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1. MPC7410 MPC750 or MPC755 microprocessor with 32KB 32KB L1 cache Up to 2MB of secondary backside cache 100 MHz frontside bus Up to 512M B of on board ECC SDRAM expandable up to 1GB with optional RAM500 memory expansion modules 17MB flash memory Dual IEEE P1386 1 compatible 32 64 bit PMC expansion slots 64 bit PCI expansion mezzanine connector allowing up to four more PMCs Dual 16550 compatible async serial ports Dual 10BaseT 100BaseTX Ethernet 32KB NVRAM and time of day clock with replaceable battery backup Four 32 bit timers and one watchdog timer On board debug monitor Single VME slot even when fully configured with two PMC modules and both add on memory mezzanines The MVME5100 series utilizes the PowerPlus II Architecture to support full PCI throughput of 264M B s without starving the processor from its memory The extended temperature versions of the MVME5100 series offer hardware and software compatible products to enhance the existing MVME5100 product Versions are available that oper ate at extended temperature ranges of 20 to 71 C vs 0 to 55 C forthe already existing commercial versions MOTOROLA The temperature range is advantageous to OEMs that require extended operating temperatures for their equipment The MVME5100 is designed to meet the needs of OEMs servicing the defense and aero space industrial automation and medical market segments Commercial Temp2. 0161 512MB ECC SDRAM 17MB flash and 1MB L2 cache Scanbe 5E MVME51005E 0163 512MB ECC SDRAM 17MB flash and 1MB L2 cache IEEE 5E 400 M Hz MPC755 Extended Temperature Models MVME5106 1161 512MB ECC SDRAM 17MB flash and 1MB L2 cache Scanbe MVME5106 1163 512MB ECC SDRAM 17MB flash and 1MB L2 cache IEEE 500 M Hz MPC7410 Commercial Models MVME51105E 2161 500 MHz MPC7410 512MB ECC SDRAM 17MB flash and 2MB L2 cache Scanbe 5E MVME51105E 2163 500 MHz MPC7410 512M B ECC SDRAM 17MB flash and 2MB L2 cache IEEE 5E MVME51105E 2261 500 MHz MPC7410 512MB ECC SDRAM 17MB flash and 2MB L2 cache Scanbe 5E MVME51105E 2263 500 MHz MPC7410 512M B ECC SDRAM 17MB flash and 2MB L2 cache IEEE 5E 500 M Hz MPC7410 Extended Temperature M odels MVME5107 2161 512MB ECC SDRAM 17MB flash and 2MB L2 cache Scanbe MVME5107 2163 512MB ECC SDRAM 17MB flash and 2MB L2 cache IEEE MVME712M Compatible I O IMPC7126E 002 Multifunction rear I O PMC module 8 bit SCSI Ultra Wide SCSI one parallel port three async and one sync async serial ports MVM E712M 6E Transition module connectors One DB 25 sync async serial port three DB 25 async serial port one AUI connector one D 36 parallel port and one 50 pin 8 bit SCSI includes 3 row DIN P2 adapter module and cable MVME761 Compatible I O IPMC7616E 002 Multifunction rear I O PMC module 8 bit SCSI one parallel port two async and two sync async serial ports MVME7616E 001 Transition
3. module Two DB 9 async serial port connectors two HD 26 sync async serial port connectors one HD 36 parallel port connector one RJ 45 10 100 Ethernet connector includes 3 row DIN P2 adapter module and cable for 8 bit SCSI MVME7616E 011 Transition module Two DB 9 async serial port connectors two HD 26 sync async serial port connectors one HD 36 parallel port connector and one RJ 45 10 100 Ethernet connector includes 5 row DIN P2 adapter module and cable for 16 bit SCSI requires backplane with 5 row DIN connectors SIM 232DCE5E EIA 232 DCE Serial Interface Module 5E SIM232DTE5E EIA 232 DTE Serial Interface Module 5E Related Products PM CSPAN16E 002 PMCSPAN 002 with original VME Scanbe ejector handles 5E PM CSPAN16E 010 PMCSAN 010 with original VME Scanbe ejector handles 5E RAM5005E 006 Stackable top 256MB ECC SDRAM mezzanine 5E RAM5005E 016 Stackable bottom 256MB ECC SDRAM mezzanine 5E Documentation V5100A IH MVME5100 Installation and Use V5100A PG Programmer s Reference Guide VM E761A IH MVM E761 Transition Module Installation and Use VM E712MA IH MVME712 Transition Module Installation and Use PPCBUGA1 UM PPCBug Firmware Package User s Manual volumes one and two PPCBUGA2 UM PPCDIAA UM PPCBug Diagnostics Manual Documentation is available for online viewing and ordering at www motorola com computer literature MVME5100 7 RoHS Status The commercial temperature mod
