GE Intelligent Platforms VG5 ® Single Slot 6U CompactPCI SBC with Dual Core 32- or 64-bit Processor • 32 general purpose I/Os Three on-board 64-bit PCI buses are sup- Features ported in the dual processor version: ™ • RTC, watchdogs, temperature sensors • Dual or single MPC7457 with AltiVec , • one for 64-bit/100 MHz connection of the 867-1267 MHz • Optional -40°C to +85°C (with version processor nodes (PCI-X) 2.x or higher) • Dual chipset design for independent • one exclusively for 64-bit 33/66 MHz PCI processor nodes • Optional conduction cooling PMC site • 64 KB L1 + 256/512 KB L2 cache on-die, • High shock and vibration immunity • one for on-board VME bridge, SATA and the 2 MB L3 cache second PMC site (PCI 64/33 MHz) • Optional conformal coating • VITA 30.1-2001 and ANSI/VITA 20-2001 • Custom specific assembly versions A specific on-board programmable FPGA for compliant • RoHS compliant with version 3.x or higher peripheral functions or additional I/Os routes • IEEE Std. 1101.2-1992 and the signal to the P2 connector. This enables ANSI/VITA 20-2001 compliant The VG5 is a dual or single processor VME bus the user to add proprietary know-how or just • Up to 512 MB DDR SDRAM with ECC for computer board designed to meet the needs to expand the I/O capabilities of the board, each processor node of high-performance embedded applications. which allows immediate reaction to func- It addresses such markets as industrial auto- • Up to 256 MB flash per node tional changes without the need for a board mation, medical, scientific and aerospace re-design and shortens time-to-market. The • 2 x 128 KB NV memory where real-time and/or signal processing is FPGA programming is supported with the • Two Gigabit Ethernet ports 10/100/1000 Mb needed. Operating system support includes VG5-SDK-FPGA development kit. ® ® • Two 10/100 Mb Ethernets VxWorks, Linux and LynxOS. • SATA port Combined with custom assembly for specific The ultra compact 6U single slot, all-in-one applications, the VG5 provides optimum • Chipset integrated ultra fast SRAM (2 Mb) design with flexible memory and Flash price/performance for all kinds of OEM appli- • Two PMC extension slots configurations, and on-board peripherals cations. The VG5 rugged version addresses • VME64 interface including up to two Gigabit (VITA 31.1-compli- extreme environment applications with ant), two 10/100 Mb Ethernet ports, up to four • PCI over P0 ready optional conduction cooling, which extends high speed multi-protocol serial controllers the temperature range to -40°C to +85°C • Four multi-protocol high-speed serial (HDLC, BiSync,. . .), one serial-ATA compatible (version 2.x), increased shock and vibration controllers up to 10 Mb port, two PMC extension slots, UARTS, timer/ immunity using stiffener bars and wedge • Two serial I/O (RS232) counter and general purpose I/Os. Each pro- locks, and conformal coating. The conduc- • 8 x 32-bit timer/controller cessor node has its own memory and its own tion-cooled VG5 complies with VITA 30.1-2001 chipset with peripherals. The two nodes are • 8 x DMA channels and IEEE Std. 1101.2-1992 specifications. coupled via the 64-bit/100 MHz PCI-X bus. VG5 Dual Power Architecture® - 7457 6U VME bus Embedded Computer One Serial ATA Channel General Purpose IO and User Programmable Gate Specifications • One serial ATA with rear I/O at P0 Array for