MOTOROLA MVME147-023A PCB board
Delivery time 3 days
Product origin New/used
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MOTOROLA MVME147-023A is a Printed Circuit Board (PCB) based on the VME (Versa M
MOTOROLA MVME147-023A is a Printed Circuit Board (PCB) based on the VME (Versa Module Eurocard) standard. The VME standard is widely used in backplane-based computer systems, especially in high-performance, real-time, and embedded computing applications.
Here are some of the key features and specifications of MOTOROLA MVME147-023A PCB boards:
Processor: The board is usually equipped with Motorola 68000 series processors, a popular embedded system processor in the 1980s and early 1990s.
VMEbus compatibility: As a VME board, the MVME147-023A is designed to plug into the VMEbus backplane, allowing it to interface with other VME modules and peripherals.
Memory: The board supports various memory types, such as SIMMs (single in-line memory module) or possibly DIMMs (dual in-line memory module), depending on the configuration.
I/O and peripheral interfaces: The MVME147-023A provides a variety of I/O and peripheral interfaces, such as serial and parallel ports, Ethernet interfaces, and other interfaces specific to board use. These interfaces allow the board to communicate with external devices and other components in the system.
Expansion slots: Depending on the configuration, the MVME147-023A may contain one or more VME slots for installing additional VME modules that provide additional functionality or processing power.
System control and monitoring: The board typically contains features for system control and monitoring, such as power management, temperature sensing, and fan control, to ensure stable and reliable operation.
Software support: MVME147-023A is supported by a variety of software and operating systems, including Unix, Linux, etc. These packages provide the tools and interfaces needed to develop and deploy on-board applications.
Industrial applications: The MVME147-023A is commonly used in industrial and scientific computing applications that require high performance, real-time processing and reliable operation. It is suitable for industrial controllers, scientific instruments and other embedded computing systems.