MOTOROLA+MVME162-213

MOTOROLA+MVME162-213

  1. CPU:
    • Processor: Motorola 68030 or 68020, 32-bit CPU
    • Clock Speed: Typically 25 MHz (may vary based on specific configurations)
    • Co-Processor: Optional 68882 (FPU) for floating-point operations
  2. Memory:
    • On-board DRAM: 4 MB to 64 MB (depending on configuration)
    • SRAM: 128 KB to 512 KB (optional)
    • Flash/ROM Memory: Typically 1 MB (may vary)
    • Memory Configuration: Configurable for specific applications

Product Name:

Motorola MVME162-213 (or MVME162-213)


Product Description:

The Motorola MVME162-213 is a single-board computer (SBC) based on the Motorola 68k family of processors. It is part of the MVME162 series, typically used in embedded computing applications requiring rugged and reliable performance in industrial, military, telecommunications, and other mission-critical environments. The MVME162-213 model features a 68020 or 68030 CPU (depending on the configuration) and offers various I/O interfaces, a versatile memory configuration, and support for VMEbus systems.

The MVME162-213 is particularly designed to work with VME-based systems, offering high-performance processing power in a compact and modular form factor. These boards often feature integrated components like memory, graphics, and networking capabilities, making them ideal for both stand-alone and networked embedded applications.


Product Parameters & Specifications:

  1. CPU:
    • Processor: Motorola 68030 or 68020, 32-bit CPU
    • Clock Speed: Typically 25 MHz (may vary based on specific configurations)
    • Co-Processor: Optional 68882 (FPU) for floating-point operations
  2. Memory:
    • On-board DRAM: 4 MB to 64 MB (depending on configuration)
    • SRAM: 128 KB to 512 KB (optional)
    • Flash/ROM Memory: Typically 1 MB (may vary)
    • Memory Configuration: Configurable for specific applications
  3. Bus Interface:
    • VMEbus Interface: Standard VME 64-bit data bus
    • VMEbus: VME64 (6U form factor, 3U optional)
    • VMEbus Compatibility: Supports VME64 (IEEE 1014-1987 standard)
    • Slot Compatibility: 6U VME form factor (may differ in certain versions)
  4. Input/Output:
    • Ethernet: 10Base-T / 100Base-TX (depending on model)
    • Serial Ports: 2 to 4 RS-232/RS-422
    • Parallel I/O: Supported through VMEbus
    • SCSI Interface: Optional (for specific configurations)
    • A/D & D/A: Optional, depending on I/O board configurations
  5. Expansion:
    • Expansion Slots: Multiple (depending on exact version of MVME162-213)
    • Supports additional I/O boards, custom expansion, and peripherals through VME.
  6. Operating System:
    • Supported OS: UNIX (typically VxWorks, Linux, and other embedded real-time operating systems)
    • Software Support: Full support for development environments and application libraries.
  7. Power Supply:
    • Power Requirements: Typically 5V ±5% (some models may also support 3.3V for certain components)
    • Power Consumption: Varies depending on installed components (typically 20-30W)
  8. Size/Dimensions:
    • Form Factor: 6U VME (approx. 160 mm x 233 mm) or 3U depending on specific model.
    • Weight: Approximately 0.5-1.0 kg (varies by configuration)
  9. Cooling:
    • Heat Dissipation: Designed for industrial and harsh environments, passive cooling methods are typically used, with possible active cooling in higher-performance configurations.

Product Use:

The MVME162-213 module is used in a variety of applications across industries that require high performance in embedded systems, rugged computing environments, or mission-critical operations. Some typical uses include:

  • Industrial Control Systems: Integrated into factory automation, robotics, and other control systems requiring high uptime.
  • Telecommunications: Used in base stations, network routing, and switching equipment for robust performance.
  • Defense & Aerospace: Deployed in embedded systems for military applications, radar, and communications platforms.
  • Medical Devices: Can be utilized in diagnostics equipment or in systems requiring embedded computation.
  • Research & Development: Ideal for research labs and scientific instruments requiring high-performance, real-time computing.

The MVME162-213 is especially suitable for embedded applications requiring VMEbus architecture, as it provides compatibility with a wide range of industrial and communication peripherals.

MOTOROLA+MVME162-213
GJR5252200R0101 PLC
07CR41 DCS
ABB 1SBP260020R1001 DCS
07KT95 ABB DCS
GJR5252800R0100 ABB PLC
CP620 PLC
1SAP520100R0001 ABB CPU
ABB CP450T-ETH DCS
3ABD10078282 CPU
CP450T 3ABD10078281 CPUI/O
3ABD10078281 PLC
ABB CP450T PLC
CP430T 3ABD10078278 PLC
ABB 3ABD10078278 PLC
ABB CP430T I/O
CP430B 3ABD10093882
ABB 3ABD10093882 PLC
CP430B ABB
CI930F ABB PLC
3BDH001010R0001
PM902E PLC
3BDH001000R0001 PLC
ABB PM902F DCS
RLM01 3BDZ000398R1 ABB CPU
ABB 3BDZ000398R1PLC
RLM01
EI811F 3BDH000020RI PLC
3BDH000020R1

Reviews

There are no reviews yet.

Be the first to review “MOTOROLA+MVME162-213”

Your email address will not be published. Required fields are marked *

Scroll to Top