MOTOROLA MVME162-026A Embedded controller
Delivery time 3 days
Product origin New/used
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The MOTOROLA MVME162-026A is an embedded controller board, part of the MOTOROLA
The MOTOROLA MVME162-026A is an embedded controller board, part of the MOTOROLA VME64x family, designed for high-performance, mission-critical embedded systems. It is an evolution or revision of the MVME162-026 model and may provide improvements or additional features.
Here are some of the specifications and features of the MOTOROLA MVME162-026A embedded controller:
Processor: Like the MVME162-026, the MVME162-026A is typically powered by a PowerPC processor, such as the MOTOROLA MPC8260 or later. The processor provides high-performance capabilities for complex and real-time embedded applications.
Memory and storage: Depending on the configuration, various types of memory modules, such as simm or dimm, are supported. In addition, it may offer on-board storage options, such as flash memory for storing firmware, boot images, and other critical data.
I/O interface: The MVME162-026A offers a wide range of I/O interfaces for connecting external devices and peripherals. These include, but are not limited to, Ethernet, serial ports, parallel ports, USB, and other standard interfaces commonly used in embedded systems.
Expansion slot: Similar to the MVME162-026, the MVME162-026A has a VMEbus expansion slot that allows additional cards or modules to be added to expand the functionality of the system. This flexibility enables users to customize the system to meet specific application requirements.
Operating System support :MVME162-026A supports a variety of operating systems, including real-time Operating System (RTOS) and embedded Linux distributions. These operating systems provide a stable and reliable platform for developing and deploying embedded applications.
Reliability and durability: The board is designed for mission-critical applications, which means it can withstand harsh environmental conditions and deliver reliable performance even under extreme operating conditions.