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XVME-1641 | Computer bus standard | Processor VME board

Acromag/Xembedded/Xycom XVME-164/1 Processor VME board
Settings:
• Processor: MC68B09P, 2 MHz
• Memory: 512 KB Bubble memory subsystem
Bus interface communication module :FCI redundancy Two redundant interface communication modules FCI are installed.
Processor: Hard PLC
Operating voltage :4643V
Processing speed :623uS
Output frequency :346536HZ
Data capacity :643
Program capacity :456436
Ambient temperature :4654° C
Product certification :6436

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Acromag/Xembedded/Xycom XVME-164/1 Processor VME board
Settings:
• Processor: MC68B09P, 2 MHz
• Memory: 512 KB Bubble memory subsystem
Bus interface communication module :FCI redundancy Two redundant interface communication modules FCI are installed.
Processor: Hard PLC
Operating voltage :4643V
Processing speed :623uS
Output frequency :346536HZ
Data capacity :643
Program capacity :456436
Ambient temperature :4654° C
Product certification :6436
The VME (VersaModule Eurocard) board is a computer bus standard that combines the electrical standard of Motorola’s Versa bus with the mechanical form factor of the Eurocard standard established in Europe. VME boards are commonly used in embedded computing systems to provide a high-performance, modular hardware platform for computer systems.

 

 

Regarding the processor VME board, specifically, it usually integrates components such as the processor, memory, input/output interfaces, and expansion slots to perform specific tasks. Here are some features about the processor VME board:

Processor: The XVME-1641 VME board is usually equipped with a high-performance processor, such as a PowerPC architecture processor, for running embedded applications.
Memory: VME boards usually have a large capacity of memory for storing program code and data.
High-speed data acquisition function: Some VME boards have high-speed data acquisition function, which can acquire and process various types of signals in real time.
Multi-channel input: The XVME-1641 VME board usually provides multiple input channels and can collect multiple signals at the same time, which is suitable for complex data acquisition tasks.
Signal processing capability: The VME board is equipped with powerful signal processing capability, which can process and analyze the collected data in real time.
High precision and stability: XVME-1641 VME board usually has high precision and stability, which can ensure the accuracy and reliability of data acquisition and signal processing.
Supports a variety of interfaces: The VME board supports a variety of interfaces and can communicate and exchange data with other devices and systems.
Programmability: VME boards are usually programmable and can be configured and customized according to the needs of the user.
Industrial grade design: XVME-1641 VME board is usually used in industrial grade design, with high anti-interference capability and durability, suitable for harsh industrial environments.

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