In the field of industrial automation and control, the Motorola MVME 167-34B single-board computer has attracted attention for its outstanding performance and reliability. This high-performance single-board computer based on a CISC system features an MC68040 33MHz CPU, 32MB of memory, and integrated E-NET, SCSI, and VME interfaces, making it ideal for scientific and industrial applications.

The MVME 167-34B single-board computer features a full 32-bit master/slave VMEbus interface, high-performance DMA, remote reset/abort/status control, and fully programmable capabilities, providing maximum flexibility for integration. It is based on the MOTOROLA MC68040 microprocessor and combines memory management and floating-point units to provide excellent processing speed and floating-point performance. In addition, the new “Petra” application-specific integrated circuit (ASIC) replaces functions previously implemented in the MCECC chip, further improving the performance of the storage subsystem.

The MVME 167-34B also features a memory configuration switch that enables customers to customize the memory size for applications that require a smaller memory configuration. Its compatibility with the existing M68000 family of software provides CISC-based software environments with the ability to approach RISC performance levels while maintaining object code compatibility with existing software platforms.

The low power consumption of this single-board computer, below the typical power consumption of 20 watts, makes it also excellent in terms of energy efficiency. Its remote reset/abort/status control function provides users with additional operational convenience.

The MVME 167-34B single-board computer is currently available in the market, making it a worthy choice for customers looking for high performance, high reliability and flexible integration in industrial automation solutions.