4. s 16 bit mode Note 16 bit SCSI operation precludes the use of some _ PMC slot 2 signals SYNCHRONOUS SERIAL PORTS Number of Ports Two IPMC761 one IPMC712 _ Configuration IPMC761 TTL to P2 both ports SIM configurable on MVM E761 IPMC712 EIA 232 to P2 Baud Rate bps max 2 5M sync 38 4K async Oscillator Clock Rate PCLK 10 MHz 5 MHz I O CONNECTORS MVME761 Asynchronous Serial Ports and COM2 Two DB 9 labeled as COM1 ASYNCHRONOUS SERIAL PORTS Controller 16C550 UART 85230 8536 Number of Ports Two IPMC761 three IPMC712 Configuration EIA 574 DTE IPMC761 EIA 232 IPMC712 Async Baud Rate bps max 38 4K EIA 232 115Kbps raw PARALLEL PORT E E a Configuration 8 bit bi directional full IEEE 1284 support Centronics compatible minus EPP and ECP on MVME712M oo eA Ah ine nage E POWER REQUIREMENTS Additional power load placed on MVME5100 series with IPMC installed 45V 5 12V 10 12V 10 MVME5100 3 8A max 8 0mA typ 2 0mA typ 3 0A typ MVME5106 3 8Amax 80mAtyp 2 0mAtyp 2 6A typ Se e ae oe oe 3 5A typ MVME5110 21xx 3 8A max 8 0mAtyp 2 0mAtyp 3 1A typ MVMES110 22xx 4 7Amax 8 0mAtyp 2 0mAtyp 3 5A typ MVME712M Three DB 25 labeled Serial 1 Serial 2 and Serial 3 Parallel Port Ethernet SCSI A PE o A PEES and Serial 4 user configurable via installation of SIM s two 60 pin connectors on MVM E761 planar for installatio
5. IA 232 EIA 530 V 35 or X 21 DCE or DTE via the installation of Motorola Serial Interface Modules SIMs A P2 adapter board provides interface signals to the MVME761 transition module Two separate P2 adapter boards are available one for 3 row backplanes and one for 5 row backplanes The 3 row P2 adapter board provides connection for 8 bit SCSI A 5 row P2 adapter board supports 16 bit SCSI and PMC I O The MVME712M transition module provides industry standard connector access to the Centronics parallel port a narrow SCSI port and four DB 25 connectors providing access to the asynchronous synchronous serial ports jumper configurable as EIA 232 DCE or DTE A P2 adapter board provides interface signals to the MVME712M transition module The 3 row P2 adapter board also provides connection for 8 bit SCSI To gain access to the additional user definable I O pins provided via the 5 row VM E64 extension connector a special P2 adapter board is available This adapter panel replaces the traditional 3 row P2 adapter board and extends its capability by providing access to the PMC I O pins FIRMWARE MONITOR Firmware must fulfill the traditional functions of test and initialization and provide operating system boot support The MVME5100 firmware monitor exceeds these requirements with a proven monitor from the embedded VME leader It expands features like power up tests with extensive diagnostics as well as a powerful evaluation and debug tool for simple che
6. MPC7410 MPC750 MPC755 Clock Frequency 500MHz 450MHz 400MHz On chip Cache 1 D AAKRE 32K 32K Secondary Cache 2MB 1MB 1MB MAIN MEMORY Type PC100 ECC SDRAM with 100 MHzbus Capacity Up to 512MB on board expandable to 1GB with RAM500 memory mezzanines Single Cycle Accesses 10 Read 5 Write Read Burst Mode 7 1 1 1 idle 2 1 1 1 aligned page hit Write Burst Mode 4 1 1 1 idle 2 i 1 1 aligned page hit l Architecture 64 bit Single interleave FLASH MEMORY Type EEPROM on board programmable Capacity 1M B via atwo 32 pin PLCC CLCC sockets 16M B surface mount Read Access 16MB port 70 clocks 32 byte burst Read Access 1MB port 262 clocks 32 byte burst NVRAM Capacity 32KB 4KB available for users Cell Storage Life 50 years at 55 C Cell Capacity Life 5 years at 100 duty cycle 25 C Ba Removable Battery Yes VMEBUS ANSI VITA 1 1994 VME64 IEEE STD 1014 Controller Tundra Universe DTB Master A16 A32 D08 D64 BLT DTB Slave A24 A32 D08 D64 BLT UAT Arbiter RR PRI Interrupt Handler Generator IRQ 1 7 Any one of seven IRQs System Controller Yes jumperable or auto detect Location Monitor Two LMA32 COUNTERS TIMERS TOD Clock Device M48T37V Real Time Timers Counters Four 32 bit programmable Watchdog Timer Time out generates reset AKAK ETHERNET INTERFACE Controller Two Intel 82559ER E ae A a EAER PCI Local bus DMA Yes with PCI burst Co
