VMIVME-7700-350-007700-111000-H 定义了系统的运转流程

Description

VMIVME-7700-350-007700-111000-H 定义了系统的运转流程

VMIVME-7700-350-007700-111000-H VME总线是一种通用的计算机总线，是一种开放式架构。它定义了一个在紧密耦合硬件架构中可以进行互联数据处理、数据储存和连接外围控制器件的系统。

VME数据传输机制是异步的，有多个总线周期，地址宽度是16、24、32、40或64位，数据线路的宽度是8、16、24和64位，因此只受制于信号交换协议而不依赖于系统时钟。VME系统也可以被看作是两部分，一部分是它的机械架构，此部分决定着VME总线系统背板、前置面板和嵌入式板的尺寸大小，而另一部分则是功能架构，它定义了系统的运转流程。

VME总线家族中共有三种形态：VM64、VM64X、VM320。经过多年的改造升级，VME系统已经发展的非常完善，围绕其开发的产品遍及了工业控制、军用系统、航空航天、交通运输和医疗等领域。

VME总线系统是一种通用的计算机总线系统，结合了Motorola公司Versa总线的电气标准和在欧洲建立的Eurocard标准的机械形状因子。VME系统的总线分为四大类：数据传输总线、数据传输仲裁总线、优先中断总线和通用总线。

VME总线系统集成包括多个模块和组件的集成，例如电源模块、CPU模块、存储模块、I/O模块等。这些模块通过VME总线进行互连，形成一个完整的计算机系统。在集成过程中，需要考虑各种因素，例如总线的电气特性、机械尺寸、连接方式等，以确保系统的可靠性和稳定性。

此外，VME总线系统集成还包括与其他系统的集成，例如与其他工业总线系统、传感器、执行器等设备的集成。这种集成需要遵循一定的标准和规范，以确保系统的互操作性和可扩展性。

总之，VME总线系统集成是一个复杂的过程，需要综合考虑多个因素，以确保系统的整体性能和稳定性。

VMIVME-7700-350-007700-111000-H 定义了系统的运转流程

VMIVME-7700-350-007700-111000-H The VME bus is a general-purpose computer bus with an open architecture. It defines a system for interconnecting data processing, data storage, and peripheral control devices in a tightly coupled hardware architecture.

The VME data transmission mechanism is asynchronous, with multiple bus cycles, address widths of 16, 24, 32, 40, or 64 bits, and data lines of 8, 16, 24, and 64 bits, and is therefore subject only to the signal exchange protocol and not dependent on the system clock. The VME system can also be seen as two parts, one is its mechanical architecture, which determines the size of the backplane, front panel and embedded board of the VME bus system, and the other is the functional architecture, which defines the operation process of the system.

VME bus family has three forms: VM64, VM64X, VM320. After years of transformation and upgrading, the VME system has developed very well, and the products developed around it have covered the fields of industrial control, military systems, aerospace, transportation and medical treatment.

The VME bus system is a general-purpose computer bus system that combines the electrical standard of Motorola’s Versa bus with the mechanical form factor of the Eurocard standard established in Europe. The buses of VME system are divided into four categories: data transmission bus, data transmission arbitration bus, priority interrupt bus and universal bus.

VME bus system integration includes the integration of multiple modules and components, such as power modules, CPU modules, storage modules, and I/O modules. VMIVME-7700-350-007700-111000-H These modules are interconnected via the VME bus to form a complete computer system. In the integration process, various factors need to be considered, such as the electrical characteristics of the bus, mechanical size, connection mode, etc., to ensure the reliability and stability of the system.

In addition, VME bus system integration also includes integration with other systems, such as with other industrial bus systems, sensors, actuators and other devices. This integration needs to follow certain standards and specifications to ensure the interoperability and scalability of the system.

In short, VME bus system integration is a complex process that needs to consider many factors to ensure the overall performance and stability of the system.