Emerson MVME5100 Series VME Bus Processor Module



Emerson MVME5100 Series VME Bus Processor Module

Product core positioning

MVME5100 is a high-performance embedded VME bus processor module launched by Emerson Network Power. Based on the PowerPlus II architecture, it is positioned as a highly reliable computing solution for "business critical" fields such as defense aerospace, industrial automation, and medical equipment. It combines the rich I/O functions of traditional single board computers with the flexibility of dual PMC expansion slots, supports multi operating system and complex peripheral adaptation, and can achieve supercomputing level performance (such as 582MB/s memory read bandwidth and 640MB/s burst write bandwidth) in a single VME slot, meeting the requirements of embedded application scenarios with strict requirements for computing power, stability, and scalability.

Key technical specifications

1. Processor and Storage System

Processor models available are MPC7410 or MPC750 PowerPC processors:

-MPC7410: 400/500 MHz, L1 cache 32KB/32KB, L2 cache 2MB

-MPC750:450 MHz, L1 cache 32KB/32KB, L2 cache 1MB

Main Memory (SDRAM) - Type: PC100 ECC SDRAM (supports error checking, improves reliability)

-Onboard capacity: up to 512MB

-Scalability: Expanded to 1.5GB through RAM500 memory mezzanine module

-Bandwidth performance: Read 582MB/s, burst write 640MB/s, supports 64 bit single interleaved architecture

Flash - Type: Programmable EEPROM

-Capacity: 17MB (including 1MB PLCC/LCC slot+16MB surface mount)

-Read performance: 16MB port 70 clock cycles (32 byte burst), 1MB port 262 clock cycles (32 byte burst)

Non volatile memory (NVRAM) - Capacity: 32KB (4KB available user space)

-Lifespan: 50 years for storage at 55 ℃, 5 years for full load operation at 25 ℃

-Backup: Equipped with replaceable batteries to prevent data loss

2. Bus and Expansion Interface

VME Bus Compatibility - Standard: ANSI/VITA 1-1994 (VME64, IEEE STD 1014)

-Controller: Tundra Universe II

-Master slave mode:

-Main mode (DTB Master): A16-A32 address, D08-D64 data, supports BLT (block transfer)

-DTB Slave mode: A24-A32 address, D08-D64 data, supports BLT and UAT (non aligned transmission)

-Arbitration: Supports RR (polling)/PRI (priority) arbitration, including 2 LMA32 position monitors

PMC Expansion Slot - Quantity: 2 IEEE P1386.1 compatible 32/64 bit PMC slots

-Bus characteristics: 33 MHz PCI clock, 5V signal, supports A32/D32/D64 address/data

-Power: Maximum 7.5W per slot, supports+3.3V/+5V/± 12V power supply

-Adaptation: 2 single width PMCs or 1 double width PMC, supporting front-end panel or P2 backplane I/O

PCI expansion connector - Type: 114 pin onboard connector

-Bus characteristics: 33 MHz clock, 5V signal, supports A32/D32/D64 address/data

-Purpose: To expand additional PCI peripherals, such as dedicated I/O modules and communication cards

3. I/O interface and communication capability

Ethernet Interface - Controller: 2 Intel 82559ER chips

-Rate: 10/100BaseTX (adaptive)

-Connection: 1 front RJ-45 port, 1 optional front RJ-45 or P2 backplane port (compatible with MVME761 adapter module)

-Function: Supports PCI burst DMA to improve data transfer efficiency

Asynchronous Serial Port - Controller: 2 16C550C UART (16550 compatible)

-Configuration: RS-232 DTE/DCE configurable

-Speed: EIA-232 maximum 38.4K bps, original mode maximum 115K bps

-Connection: 1 front RJ-45 port, 1 onboard development port

Extend I/O (via PMC/IPMC) to achieve legacy device compatibility through IPMC modules (IPMC761/IPMC712):

-SCSI: Ultra Wide SCSI (8-bit/16 bit, speed 20-40MB/s)

-Parallel port: IEEE 1284 compatible (Centronics mode)

-Synchronous/Asynchronous Serial: Up to 4 ports (2.5Mbps synchronous, 38.4K bps asynchronous)

Timer and watchdog - Real time timer: 4 32-bit programmable timers

-Watchdog timer: timeout triggers system reset, enhancing fault recovery capability

-Real time clock (RTC): M48T37V chip with battery backup

4. Power supply and environmental adaptability

Power demand (excluding PMC/IPMC) -+5V: typical 3.0A (± 5% fluctuation)

-+12V: Typical 8.0mA (± 10% fluctuation)

--12V: Typical 2.0mA (± 10% fluctuation)

-Expansion module power consumption: IPMC module increases+5V load to 3.8-4.7A (depending on model)

Environmental parameters - Operating temperature: 0 ℃~+55 ℃ (requires forced air cooling ≥ 400 LFM, necessary for high temperature range)

-Storage temperature: -40 ℃~+85 ℃

-Humidity: 5%~90% RH (without condensation)