7. ckout or when high level development debuggers require additional support All this is included with the MVME5100 firmware plus it supports booting both operating systems and kernels OPERATING SYSTEMS AND KERNELS MVME5100 supports booting a variety of operating systems including VxWorks from Wind River Systems Inc Integrity from Green Hills and Linux from a variety of partners DIAGNOSTIC SOFTWARE Motorola Built In Test MBIT is an off the shelf software infrastructure designed to verify the correct operation of Motorola hardware and enable the incorporation of system level diagnostics A comprehensive User Manual with software development guidelines is provided on MBIT s CD ROM Two versions of MBIT are available and are compatible with Wind River Systems Tornado 2 1 Board level MBIT is a comprehensive diagnostic software package designed to verify the performance of board mounted logic devices All tests can execute at boot up and selected tests can run continuously in the background of user applications An API is included to provide access to test results and to modify and control the operation of device tests System level MBIT includes all functionality and API function calls of the board level version and enables system wide testing System Level MBIT provides a framework and additional API function calls to support the inclusion of software designed to test custom hardware and or system components MVME5100 3 PROCESSOR
8. els of this product MVME5100 and MVM E5110 are 5 6 RoHS compliant Reference the Ordering Information on page 7 for part numbers and options available The extended temperature models of this product MVME5106 and MVM E5107 will continue to be offered as a0 6 ROHS compliant prod uct through March 2007 SOLUTION SERVICES Sales Offices MOTOROLA Motorola provides a portfolio of solution services optimized to meet your needs throughout the product lifecycle Design services help speed time to market Deployment services include global 24x7 technical support Renewal services enable product longevity and technology refresh And solution extras include enhanced warranty and repairs Tel Aviv Israel 972 3 568 4385 Shanghai China 86 215292 5693 Tokyo J apan 813 5424 3101 Hong Kong China 852 2966 3209 Paris France 33 169 35 25 88 Munich Germany 49 89 608 14 0 Loughborough UK 44 1509 634300 This document identifies products their specifications and their characteristics which may be suitable for certain applications It does not constitute an offer to sell or acommitment of present or future availability and should not be relied upon to state the terms and conditions including warranties and disclaimers thereof on which Motorola may sell products A prospective buyer should exercise its own independent judgment to confirm the suitability of the products for particular applications Motorola reserves the right to ma
9. erature Version SDRAM Expansion L2 Cache 256MB 1 or 2MB SDRAM Expansion Processor 64 or 256MB MPC7410 MPC750 MPC755 ECC SDRAM Up to 512MB Hawk ASIC 100 MHz Memory Bus 64 bit 33 MHz Local PCI Bus Ethernet 82559ER PCI VME Ethernet Expansion Universe2B 82559ER D ge E 2 ee a go N P2 P1 OVERVIEW I O COMPATIBILITY Historically Motorola has offered two tracks in its PowerPC Architecture VME portfolio The first track which includes the MVME2600 2700 provides typical single board computer I O features including Ethernet SCSI multiple serial ports a parallel port and a single PMC slot The on board I O is routed to P2 and made available to the user via Motorola MVME761 or MVME712M transition boards The second track which includes the MVME2300 2400 offers limited on board I O Ethernet and a single serial port both via the front panel but provides dual PMC slots enabling maximum user I O customization The MVME5100 merges the best features of both tracks enabling the OEM to support varying I O requirements with the same base platform simplifying part number maintenance technical expertise requirements and sparing P2 I O MODES The MVME5100 supports two jumper configurable P2 I O modes PMC and IPMC PMC mode is backward compatible with the MVME2300 MVM E2400 In PMC mode 64 pins from PMC slot 1 and 46 pins from PMC slot 2 are available onP2 for PMC rear I O In IPMC mode the MVM E5100 supports
10. ke changes without notice to any products or information herein which will in its sole discretion improve reliability function or design Motorola does not assume any liability arising out of the application or use of any product or circuit described herein neither does it convey any license under its patent or other intellectual property rights or under others This disclaimer extends to any prospective buyer and it includes Motorola s licensee licensee s transferees and licensee s customers and users Availability of some of the products and services described herein may be restricted in some locations www motorola com computing MOTOROLA and the Stylized M Logo are registered in the U S Patent and Trademark Office PowerPC is a trademark of IBM Corp and used under license Intel is a registered trademark of Intel Corporation or its subsidiaries in the U S and other countries All other product or service names are the property of their respective owners Motorola Inc 2006 MVME5100 D16 06 06
