RTL Compact AES Encryption Processor Amphion AX500 762 2778 44% APA750 6670 20% RT54SX-S NA NA NA

CS5230 -NET/-RTL High Speed AES Encryption Processor Amphion AX1000 739 6193 38% APA750 14179 43% RT54SX-S NA NA NA

CS5250 -NET/-RTL Standard AES Decryption Processor Amphion AX500 1063 3570 57% APA750 8291 25% RT54SX-S NA NA NA

CS5260 -NET/-RTL Compact AES Decryption Processor Amphion AX500 920 3028 49% APA1000 7249 13% RT54SX-S NA NA NA

CS5270 -NET/-RTL High Speed AES Decryption Processor Amphion AX1000 750 7162 44% APA1000 14843 26% RT54SX-S NA NA NA

Tiny AES-ED -NET/-VHDL/-VLOG Tiny AES Encryptor and Decryptor Helion AX500 554 646 15% APA300 1795 22% RT54SX-S NA NA NA

Tiny AES-E -NET/-VHDL/-VLOG Tiny AES Encryptor Helion AX500 546 614 14% APA300 1739 21% RT54SX-S NA NA NA

Tiny AES-D -NET/-VHDL/-VLOG Tiny AES Decryptor Helion AX500 OR OR OR APA300 OR OR RT54SX-S NA NA NA

Standard AES-ED -NET/-VHDL/-VLOG Standard AES Encryptor and Decryptor Helion AX500 1019 1767 35% APA600 5480 25% RT54SX-S NA NA NA

Standard AES-E -NET/-VHDL/-VLOG Standard AES Encryptor Helion AX500 664 1104 22% APA600 2498 12% RT54SX-S NA NA NA

Standard AES-D -NET/-VHDL/-VLOG Standard AES Decryptor Helion AX500 OR OR OR APA600 OR OR RT54SX-S NA NA NA

Fast AES-ED -NET/-VHDL/-VLOG Fast AES Encryptor and Decryptor Helion AX1000 727 4145 27% APA600 7598 35% RT54SX-S NA NA NA

Fast AES-E -NET/-VHDL/-VLOG Fast AES Encryptor Helion AX1000 521 1622 12% APA600 3238 15% RT54SX-S NA NA NA

Fast AES-D -NET/-VHDL/-VLOG Fast AES Decryptor Helion AX1000 OR OR OR APA600 OR OR RT54SX-S NA NA NA

Memory Controllers

CoreSDRAM -EV/-RTL Single Data Rate SDRAM Controller Actel AX125 90 205 15% APA075 468 15% RT54SX32S 86 205 10%

MC-ACT-DMA -NET/-VHDL/-VLOG Customizeable DMA Controller Memec Design AX500 105 86 2% APA075 292 10% RT54SX-S OR OR OR

MC-ACT-SDRAMDDR -NET/-VHDL Double Data Rate SDRAM Controller (PC133) Memec Design AX500 609 559 14% APA NA NA RT54SX-S NA NA NA

SDR SDRAM -NET/-VHDL/-VLOG High-Speed Single Data Rate SDRAM Controller MorethanIP AX500 300 225 7% APA300 660 8% RT54SX-S NA NA NA

Multimedia & Error Correction

M-JPEG Enc -NET/-VHDL M-JPEG Encoder 4i2i AX1000 2898 6564 52% APA NA NA RT54SX-S NA NA NA

M-JPEG Dec -NET/-VHDL M-JPEG Decoder 4i2i AX1000 2480 5563 44% APA NA NA RT54SX-S NA NA NA

Conv Enc -NET/-VHDL/-VLOG Convolutional Encoder (Configurable) 4i2i AX125 31 29 3% APA075 798 26% R T54SX32S 31 29 2%

Viterbi Dec -NET/-VHDL/-VLOG Viterbi Decoder (Configurable) 4i2i AX500 1016 1246 28% APA450 5161 42% RT54SX72S 1012 1823 47%

Conv Enc / Viterbi Dec -NET/-VHDL/-VLOG Convolutional Encoder and Viterbi Decoder (Configurable) 4i2i AX500 1050 1273 29% APA450 5284 43% RT54SX72S 1041 1851 48%

RS Enc -NET/-VHDL/-VLOG Reed-Solomon Encoder (Configurable) 4i2i AX125 154 337 24% APA075 799 26% RT54SX32S 154 337 17%

RS Dec -NET/-VHDL/-VLOG Reed-Solomon Decoder (Configurable) 4i2i AX500 1168 3591 59% APA450 8601 70% RT54SX72S 1169 3534 78%

RS Enc / Dec -NET/-VHDL/-VLOG Reed-Solomon Encoder and Decoder (Configurable) 4i2i AX500 1322 3925 65% APA450 9462 77% RT54SX72S 1323 3871 86%

CS6411 -NET/-RTL YUV-to-RGB Color Space Converter Amphion AX500 118 222 4% APA450 1150 9% RT54SX72S 127 449 10%

JPEG_Fast_C -NET/-VHDL/-VLOG Fast JPEG Codec Core CAST AX2000 7283 18876 81% APA NA NA RT54SX-S NA NA NA

