MOTOROLA MVME187-034B

Function Features

• High – performance RISC Architecture: Based on the M88000 chip set and MC88100 processor, the RISC architecture has the advantages of high – speed instruction execution, which can efficiently process various data and instructions, and is suitable for applications with high – performance requirements.
• Flexible Memory Configuration: The memory can be configured in a variety of capacities, and supports parity protection or ECC protection, which can improve the reliability of data storage and operation. The four – way interleaved DRAM can efficiently support cache burst cycles, enhancing the memory access speed.
• Rich Interface Resources: The combination of SCSI, serial port, parallel port and Ethernet interface provides a variety of communication and connection methods for the single – board computer. The SCSI interface can be used to connect high – speed storage devices, the serial port can be used for short – distance communication and device control, the parallel port can be used for printer connection or parallel data transfer, and the Ethernet interface can realize network communication and remote control.
• Reliable Operation: The design of parity protection or ECC protection for memory can detect and correct data errors to a certain extent, ensuring the stable operation of the system. At the same time, the VMEbus interface has good compatibility and reliability, which is conducive to building a stable system architecture.

Application Scenarios

• Industrial Automation: It can be used in CNC machine tools, mechanical metallurgy, petrochemical, paper printing and other industries, responsible for the control of production equipment, data acquisition and processing, such as the precise control of the feed rate of CNC machine tools, the monitoring of chemical reaction parameters, etc.
• Power Industry: Applied to power generation, power transmission and distribution systems, for the monitoring and control of power equipment, such as the operation status monitoring of power plants, the control of substation equipment, etc., to ensure the safe and stable operation of the power system.
• Water Treatment and Environmental Protection: In water treatment plants and environmental protection equipment, it is used to monitor water quality parameters, control the operation of water treatment equipment, and realize functions such as data acquisition, analysis and control of environmental protection equipment, so as to ensure the normal operation of water treatment and environmental protection systems.
• Municipal Engineering: Used in municipal facilities such as urban water supply and drainage, heating, and traffic control. For example, in urban water supply systems, it can monitor the water pressure, flow and other parameters of water pipelines, and control the start – stop of water pumps; in traffic control, it can be used for the control and management of traffic lights.