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Motorola MVME-6100单板计算机

发布时间:2025-09-16人气:
  • Motorola MVME-6100单板计算机
  • Motorola MVME-6100单板计算机
  • Motorola MVME-6100单板计算机

Motorola MVME-6100单板计算机

1.产 品 资 料 介 绍:

Motorola MVME-6100 单板计算机技术解析与应用场景

Motorola MVME-6100 是一款基于 VMEbus 架构的高性能嵌入式单板计算机(SBC),以 PowerPC 处理器为核心,融合高速存储、千兆以太网及丰富 I/O 接口,主打高带宽、高可靠性与工业级环境适应性,专为工业自动化、通信、电力、交通、国防等需稳定承载复杂计算任务的领域设计,可作为嵌入式系统的核心运算单元,支撑多场景下的实时数据处理与控制需求。

一、核心技术特性

1. 处理器与运算能力

搭载 PowerPC 系列工业级处理器(典型型号为 MPC750/MPC7410),主频覆盖 300MHz-500MHz,采用 RISC 架构设计:


  • 具备高效整数运算与浮点运算能力,可快速处理复杂控制算法(如机器人运动轨迹规划、电力参数实时分析)与多任务并行任务;
  • 低功耗特性(典型功耗 5-10W),无需复杂散热设计即可稳定运行,适配空间受限的嵌入式场景(如车载控制平台、紧凑型工业设备)。

2. 存储与带宽配置

  • 高速存储:标配 128MB SDRAM(最高可扩展至 512MB),支持 ECC(错误校验码)功能,可自动检测并修正单比特内存错误,避免工业环境中电磁干扰导致的数据异常;板载 4MB Flash ROM(用于固化 bootloader 与嵌入式操作系统),部分版本支持 2.5 英寸工业级 IDE 硬盘,满足系统程序存储与海量数据本地缓存需求。
  • 高带宽接口:集成 千兆以太网接口,支持 TCP/IP 协议,可实现高速数据传输(如生产线高清监控数据回传、电力系统大规模参数同步);兼容 VMEbus 3.0 规范,32 位数据 / 地址总线速率最高 80MB/s,可无缝对接 VME 架构下的 I/O 扩展板、信号调理模块,构建高带宽协同系统。

3. 丰富 I/O 与扩展性

板卡集成多类型接口,覆盖工业场景外设连接需求:


  • 串行接口:多路 RS-232/RS-485 串口,支持硬件流控,适配传感器、执行器等设备的远距离、抗干扰通信(如电机转速反馈、阀门状态采集);
  • 现场总线接口:部分版本集成 CAN 总线接口,满足工业设备间的实时数据交互(如机器人关节协同控制、车载设备状态同步);
  • 扩展预留:通过 VMEbus 可灵活扩展模拟量 I/O 板、数字量开关板、专用通信模块(如光纤通信板),无需重构主板即可升级系统功能,适配不同规模应用。

Motorola MVME-6100单板计算机  英文资料:

Analysis and Application Scenarios of Motorola MVME-6100 Single Board Computer Technology

The Motorola MVME-6100 is a high-performance embedded single board computer (SBC) based on the VMEbus architecture, with a PowerPC processor as the core, integrating high-speed storage, gigabit Ethernet, and rich I/O interfaces. It is designed for industrial automation, communication, power, transportation, defense, and other fields that require stable and complex computing tasks. It can serve as the core computing unit of embedded systems, supporting real-time data processing and control requirements in multiple scenarios.

1、 Core technical characteristics

1. Processor and computing power

Equipped with PowerPC series industrial grade processors (typical models are MPC750/MPC7410), with clock speeds covering 300MHz-500MHz, and designed with RISC architecture:

Capable of efficient integer and floating-point operations, capable of quickly processing complex control algorithms (such as robot motion trajectory planning, real-time analysis of power parameters) and multitasking parallel tasks;

Low power consumption characteristics (typical power consumption 5-10W), stable operation without complex heat dissipation design, suitable for embedded scenarios with limited space (such as vehicle control platforms and compact industrial equipment).

2. Storage and bandwidth configuration

High speed storage: Comes standard with 128MB SDRAM (expandable up to 512MB), supports ECC (Error Correction Code) function, can automatically detect and correct single bit memory errors, avoiding data anomalies caused by electromagnetic interference in industrial environments; Onboard 4MB Flash ROM (used to solidify bootloader and embedded operating system), some versions support 2.5-inch industrial grade IDE hard drives, meeting the requirements of system program storage and local caching of massive data.

High bandwidth interface: Integrated Gigabit Ethernet interface, supporting TCP/IP protocol, capable of high-speed data transmission (such as high-definition monitoring data feedback for production lines and large-scale parameter synchronization for power systems); Compatible with the VMEbus 3.0 specification, the 32-bit data/address bus speed can reach up to 80MB/s, seamlessly integrating with I/O expansion boards and signal conditioning modules under the VME architecture to build high bandwidth collaborative systems.

3. Rich I/O and Scalability

The board integrates multiple types of interfaces, covering the external device connection requirements in industrial scenarios

Serial interface: Multiple RS-232/RS-485 serial ports, supporting hardware flow control, adapting to long-distance and anti-interference communication of sensors, actuators and other devices (such as motor speed feedback and valve status acquisition);

Fieldbus interface: Some versions integrate CAN bus interface to meet real-time data exchange between industrial equipment (such as robot joint collaborative control, vehicle mounted equipment status synchronization);

Motorola MVME-6100单板计算机 产      品      展      示      

motorola_mvme-6100_mvme6100_vme_single_board_computer_spot_goods_1.jpg

 产品视频

3.其他产品

A-B 1394C-SJT22-A数字伺服控制器
AMAT 0190-45353 伺服驱动器
ENI MWM-25-02X射频匹配网络设备

4.其他英文产品

PFSK142 3BSE006505R1 Control system card
PM891 3BSE053240R1 conversion module
PU519 3BSE018681R1 controller board

750-P5-G5-S5-LO-A20-R-E8020-SCP-6448030-HOM-211
750-P5-G5-S5-LO-A208020-SCP-6328030-HIM-191A
750-P5-G5-S5-HI-A20-R-T8020-SCP-6318030-HIM-131
750-P5-G5-S5-HI-A20-R-E-H8020-SCP-5448030-HIM-102
750-P5-G5-S5-HI-A20-R-E8020-SCP-5238030-HIM-101
750-P5-G5-S5-HI-A20-R8020-SCP-5228030-HQM-471

The content is from Ruichang Mingsheng Automation Equipment Co., LTD

Contact: +86 15270269218

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