11. legacy MVM E761 or MVME712M 1I O modules with limited PMC I O when an IPM C761 or IPMC712 PMC card is populated in PMC slot 1 In this configuration PMC slot 2 contains some signals that are reserved for extended SCSI IPMC MODULES The IPMC761 and IPM C712 are optional add on PMC modules that provide backward compatibility with previous generation Motorola products such asMVME2600 and MVM E2700 using the MVME761 orMVME712M transition board IPM C modules provide rear I O support for the following PMC P11 amp P12 One single ended Ultra Wide SCSI port Super I O ESCC PEPPI OTT EEE TA TEEN National 85230 One para llel port Four serial ports 2 or 3 async and 1 or 2 sync async With this PMC card configuration the memory SER3 Sync 761 Async 712 16 bit SCSI SER4 Sync Parallel mezzanine one PMC slot and the PMCspan are still available providing support for OEM product PMC P14 amp P15 customization 2 MVME5100 SOFTWARE SUPPORT TRANSITION MODULES The MVME761 transition module provides industry standard connector access to the IEEE 1284 parallel port a 10BaseT or 100BaseT port via an RJ 45 connector two DB 9 connectors providing access to the asynchronous serial ports configured as EIA 574 DTE and two HD 26 connectors providing access to the sync async serial ports These serial ports labeled as Serial 3 and Serial 4 on the faceplate of the MVME761 are individually user configurable as E
12. n of two SIMs HD 36 Centronics compatible 10BaseT or 100BaseTX RJ 45 8 or 16 bit 50 or 68 pin One DB 25 labeled as Serial4 D 36 Centronics compatible ee 8 bit standard SCSI D 50 connector via P2 adapter MVME5100 5 ALL MODULES 6 MVME5100 ENVIRONMENTAL Minimum of 400 LFM of forced air cooling is recommended for operation in the higher temperature ranges Operating Non operating paar PEro E Temperature 0 C to 455 C 40 C to 85 C inlet air temp w forced air cooling T ot EEE E A deskathahe Temperature 20 C to 71 C 40 C to 85 C nT er a or cure See oe Me vata r a OPEET res eres 20 2000 Hz 20 2000 Hz random random ELECTROMAGNETIC COMPATIBILITY EMC Intended for use in systems meeting the following regulations This product was tested in a representative system to the following standards CE Mark per European EMC Directive 89 336 EEC with Amendments Emissions EN55022 Class B Immunity EN55024 SAFETY All printed wiring boards PWBs are manufactured with a flammability rating of 94V 0 by UL recognized manufacturers DEMONSTRATED MTBF based on asample of eight boards in accelerated stress environment 95 Confidence 107 681 hours ORDERING INFORMATION All models of the MVME51xx are available with either VME Scanbe front panel xxx1 or IEEE 1101 compatible front panel xxx3 Part Number Description 450 MHz MPC750 Commercial Models MVME51005E
13. nnector One routed to front panel RJ 45 one routed to front panel RJ 45 or optionally routed to P2 RJ 45 on MVME761 ASYNCHRONOUS SERIAL PORTS Controller 16C550C UART Number of Ports Two 16550 compatible Configuration EIA 574 DTE Async Baud Rate bps max 38 4K EIA 232 115Kbps raw Connector One routed to front panel RJ 45 oneon planar for development use DUAL IEEE P1386 1 PCI MEZZANINE CARD SLOTS Address Data A32 D32 D64 PMC PN1 PN2 PN3 PN4 connectors PCI Bus Clock 33MHz l l l a D E eee Power 3 3V 5V 12V 7 5 watts maximum per PMC slot Module Types Two single wide or one double wide front panel or P2 I O PCI EXPANSION CONNECTOR Fare PCI Bus Clock 33 MHz l l Soa a a Connector 114 pin connector located on the planar of the MVM E5100 POWER REQUIREMENTS not including power required by PMC or IMPC modules 5V 5 12V 10 12V 10 MVME5100 3 0Atyp 8 0mAtyp 2 0mAtyp BOARD SIZE Height 233 4 mm 9 2 in ae ee oe E E nascent Front Panel Height 261 8 mm n 10 3i in 5a Width 19 8 mm 0 8i in Max Component Height 14 8 mm 0 58 in l IPMC MODULES TRANSITION MODULES PMC INTERFACE Address Data A32 D32 D64 PMC PN1 PN2 PN3 PN4 connectors Signaling 5V Module Type Basic single wide P210 SCSI BUS Se 7 eee PCI Local Bus DMA Yes with PCI local bus burst Asynchronous 8 bit mode 5 0MB s Ultra SCSI 20 0MB s 8 bit mode 40 0M B
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