additional I/O capabilities supported by (rear I/O of PMC1 only, partially available) VME64 - Tundra Universe IID FPGA Development Kit VG5- SDK-FPGA • Industry standard CA91C142D PCI to VME bus controller • Version 3.x or higher: SIL3512 SATA controller • Up to 32 general purpose inputs/outputs (LVTTL)* with flexible programmable routing to node A or B • Previous versions: SIL3112 SATA controller • Full VME bus system controller • All inputs can generate interrupt • FIFOs for write posting, DMA controller with linked Non-Volatile Memory list support • User programmable gate array for additional I/O • 2 X 128 Kbyte non volatile memory realized with capabilities supported by FPGA development • Master/slave transfer modes serial EEPROM kit VG5-SDK-FPGA - BLT • Routes signals to the P2 connector - ADOH Ethernet - Marvell MV-64360 - RMW *PMC2 rear I/O not available in this case • Two integrated Ethernet controllers per chipset, - LOCK connected via internal crossbar (main memory, PCI Real Time Clock • A32/A24/A16 and D64(MBLT)/D32/D16/D8 buses, DMA controllers) • +5 V standby backup from VME bus backplane • Geographical addressing • One or two* 10/100/1000 Mbit/s Ethernet ports: auto negotiation interface, VITA 31.1-compliant One Watchdog Per Node Single/Dual Processor - MPC7457 • One or two* fast Ethernet ports: • 32-bit counters (16-bit useable), 500 μs to 32 s • Scaleable processor power from 867 -1267 MHz 10/100 Mbit/s auto-negotiation interface • Activates NMI and/or Reset after a programmable period ™ • Node A/B: 7457 with AltiVec technology • One or two* Gigabit channels available at P2 rear • Contact factory for latest CPU version Temperature Sensors I/O or front I/O • High efficiency onboard switching regulator (DC/DC) • SW readable from -55°C to +125°C, in 0.5°C increments • One or two* 10/100 Mbit channels at P2 rear I/O • Fanless cooling with heat sink • Three sensors: one at CPU A near top card edge,one or front I/O sensor at CPU B near bottom card edge,one sensor *Second Gigabit and second 100 Mbit channel only Performance (Estimated) near center of card w/dual node CPU Frequency SPECint95 SPECfp95 MPC7457(dual) 867 MHz 2x 37 2x 28 LED Indicators Dual PMC Extension Slot - IEEE P1386/1386.1 • Two system LED indicators, 1 user LED indicator MPC7457(dual) 1000 MHz 2x 44 2x 33 • IEEE Std. 1101.2-1992 and ANSI/VITA 20-2001 compliant MPC7457(dual) 1267 MHz 2x 57 2x 42 • PMC1 64-bit/33 MHz, 66 MHz and full rear I/O at P0 (PCI) JTAG Interface MPC7457(single) 867 MHz 37 28 • PMC2 64-bit/33 MHz and full rear I/O at P0 • Processor, VME bus controller and others MPC7457(single) 1000 MHz 44 33 (not available with front I/O COM and Ethernet) (PCI) • Onboard and rear I/O MPC7457(single) 1267 MHz 57 42 • Ready for PCI over P0 COP Interface • Trace length PMC1 I/O to P0 4 cm maximum and Cache Level 1 Level 2 Level 3 impedance controlled • Debug interface for external emulator Node A/B 7457 32+32 KB 512 KB 2 MB • Front panel and rear I/O for each processor High Speed Serial I/O - RS-232/422/485 Single/Dual Chipset - Marvell MV-64360 for each • Up to four (two per node) multi protocol serial BIT of two chipsets controllers (MPSC) MV-64360 up to 10 Mb5 each • BIT will verify hardware functional integrity • 133 MHz, 64-bit system bus • HDLC, BiSync, FM0/1, UART, transparent protocols NRZ, Styles NRZ1, FM0/1, Manchester, differential