MOTOROLA MVME162-512A Detailed Information

MOTOROLA MVME162-512A is a high-performance embedded controller.The following is a detailed introduction to the product.

Main features

Processor and memory

Adopts MC68040 microprocessor with a main frequency of 32MHz and equipped with floating-point coprocessor to provide powerful computing performance.

Memory configuration includes 4MB DRAM(also said to be 1MB,4MB or 8MB optional),512KB SRAM and 1MB Flash memory to ensure sufficient storage space to perform complex control tasks.

Equipped with a backup battery to ensure data integrity and continuity in the event of a power failure.

Storage and clock

DRAM with parity protection is used to store data and programs to ensure data security.

Contains a TOD clock with a backup battery to provide accurate time and date information,which is essential for applications that require precise time control.

Communication interface

Provides multiple communication interfaces to meet the needs of different application scenarios,including VMEbus interface,IndustryPack interface,Ethernet transceiver interface,etc.

Supports communication protocols such as serial ports(such as EIA-232-D and EIA-232-D/EIA-530)and E-NET.

Optional LAN Ethernet transceiver interface with DMA enables high-speed data transmission and improves overall system performance.

Scalability and flexibility

Supports multiple types of MPU options to provide scalability.

Provides optional SCSI bus interface and DMA to support high-speed data transmission and storage device connection.

Software support

Usually supports multiple operating systems and development environments,such as VxWorks,Linux,etc.,to facilitate users to develop software and deploy systems.

Application areas

MOTOROLA MVME162-512A embedded controllers are widely used in various industrial and embedded systems,including but not limited to

Industrial automation:such as factory automation,production line control,data acquisition and monitoring,etc.

Communication equipment:such as base station controllers,control and management of communication equipment,etc.

Military applications:such as navigation,communication,control and monitoring tasks,etc.

Aerospace:such as navigation systems,flight control systems,etc.

Medical equipment:such as medical imaging equipment,laboratory instruments,etc.

Transportation systems:such as management of traffic lights,intelligent transportation systems,vehicle identification,etc.

Energy management:such as applications that monitor and control energy production,distribution and use,such as power substations and energy monitoring systems.

Test and measurement equipment:such as data acquisition,experimental control,etc.