MOTOROLA MVME2101-1 Single Board Computer​

The ​​MOTOROLA MVME2101-1​​ is a high-performance ​​Single Board Computer (SBC)​​ designed for embedded applications requiring robust computing power, extensive I/O capabilities, and reliable operation in demanding environments. Part of Motorola’s renowned ​​MVME2100 series​​, this board leverages the advanced ​​PowerPC architecture​​ to deliver superior processing performance for industrial automation, telecommunications, military, and aerospace systems. The “​​-1​​” suffix denotes a specific factory configuration, typically indicating particular memory, processor speed, or feature set variations.

Engineered for the ​​VMEbus (Versa Module Eurocard)​​ architecture, the MVME2101-1 serves as a critical component in systems where real-time processing, expandability, and longevity are essential.

Category:

Description

​Product Overview: MOTOROLA MVME2101-1 Single Board Computer​

The ​​MOTOROLA MVME2101-1​​ is a high-performance ​​Single Board Computer (SBC)​​ designed for embedded applications requiring robust computing power, extensive I/O capabilities, and reliable operation in demanding environments. Part of Motorola’s renowned ​​MVME2100 series​​, this board leverages the advanced ​​PowerPC architecture​​ to deliver superior processing performance for industrial automation, telecommunications, military, and aerospace systems. The “​​-1​​” suffix denotes a specific factory configuration, typically indicating particular memory, processor speed, or feature set variations.

Engineered for the ​​VMEbus (Versa Module Eurocard)​​ architecture, the MVME2101-1 serves as a critical component in systems where real-time processing, expandability, and longevity are essential.

​Key Features & Benefits​

​High-Performance PowerPC Processor:​

  • Features a ​​Motorola MPC750​​ or ​​MPC755​​ RISC processor, offering advanced superscalar architecture, high clock speeds (e.g., 400 MHz to 1 GHz+), and integrated L1/L2 cache. This provides significant computational power for complex real-time applications.

​VME64 Bus Interface:​

  • Fully compliant with the ​​VME64 standard​​, supporting 32/64-bit data transfers and system controller functionality. Ensures seamless integration into existing VME systems and high-bandwidth communication with other VME boards.

​Advanced Memory Architecture:​

  • Equipped with ​​SDRAM​​ (typically 128 MB to 512 MB, depending on configuration) for high-speed data processing.
  • Includes ​​Flash memory​​ for boot code and firmware storage, enhancing reliability by eliminating mechanical storage devices.

​Dual PCI Mezzanine Card (PMC) Sites:​

  • Supports two ​​PMC expansion slots​​, enabling flexible customization with additional I/O interfaces such as Ethernet, Fiber Channel, SCSI, or custom digital/analog I/O. This modularity allows the board to adapt to diverse application requirements.

​Integrated Connectivity:​

  • ​Dual 10/100 Ethernet ports​​ for network communication.
  • ​Serial ports​​ (RS-232/422/485) for legacy device connectivity.
  • ​USB ports​​ for peripheral integration.

​Ruggedized Design:​

  • Built to operate in harsh conditions with extended temperature tolerance, resistance to shock and vibration, and industrial-grade component reliability.

    MVME2101-1

​Technical Specifications​

​Parameter​ ​Specification​
​Manufacturer​ Motorola (later Freescale Semiconductor, now NXP Semiconductors)
​Model​ MVME2101-1
​Processor​ PowerPC MPC750/755 (e.g., 400 MHz – 1 GHz)
​L2 Cache​ Integrated (512 KB – 1 MB)
​Memory​ 128 MB – 512 MB SDRAM (onboard)
​Flash​ 8 MB – 16 MB
​VMEbus Support​ VME64 System Controller
​Expansion​ Two PCI Mezzanine Card (PMC) sites
​Ethernet​ Dual 10/100Base-TX ports
​Serial I/O​ RS-232/422/485 ports
​USB​ USB 1.1 ports
​Form Factor​ 6U VME (233 mm × 160 mm)
​Operating Temperature​ Industrial range (e.g., -40°C to +85°C)

​Typical Applications​

  • ​Industrial Automation​​: Real-time control of manufacturing systems, robotics, and process monitoring.
  • ​Telecommunications​​: Network routers, base station controllers, and signal processing.
  • ​Military & Aerospace​​: Mission computing, radar/sonar processing, and vehicle management systems.
  • ​Medical Imaging​​: Control systems for MRI, CT scanners, and diagnostic equipment.
  • ​Transportation​​: Railway signaling and traffic control systems.

​Legacy Status & Considerations​

  • ​Obsolete Product​​: The MVME2101-1 is part of a legacy product line discontinued by Motorola/Freescale. It is typically available through secondary markets or refurbished suppliers.
  • ​Software Support​​: Compatible with real-time operating systems (RTOS) such as ​​VxWorks​​, ​​LynxOS​​, and ​​QNX​​. Driver support may be limited for modern OS versions.
  • ​Replacement Advisory​​: For new designs, consider newer architectures (e.g., ARM-based SBCs or Intel x86 modules) with current software support and better power efficiency.
  • ​Configuration Note​​: The “​​-1​​” suffix indicates a specific variant; users should verify exact specifications (processor speed, memory size) against official Motorola documentation.

​Why Choose the MVME2101-1?​

  • ​Proven Reliability​​: Designed for 24/7 operation in critical environments.
  • ​Performance​​: PowerPC architecture delivers strong processing capabilities for compute-intensive tasks.
  • ​Expandability​​: Dual PMC sites support extensive I/O customization.
  • ​Ecosystem Integration​​: Fully compatible with VMEbus systems and legacy industrial infrastructure.

​Disclaimer​​:
This product is ​​obsolete​​ and not recommended for new designs. Specifications may vary based on factory configuration. Always refer to the official ​​Motorola MVME2100 Series Hardware Documentation​​ for precise details. Contact authorized suppliers for lifecycle status and replacement options.

 

Please contact Sunny sales@xiongbagk.cn for the best price.

➱ sales manager: Sunny
➱ email mailto: sales@xiongbagk.cn
➱ Skype/WeChat: 18059884797
➱ phone/Whatsapp: + 86 18059884797
➱ QQ: 3095989363
➱ Website:www.sauldcs.com