Motorola HPS-6245 Single Board Computer

Brand:Motorola
Model:HPS-6245
Product status: New/used
Shipping place: Xiamen, China
Warranty: 365 days
Structural form: Other (specific form may vary depending on application)
Please contact Yvonne for quotation, thank you!

Details

Motorola HPS-6245 Single Board Computer

Product manual:

Product Overview

Motorola HPS-6245 is a high-performance single board computer (SBC) based on a PowerPC architecture processor, typically used for VME bus or custom embedded system platforms. This board belongs to Motorola's high-performance computing series and has strong data processing and control capabilities. It is widely used in telecommunications, industrial control, and military electronic equipment.

Technical parameters (refer to HPS single board computers of the same series)

Processor: Based on PowerPC MPC7xx series (such as MPC740/750 or derivative models), supporting high-speed cache.

Main frequency: Common range 200MHz~400MHz.

System memory: Supports DRAM (usually 64MB~256MB, expandable), with Flash/ROM for firmware and boot.

Bus interface: compatible with VME bus architecture and can operate as a system controller.

I/O interface: may include serial port, Ethernet, SCSI, or PCI expansion interfaces (specific may vary depending on configuration).

Operating system support: Can run real-time operating systems such as VxWorks, Lynx OS, pSOS, etc.

Application scenarios

Telecommunications and network equipment: as the core computing module of switches, routers, or base station controllers.

Industrial automation: used for production process monitoring and equipment coordination control.

Military and Aviation Electronics: Suitable for operating in environments with high reliability requirements, providing embedded command and control functions.

Testing and Measurement System: Integrated into the VME framework to achieve high-speed data acquisition and processing.

Product advantages

High performance computing: Based on PowerPC architecture, it has strong processing efficiency and real-time performance.

Modular design: Supports VME backplane expansion for flexible system configuration.

Industrial grade reliability: Designed to meet the requirements of long-term stable operation.

Operating system compatibility: Supports multiple real-time operating systems and has a mature software ecosystem.

Flexible interface: Supports network, storage, and peripheral expansion to meet different application needs.