-Vibration: 2G RMS (20-2000Hz random) during operation, 6G RMS (20-2000Hz random) during storage

Reliability (MTBF) - Mean Time Between Failures: 190509 hours (mean), 107681 hours at 95% confidence level

-PCB flame retardant rating: UL 94V-0

5. Compliance and Safety

Electromagnetic Compatibility (EMC) - Emissions: EN55022 Class B (Europe), FCC Part 15 Subpart B Class A (United States), ICES-003 Class A (Canada)

-Immunity: EN55024 (compliant with European EMC Directive 89/336/EEC)

Safety standards - Electrical safety: EN 61010, UL 508C

-Mechanical safety: EN 954-1 (requires compliant power control)

Core functions and advantages

1. High performance and high reliability

Advantages of PowerPlus II architecture: Integrated with Emerson's self-developed PCI Bridge Memory Controller ASIC (Hawk ASIC), achieving efficient collaboration between memory and PCI bus, avoiding processor "memory starvation", and ensuring full throughput of 264MB/s PCI;

ECC and fault protection: The main memory supports ECC error checking, NVRAM with battery backup, watchdog timer, and multi-dimensional fault detection (such as memory errors and bus anomalies) to reduce the risk of business interruption;

Adaptation to harsh environments: With a wide temperature range and anti vibration design, it meets the requirements of harsh scenarios such as national defense and aerospace. Its MTBF exceeds 100000 hours, making it suitable for long-term unmanned applications.

2. Flexible I/O and expansion capabilities

Dual I/O mode compatibility: The P2 interface supports two jumper configuration modes:

-PMC mode: compatible with MVME2300/2400, connecting PMC slot I/O to P2 backplane, suitable for peripheral backend connection;

-IPMC mode: Compatible with legacy MVME761/MVME712M adapter modules through IPMC761/IPMC712 modules, supporting traditional I/O such as SCSI, parallel ports, and multiple serial ports;

PMC expansion flexibility: Dual PMC slots support custom peripherals (such as dedicated communication cards and acquisition cards), which can be further increased in number with PMCSPAN expansion modules to meet complex I/O requirements;

Multi interface coverage: Native supports dual Ethernet and dual serial ports, and can be expanded to add SCSI, synchronous serial ports, parallel ports, and adapt to various types of peripherals such as industrial sensors, storage devices, and upper computers.

3. Software and ecological compatibility

Firmware and Debugging: Built in mature firmware monitoring program (PPCBug), supports power on self-test, hardware diagnosis, operating system boot, provides debugging tools and fault location functions, simplifies development and maintenance;

Operating system support: Compatible with multiple types of embedded operating systems, including Wind River VxWorks, Green Hills Integrity, Linux (third-party cooperative version), and adaptable to different real-time and functional requirements;

Legacy device compatibility: By using IPMC modules and adapter boards (MVME761/MVME712M), the I/O interfaces of traditional devices can be reused, reducing upgrade costs.

Typical application scenarios

Defense aerospace: shipborne/airborne computing units, radar signal processing, relying on their anti vibration, wide temperature characteristics, and high reliability;

Industrial automation: large-scale machine tool controllers, distributed control system (DCS) core units, utilizing their multi I/O and real-time operating system support;

Medical equipment: high-end imaging equipment (such as CT, MRI), clinical diagnostic instruments, requiring stable computing power and medical grade safety compliance;

Testing and Measurement: Automated Testing System (ATE), which extends and adapts various testing modules through PMC to achieve multi parameter acquisition and analysis.

Ordering and Supporting Information

1. Core models (taking 5E series as an example)

MVME51005E-0161/0163 MPC750（450 MHz），512MB ECC SDRAM，17MB Flash，1MB L2  Cache, for Scanbe/IEEE 1101 panels respectively

MVME51105E-2161/2163 MPC7410（400 MHz），512MB ECC SDRAM，17MB Flash，2MB L2  Cache, for Scanbe/IEEE 1101 panels respectively

MVME51105E-2261/2263 MPC7410（500 MHz），512MB ECC SDRAM，17MB Flash，2MB L2  Cache, for Scanbe/IEEE 1101 panels respectively

2. Key supporting modules

IPMC Expansion Module - IPMC7616E-002: Supports 8-bit SCSI, parallel ports, 2 asynchronous+2 synchronous/asynchronous serial ports

-IPMC7126E-002: Supports 8-bit/ultra wide SCSI, parallel ports, 3 asynchronous+1 synchronous/asynchronous serial ports

Adapter Module - MVME7616E-001: Includes DB-9/HD-26 serial port, HD-36 parallel port, RJ-45 Ethernet

-MVME712M6E: Includes DB-25 serial port, D-36 parallel port, 50 pin SCSI port

Memory expansion RAM5006E series: 128MB/256MB/512MB ECC SDRAM mezzanine module (in top and bottom stacked versions)

Serial port adaptation SIM232DCE6E/SIM232DTE6E: EIA-232 DCE/LTE serial port interface module