Motorola MVME167-34B VME Embedded Single Board Computer
Delivery time 3 days
Product origin New/used
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Motorola MVME167-34B VME Embedded Single Board Computer是一款专为VME(VMEbus)总线设计的嵌入式单
Motorola MVME167-34B VME Embedded Single Board Computer is an embedded single board computer specially designed for the VME (VMEbus) bus. It combines high-performance computing, stable data transmission and flexible expansion capabilities, and is suitable for a variety of industrial applications that require high reliability and real-time response, including industrial automation, military, aerospace and medical fields.
First of all, in terms of hardware design, MVME167-34B inherits the asynchronous data transmission method of the VME system. This method does not depend on the system clock, so the data transmission rate can reach 0~500Mb/s, ensuring efficient and stable data processing. In addition, it also has Unaligned Data transmission capabilities, error correction capabilities and self-diagnosis capabilities, providing users with powerful data processing and error handling capabilities.
Secondly, in terms of scalability and flexibility, the MVME167-34B board is equipped with 21 card slots and multiple backplanes, which provides users with a wide range of expansion options to meet various customization needs. Whether it is increasing storage capacity, improving computing power, or adding new peripheral interfaces, it can all be achieved by adding appropriate plug-in cards.
Furthermore, taking into account the diversity of industrial environments, the design of MVME167-34B also fully considers stability and reliability. It can provide stable and reliable performance in various harsh industrial environments and ensure the continuous operation of the system.
Finally, as an embedded single-board computer, the MVME167-34B’s compact design and powerful features make it ideal for applications with strict space requirements. Whether in a control cabinet or in a small equipment space, it can exert powerful computing capabilities to meet various real-time control needs.
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