JPEG_Fast_E -NET/-VHDL High Performance JPEG Encoder Core CAST AX1000 4313 11550 87% APA NA NA RT54SX-S NA NA NA

JPEG_Fast_D -NET/-VHDL High Performance JPEG Decoder Core CAST AX1000 4393 9905 79% APA NA NA RT54SX-S NA NA NA

JPEG2K_E -NET/-VHDL/-VLOG JPEG 2000 Encoder Core CAST AX2000 19073 8093 84% APA NA NA RT54SX-S NA NA NA

MC-ACT-DVBMOD -NET/-VHDL Digital Video Broadcast (DVB) Modulator Memec Design AX500 834 1774 32% APA NA NA RT54SX-S NA NA NA

MC-ACT-RSENC -NET/-VHDL/-VLOG Reed-Solomon Encoder Memec Design AX500 256 318 7% APA075 1032 34% RT54SX-S NA NA NA

NA – Core not available for these devices OR – Core for these devices available On Request. Contact Actel or Supplier for more information. Contact each Supplier directly for evaluation models, RTL source code formats, core pricing, licensing, delivery and support.

Example Implementation

Axcelerator ProASICPLUS RT54SX-S

Part Number Format Description Supplier Device Seq. Comb. Util. % Device Tiles Util. % Device Seq. Comb. Util. %

PCI

Core1553BBC

PCI

Platform8051

PCI

Core1553BRT

PCI

CorePCI

• PCI specification 2.2 compliant

• Zero wait-state burst mode transfers

• Silicon-proven 33 or 66 MHz

performance

• 32-bit or 64-bit PCI bus

• Backend support options for synchr onous

DRAM, SRAM, and generic I/O subsystems

• Flexible backend data flow control

• MIL-STD-1553B compliant

• Certified to RT validation test plan

MIL-HDBK-1553 Appendix A

• Connect backend interface to memory

or directly to system devices

• Interfaces to standard external

transceivers

• Selectable clock rate of 12 MHz

or 16 MHz

• Compatible with legacy remote

terminal systems

• Supports a range of commercial,

industrial, military, and space

environments

• Low-power operation

• Supports MIL-STD-1553B

• Interfaces to standard 1553B

transceivers

• Selectable clock rate of 12 MHz,

16 MHz, 20 MHz, or 24 MHz

• Encoder, decoder and backend

interface identical to Core1553BRT

• Connect backend interface to memory

or directly to system devices

• Synchronous or asynchronous

backend interface

• Supports up to 128kbytes of memory

• Fully automated message scheduling

• Supports a range of commercial,

industrial, military, and space

environments

• Low-power operation

IP SolutionsActel

Memory

BusA

BusB

Encoder Protocol

Controller

Backend Interface

CPU Interface

and Registers

Decoder

Core

SDLC Core

16X50 Core

I2CCore

SPI

Platform8051

Core8051

APB

Core

10/100 Optional

Base Element

RAM

ROM

•Modular 8-bit microprocessor platform speeds system design

•Available as individual cores, as a group or as a complete set

•Supports most Actel device families

Backend

Interface Memory

RT Protocol

Controller

Command

Legalization

DecoderBusB

Decoder

EncoderBusA

Command

Decoder

CPU Bridge Ethernet

SCSIVideo

Actel PCI Cores

CPU

PCI Bus

Master Target

Master

Target

DMA

Target

PCI

CoreI2C

PCI

Core8051

• Multimaster operation with arbitration

and clock synchronization

• Slave transmit and receive operation

• Support for reads, writes, burst reads,

burst writes, and repeated start

• User-defined timing and clock frequency

• Fast mode and standard mode operation

• Compatible with popular protocols

PCI

CoreSDLC

PCI

Core10/100

• Ethernet media access controller

• Data controller has a built-in DMA

engine with selectable 8-, 16-, or 32- bit

data-bus width

• Supports 10/100 Mb/s half/full duplex

operations

• Supports CSMA/CD defined by IEEE

802.3 standard

• High-speed serial communcations

controller

• Implements synchronous data-link

control protocol

• Useful for embedded systems,

frame relay and X.25 networks, and

ISDN D-Channel applications

• Full or half duplex operation

• Variable baud rate

Transmit Control

Special Function

Host

Interface

Transmit FIFO

Transmit

Interface

Receive

Interface

Receive Control

Receive FIFO

Special Function

Input Data

Shift Register

Output Data

Shift Register

Arbitration and

Synchronization Logic

Serial Clock

Generator

Host

Interface

Serial

Data

Serial

Clock

DATA Contoller

Transmit Data RAM

Receive Data RAM Address RAM

Receive

Control

Control & Status

Registers and

Control Logic

Transmit

Control Transmit

MII

Data

Interface

Control

Interface

Receive

MII

Serial

Channel

Core8051 8051 Main Engine

Power

Management Interupt

Service

Ports Timer_0_1

Arithmetic

Logic

Unit

RAM_SFR

Control Control

Unit Memory

Control

Clock

Control

Fetch

Instr

Cycle

Fetch

Instr

Cycle

Fetch

Instr

Cycle

• 100% 80C51/80C31/8051 (ASM51)