Manchester • Two 64-bit PCI buses (PCI 2.2/PCI-X) (33/66/100 MHz) (non-RoHS) C I R N • Dedicated DPLLs for clock recovery and data encoding • 32-bit, up to 133 MHz device bus for Flash, RTC, I/O Front panel √ √ √ - • 512 byte posted write and 512 byte read buffer • Three internal Baud rate generators or external clocks Front stiffener - - - - for unlimited DMA bursts between PCI busses and • RxD, TxD, RTS, CTS, CD, TxClk (in/out), RxClk (in/out) Middle stiffener - - √ √ main memory Serial I/O - RS-232/422/485 Wedge-locks - - - √ • 4X DMA controllers for memory and PCI bus transfers • Two async. 16550 compatible full duplex serial Parts soldered - - √ √ • 4X 32-bit timer/counter for system timing or RS-232 channels Extended temperature - √ √ √ periodic interrupts • High speed transfer up to 115.2 Kbaud with 2 • IO intelligent I/O support with message and door Conformal coating - - √ √ 16 byte FIFOs bell registers Conduction-cooled - - - √ • Up to four (two per node) high speed multi protocol • 2 Mbit SRAM serial controllers (MPSC) Front Panel and Rear I/O (Transition Module VTM20) External Synchronization • COM2 interface software selectable between RS-232 • PMC I/O slot 1 with full rear I/O support or partial • The internal system clock can be synchronized by and RS-422/485 configuration with serial ATA feature 1 external clock source (typically 16.66 MHz); clock COM1 UARTRS-232, max. 115 Kbit, (rear I/O P2) RxD, • PMC I/O slot 2 available in full or partial configuration range 10 to 20 MHz TxD (front) RxD, TxD, DCD, DSR, RTS, CTS, DTR, RI 1 • On request, contact factory for more information Full Partly Front COM2 M PSC (rear) full RS232 (115 Kbit) or RS422/485 3 sync/async, (front) full RS232 or RS422/485 Function PMC2-I/O PMC2-I/O Panel I/O Memory - DDR SRAM (250 Kbit) sync/async COM 1 Yes Yes Yes • 256 MB to 512 MB, 72-bit wide with error correction 1 5 1 COM3 MPSC (rear) RS422/485 sync/async, 10 Mbit COM 2 Yes Yes Yes (ECC) for each processor node COM4 UART RS2322 (rear I/O P2) RxD, TxD\, 115 Kbit COM 3 to 6 Yes Yes - • Rugged design with onboard soldered chips 2,4 5 COM5 MPSC (rear) RS422/485 sync/async, 10 Mbit 1 Gigabit Eth. Ch 1 Yes Yes Yes 2,4 5 2 2 2 Flash (Boot ROM Integrated) COM6 MPSC (rear) RS422/485 sync/async, 10 Mbit Fast Et. Ch 2 Yes Yes Front • Up to 256 Mbyte, 32-bit, high speed for processor node A Gigabit Eth. Ch 3 Yes Yes - 1 From processor node A • Up to 256 Mbyte, 32-bit, high speed for processor Fast Et. Ch 4 Yes Yes - 2 From processor node B node B. Flash is not available if VG5 is in single PMC 1 64-pin 64-pin Yes 3 PMC2 not useable node configuration. PMC 2 64-pin - Yes 4 • Boot device select for node A (Bank 1 of 2) Not available in single processor configuration Reset Reset Yes - 5 • Hardware write protection VG5 2.x: 10 Mb with clock recovery, 64 Mb with Watchdog - Yes - external clock • Rugged design with onboard soldered chips BootSel Yes Yes - VG5 1.x: 8.3 Mb with clock recovery, 64 Mb with Card Fail Yes Yes LED external clock User LED - - LED COP node 1/2 - Yes - GPIO - Yes - 1 PMC slot 2 not available with optional front I/O 2 Front or rear I/O VG5 Dual Power Architecture - 7457 6U VME bus Embedded Computer Power Requirements Block Diagram • +5 V, +3.3 V Required • ±12 V Only if required by mounted PMC module Dual Node Only Power Consumption • +5 V, +3.3 V, typical current