Description

MOTOROLA  MVME162-533A  control board card

Processor performance: It adopts a 60MHz MC68060 processor, equipped with an FPU (Floating-point Unit) and an MMU (Memory Management Unit), and is fitted with an 8KB L1 cache. It can quickly handle complex algorithms and real-time tasks, providing strong support for high-performance computing requirements in fields such as industrial control.
Memory and Storage: The specific memory configuration information may vary by version, but generally speaking, it can provide relatively sufficient memory space to ensure the efficiency of data processing, and can meet the needs of running complex industrial control software and processing large amounts of data. In terms of storage, it supports multiple storage expansion methods, allowing users to conveniently expand the storage capacity according to their actual needs.

Communication interface:
Ethernet interface: Equipped with an Ethernet port that supports 32-bit DMA, it facilitates network communication with other devices, enabling networked control and remote monitoring of the system.
Serial port: It provides 4 EIA-232-D (RS232) serial ports, supporting multiple communication protocols, and can be used to connect serial port devices to achieve serial data transmission.
Other interfaces: It also features a SCSI bus interface with DMA, as well as 6 32-bit timers and watchdog timers, which can meet the connection and timing control requirements of different devices.

Working environment adaptability: The working temperature range is from 0℃ to 70℃. Although it is slightly narrower than the temperature range required by some extreme industrial environments, it can meet the usage requirements of most conventional industrial scenarios.
Bus and Scalability: Compatible with the VME bus standard, it supports A32/D64 master/slave interfaces, featuring four levels of requesters, seven levels of interrupters and interrupt handlers. Functional modules can be added through expansion slots, facilitating system function expansion and upgrade. It can seamlessly collaborate with other VME modules, making it convenient to build complex embedded systems.