instruction-compatible

• Single-cycle instruction execution

• 8-bit arithmetic logic unit

• Four 8-bit programmable

input/output ports

• One programmable serial port

• Two 16-bit timer/counters

• Four priority-level interrupt controller

• 256-byte internal data memory interface

• 64 kilobyte external program and data

memory interfaces

PCI

VME Controllers and Peripheral IP

IP SolutionsActel

PCI

CoreAES128

PCI

CoreDES/Core3DES

CoreDES

• Implements Data Encryption Standard

per NIST FIPS PUB 46-3

• Supports 56-bit key size

• Data rates of up to 500 Mbps

• 16 clock-cycle operation

• 64-bit encryption and decryption

Core3DES

• Implements Triple Data Encryption

Standard per NIST FIPS PUB 46-3

• Supports 168-bit key size

• Data rates of up to 170 Mbps

• 48 clock-cycle operation

• 64-bit encryption and decryption

PCI

CAN Controller with FIFO

• CAN 2.0B, 1 Mbps

• Extremely small footprint—three

times smaller than comparable

CAN core solutions

• Fully synchronous design

• AMBA (APB) compliant interface

• Independent clocks for APB and

XCAN

• Implements Advanced Encryption

Standard per NIST FIPS PUB 197

• Supports 128-bit key size

• Data rates of up to 300 Mbps

• 44 clock-cycle operation

• 128-bit encryption and decryption

INTCmod

TIMERmod

GPIOmod

UARTmod

User Decode

VMEchip

VME Slave

Controller

on-chip bus

Bus Bridge

VMEbus

• ANSI/VITA 1-1994 compliant

• Flexible VME slave controllers

• VME64 data modes: D8, D16, D32

• VME64 address modes: A16, A24, A32

• VME64 supports read, write,

read-modify-write and MBLT cycles

• VME64 interrupters: D8, D16, D32,

RORA, ROAK

• Fully synchronous user side interface

• User selectable wait-states

• Synchronous design

CAN

Physical Layer

Driver

CAN Bus

XCANF

CAN Framer (CAN 2.08)

RX-/TX-Message FIFO

µP Interface (APB)

µP Bus

Data Schedule LogicData In

Cipher Key

Data Out

Data Valid

Key Expanded

State Correlator

Key Schedule Logic

Key

Expansion

Logic

Data Schedule LogicData In

Cipher Keys

(K1, K2, K3)

Parity Enable

Data Out

Cipher Key

Select Lines

Parity Error

Iteration State Machine

Key Schedule Logic

Parity Check Logic

PCI

Platform8051 Development Kit

PCI

CorePCI, Core1553BRT, and Core1553BBC

Evaluation Boards

All Boards

• PCI Card with a socketed A54SX32A-

BG329 device

• 2 off-chip SSRAM Memory (64K X 18)

• RS232 port

• Silicon Explorer connector

• Software Drivers for Windows XP, 2000,

NT, 98

CorePCI Board

• 33 MHz / 32 bit PCI with target + DMA

+ SDRAM controller functionality

• 128 MB SDRAM DIMM

Core1553BRT Board

• Core1553BRT board has CorePCI

target and Core1553BRT functionality

• Transceiver, transformers, and coaxial

connectors included

Core1553BBC Board

• Core1553BBC board has CorePCI

target and Core1553BBC functionality

• Transceiver, transformers and coaxial

connectors included

Board

• APA600 FG676

• Modular with daughter card area

Demonstration Design

• Web server application

• Uses Core8051 and Core10/100

Software

• Libero Platinum Evaluation

• First Silicon Solutions debugger

• Keil IDE evaluation

• Web server example code

Cables

• Category 5 (Ethernet)

• Category 5 crossover

• RS232

• Universal power supply

Actel sales representatives can be your interface for an FPGA design by coordinating the purchase of silicon, Actel’s

Libero™Integrated Design Environment (IDE) tool suite, intellectual proper ty, and design services. Actel ’s wor ld-class

technical suppor t can also help you integrate IP into your design.

© 2003 Actel Corporation. All rights reser ved. Actel, the Actel logo, the FuseL oc k logo, and Libero are trademarks of Actel Corporation. All other brand or product names are the propert y of their owners. 51900036-2/11.03

Actel Corporation

2061 Stierlin Court

Mountain View, CA

94043-4655 USA

Telephone 650.318.4200

Facsimile 650.318.4600

Actel Europe Ltd.

Dunlop House, Riverside Way

Camberley, Surrey GU15 3YL

United Kingdom

Telephone +44 0 1276.401450

Facsimile +44 0 1276.401490

Actel Japan

EXOS Ebisu Building 4F

1-24-14 Ebisu Shibuya-ku

Tokyo 150, Japan

Telephone +81 0 3.3445.7671

Facsimile +81 0 3.3445.7668

For a full listing of device families suppor ted and recent changes to Actel’s IP product line up, visit our website at www.actel.com

www.actel.com

Actel Hong Kong

39th Floor

One Pacific Place

88 Queensway

Admiralty, Hong Kong

Telephone 852.22735712

IP SolutionsActel