MVME147-010
May 15, 2026

MVME147-010

The MVME147‑010 is a high‑performance 6U VME64 single‑board computer based on the Motorola MC68030 32‑bit processor with MC68882 floating‑point coprocessor. It integrates CPU, FPU, memory, multi‑channel serial I/O, parallel port, SCSI interface, timers, and battery‑backed RTC. Designed as a VMEbus master/slave controller, it is widely used in legacy industrial automation, process control, military/aerospace, and real‑time embedded systems. Note: MVME147‑010 is the base model (no Ethernet, no memory parity).

Description

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1. General Description

The MVME147‑010 is a high‑performance 6U VME64 single‑board computer based on the Motorola MC68030 32‑bit processor with MC68882 floating‑point coprocessor. It integrates CPU, FPU, memory, multi‑channel serial I/O, parallel port, SCSI interface, timers, and battery‑backed RTC. Designed as a VMEbus master/slave controller, it is widely used in legacy industrial automation, process control, military/aerospace, and real‑time embedded systems.
Note: MVME147‑010 is the base model (no Ethernet, no memory parity).

2. Key Features

  • Processor:

    • MC68030 @ 16 MHz (32‑bit, MMU, cache)

    • MC68882 FPU @ 16 MHz (onboard floating‑point)

  • Memory:

    • DRAM: 4 MB standard (no parity, non‑expandable on 010)

    • EPROM: 4 × 32‑pin sockets, up to 4 MB total (16‑bit wide)

    • SRAM: 4 KB battery‑backed (data retention)

    • RTC: Battery‑backed time‑of‑day clock/calendar

  • Onboard I/O:

    • 4 × RS‑232‑D serial ports (Z8530 controller)

    • 1 × 8‑bit Centronics parallel printer port

    • 1 × SCSI interface (WD33C93, DMA capable)

    • No Ethernet (MVME147‑010 specific)

  • VMEbus Interface:

    • Compliance: ANSI/VITA 1‑1994 VME64 (IEEE 1014)

    • Address: A16/A24/A32

    • Data: D08/D16/D32

    • Mode: Master + Slave

    • System controller: SYSCLK, arbiter, reset, BTO

  • Timers & Control:

    • 2 × 16‑bit tick timers (periodic interrupts)

    • 1 × watchdog timer

    • 2 × software interrupts

  • Status & Switches:

    • LEDs: SCON, RUN, FAIL, STATUS

    • Switches: RESET, ABORT; remote RESET connector

  • Power Supply:

    • +5 VDC, ±12 VDC (VMEbus standard)


3. Technical Specifications

3.1 Processor / FPU

  • CPU: MC68030 @ 16 MHz, 32‑bit, MMU, 256B cache

  • FPU: MC68882 @ 16 MHz, IEEE 754 compatible

3.2 Memory

  • DRAM: 4 MB, no parity, single‑cycle access

  • EPROM: 4 MB max (4 sockets, 16‑bit)

  • SRAM: 4 KB, battery‑backed

  • RTC: Battery‑backed, Y2K compliant

3.3 I/O Interfaces

  • Serial: 4 × RS‑232‑D (EIA‑232), Z8530

  • Parallel: 1 × Centronics‑compatible (8‑bit)

  • SCSI: 1 × asynchronous SCSI, WD33C93, DMA

  • Ethernet: Not present (MVME147‑010)

3.4 VMEbus

  • Architecture: VME64 (A32/D32)

  • Master/Slave: Full master + slave

  • System controller: Yes (jumper selectable)

3.5 Electrical

  • Voltage: +5 VDC, ±12 VDC

  • Logic: 5 V TTL compatible

3.6 Mechanical

  • Form Factor: 6U VME

  • Size: 233 mm × 160 mm

  • Mounting: Standard VME chassis slot

3.7 Environmental

  • Operating Temp: 0 °C to +55 °C

  • Storage Temp: ‑20 °C to +70 °C

  • Humidity: 5%–95% RH, non‑condensing

3.8 OS Support

  • VxWorks (legacy), Motorola VERSAdos, NetBSD/mvme68k, custom RTOS, bare‑metal


4. Model Variations (MVME147 series)

  • MVME147‑010: 16 MHz, 4 MB DRAM (no parity), 4 SIO, 1 PIO, SCSI, no Ethernet

  • MVME147‑011: 25 MHz, 4 MB DRAM, Ethernet + SCSI

  • MVME147‑012: 25 MHz, 8 MB DRAM, Ethernet + SCSI

  • MVME147‑013: 25 MHz, 16 MB DRAM, Ethernet + SCSI


5. Typical Applications

  • Legacy DCS / SIS main controller

  • Industrial process control & factory automation

  • Power generation & utilities monitoring

  • Military / aerospace embedded systems

  • VMEbus test & measurement platforms


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