Motorola MVME147-011

Product Introduction:
The MVME147-011 is a highly integrated VMEbus SBC belonging to the classic MVME147 series. Powered by the MC68030 processor, it provides robust real-time computing capabilities and extensive onboard resources for complex industrial applications.

Category:

Description

Motorola MVME147-011

Technical Specifications:

  • Brand: Motorola
  • Model: MVME147-011
  • Processor: MC68030 Enhanced 32-bit Microprocessor (25 MHz)
  • Coprocessor: MC68882 Floating-Point Unit
  • Memory: 4MB to 32MB Shared DRAM with programmable parity
  • Bus Interface: A32/D32 VMEbus Master/Slave with System Controller function

Functional Features:

  • High Integration: Onboard SCSI controller, Ethernet transceiver, four EIA-232-D serial ports, and a Centronics printer port.
  • On-Chip Cache: The MC68030 features separate instruction and data caches, boosting processing efficiency by 20% to 40%.
  • Comprehensive Debugging: Includes onboard MVME147Bug diagnostic firmware with an assembler/disassembler.

Application Scenarios:
Industrial process control, Distributed Control Systems (DCS), scientific instrumentation, and defense applications.

Performance Parameters:

  • Serial Ports: 4x RS-232C
  • Storage Interface: SCSI bus with DMA
  • VME Support: 4-level requester, 7-level interrupter

Material Composition:
Industrial-grade FR4 PCB with high-reliability components tested for continuous operation in 0°C to 55°C forced-air environments.

Structural Characteristics:
Standard VME form factor with P1/P2 connectors and front-panel diagnostic LEDs and reset/abort buttons.

Working Principle:
Upon power-up, the EPROM-resident MVME147Bug firmware performs hardware diagnostics and boot loading. The system then loads an RTOS to manage real-time tasks and VME bus communications.

Installation Requirements:
Insert into the VME chassis ensuring P1/P2 connectors are fully seated. Use transition modules for external peripheral connections.

Precautions for Use:
Adequate chassis airflow is mandatory. When upgrading memory, ensure third-party modules are compatible with the motherboard’s timing requirements.