Description

MOTOROLA  MVME147-010  single-board computer

Hardware configuration:
Processor: It adopts the MC68030 32-bit microprocessor, featuring an on-board cache for instructions and data, which can increase processor efficiency by 20% to 40%. It also has a complete memory management unit (MMU), providing software protection and virtual memory functions.
Floating-point coprocessor: Equipped with the MC68882 floating-point coprocessor, it can meet the requirements of real-time control and complex calculations.
Memory: The memory is 4MB DRAM, which can meet some basic computing and data storage requirements.
Interfaces: It is equipped with 4 RS-232 serial ports, 1 Centronics parallel interface, 1 10Mbps Ethernet interface and 1 SCSI-2 interface. It can be externally connected to devices such as hard disks and printers, facilitating data transmission and interaction with other devices.

Performance characteristics:
Industrial-grade design: The operating temperature range is -20 °C to 70°C, the humidity is 5% to 95% (non-condensing), the shock and vibration resistance performance complies with the MIL-STD-810 standard, and it can adapt to extreme industrial environments.
Modular design: The on-board resources are abundant, such as timers, watchdog timers, JTAG interfaces, etc., eliminating the need for additional backplane modules and reducing system costs and complexity.
Real-time operating system support: Compatible with real-time systems such as VxWorks, pSOS, and Linux, suitable for industrial scenarios that require millisecond-level response.
Redundant design: Dual power input and overcurrent and overvoltage protection functions ensure stable operation of the system during power fluctuations.

Application field: With its flexibility and reliability, MVME147-010 plays a key role in fields such as industrial automation, communication equipment, medical imaging, aerospace, and energy management. It can be used in PLC and DCS systems to achieve real-time monitoring and fault diagnosis of production lines, and also serves as a base station controller. Or participate in the signal processing of the flight control system and satellite ground stations, etc.