VMER-64 VME carrier board

The VMER-64 VME carrier board is a hardware platform for computer and industrial automation

systems, specifically designed to host two PMC (Programmable logic) modules.

PMC modules are commonly used to process and transform data and play a key role in industrial

automation systems. The VMER-64 carrier board provides these modules with the necessary power,

ground, bus interfaces and other connectors to ensure that they can effectively communicate with other

devices or systems. This design makes VMER-64 a reliable and efficient solution for

installing and connecting PMC modules.

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Description

VMER-64 VME carrier board

The VMER-64 VME carrier board is a hardware platform for computer and industrial automation

systems, specifically designed to host two PMC (Programmable logic) modules.

PMC modules are commonly used to process and transform data and play a key role in industrial

automation systems. The VMER-64 carrier board provides these modules with the necessary power,

ground, bus interfaces and other connectors to ensure that they can effectively communicate with other

devices or systems. This design makes VMER-64 a reliable and efficient solution for

installing and connecting PMC modules.

In addition, since VMER-64 follows the open bus standard VME (VMEbus), it enables reliable

communication and data processing between modules. VMEbus is a widely used bus standard for

computer and industrial automation systems with high compatibility and extensibility.

To sum up, the VMER-64 VME carrier board is a hardware platform designed for two PMC modules,

by providing the necessary power supply, interfaces and connectors, as well as supporting the

VMEbus standard, to achieve reliable communication and data processing between modules,

providing strong support for the stable operation of industrial automation systems.

VMER-64

The VME bus (VersaModule Eurocard) is a general-purpose computer bus that combines Motorola’s Versa

Bus electrical standard with the mechanical form factor of the Eurocard standard established in Europe. It is

an open architecture that defines how to interconnect data processing, data storage, and peripheral

control devices in a tightly coupled hardware architecture.

VME bus has many outstanding features, including high reliability, high speed transmission, flexible expansion

and easy parallel computing. It requires all systems to support data integrity and error correction technology to

ensure reliable data transmission. It uses microprocessor control, adopts synchronous timing mode, and can

transmit multiple bytes per cycle, so it has the ability of high-speed data transmission. At the same time, the

VME bus allows to expand the functions of the bus system by adding different types of slave cards, backup

memory, etc., and these modules have a certain independence, which is easier to maintain and manage.

The main uses of the VME bus protocol are reflected in many aspects, which can connect various hardware

devices and realize the data exchange between them, thus helping to achieve efficient communication and

data transmission in the system. Due to its high performance and flexibility, VME bus protocol enables fast and

accurate data transmission and system communication in embedded systems in aviation, military, industrial and

other fields. After years of transformation and upgrading, the VME bus protocol has developed quite well, and the

products developed around it have covered the fields of industrial control, military systems, aerospace,

transportation and medical treatment.

To sum up, VME bus is a computer bus standard widely used in many fields, with high reliability,

flexibility and efficient communication and data processing capabilities.

 

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