Clock • Power measured at VxWorks prompt B-CPU L3 Cache L3 Cache A-CPU Generator MPC7455/57 2 MB 2 MB MPC7455/57 • 256 Mbyte memory, without PMC module CPU Frequency +5.0 V +3.3 V 7457 (dual) 867 MHz 3.5 A 5.7 A Temp Sensor Temp Sensor DC/DC 7457 (dual) 1000 MHz 3.9 A 5.7 A EEPROM EEPROM 7457 (dual) 1267 MHz 6.8 A 5.8 A 128 KB 128 KB 7457 (single) 867 MHz 2.0 A 3.1 A B-Chipset A-Chipset 7457 (single) 1000 MHz 2.2 A 3.1 A A-Memory MV-64360 B-Memory MV-64360 DDR w/ECC DDR w/ECC 7457 (single) 1267 MHz 3.6 A 3.1 A 512 MB PCI-X bus 512 MB 64-bit/100 MHz Mechanical • 6U, 1 slot wide (233 x 160 x 20.32) mm Temperature - (Except conduction cooled style) 2x Serial 2x Serial • For detailed information about the operating tempera- Single ture behavior of the board it is absolutely necessary to Node Ethernet 3 Ethernet 1 Only GII bus GII bus consult the manual. The highest achievable operating 1000 Mb 1000 Mb temperature depends on processor type, single or dual Ethernet 4 Ethernet 2 node, speed, altitude, ambient conditions and the type 10/100 Mb 10/100 Mb of cooling influences the board temperature range. • All values under typical conditions without a PMC module FPGA Operating Storage Dual Port RAM Glue Logic VME64 Bridge PMC 1 Standard 0°C to +70°C -40°C to +85°C 32-bit GPIO 64-bit/33 MHz 64-bit/66 MHz 1 Watchdog Timers Extended -40°C to +85°C -40°C to +85°C PCI 1 with version 2.x A-Flash SATA Humidity 256 MB 32-bit/33 MHz • Operating: 5 - 95 % @ 40°C • Storage: 5 - 95 % @ 40°C B-Flash PCI via RTC 256 MB P0 Ready • Non-condensing PMC 2 64-bit/33 MHz Altitude PCI B-UART A-UART • Operating: 15,000 ft. (4.5 km) • Storage: 40,000 ft. (12 km) • Vacuum for conduction cooled board (contact factory) Shock (3 axis, up & down, 5 hits/direction) • Style C, I, 1, 3: 12 g/6 ms • Style R, 6: 20 g/6 ms • Style N, 8: 100 g/6 ms, 40 g/11 ms Vibration (30 minutes each axis) • Style C, I, 1, 3: 2 g rms @ 5 to 100 Hz • Style R, 6: 2 g rms @ 5 to 2000 Hz • Style N, 8: 14 g rms @ 5 to 2000 Hz MTBF • Calculations are available in accordance with MIL-HDBK-217 FN2 About GE Intelligent Platforms Safety • All PWBs are manufactured with flammability rating GE Intelligent Platforms, a General Electric Company (NYSE: GE), is an experienced high-performance of 94V-0 by UL recognized manufacturer technology company and a global provider of hardware, software, services, and expertise in automation • Designed to meet standard UL 60950 and embedded computing. We offer a unique foundation of agile, advanced and ultra-reliable technology that provides customers a sustainable advantage in the industries they serve, including energy, water, consumer packaged goods, government and defense, and telecommunications. GE Intelligent Platforms is a worldwide company headquartered in Charlottesville, VA and is part of GE Home and Business Solutions. For more information, visit www.ge-ip.com. GE Intelligent Platforms Contact Information Americas: 1 800 433 2682 or 1 434 978 5100 Global regional phone numbers are listed by location on our web site at www.ge-ip.com/contact defense.ge-ip.com ©2010 GE Intelligent Platforms, Inc. All rights reserved. All other brands or names are property of their respective holders. Specifications are subject to change without notice. 02.12 GFA-782A B-PCI bus 64-bit/33 MHz B-Device bus 32-bit A-Device bus 32-bit A-PCI bus 64-bit/66 MHz