Description

GE  VMIVME-7807RC  high-performance VME single-board computer

Processor It adopts the Intel Pentium M processor, with multiple main frequencies available at 1.1GHz, 1.6GHz and 1.8GHz. Among them, the 1.8GHz Pentium M processor is equipped with a 2-megabyte L2 cache, which can provide powerful computing capabilities. Moreover, this series of processors has thermal characteristics suitable for embedded applications. It enables the system to operate within a wide temperature range.
Memory: Supports DDR SDRAM. Through one SODIMM slot and an optional 512MB on-board memory, it can be expanded up to 1.5GB at most, and optional ECC support is available, which can meet the memory requirements of complex applications.

Interface:
Video interface: Built-in SVGA controller, with SVGA interface on the front panel; The digital video controller (rear I/O) has a DVI-D interface, dual-head display capability, and can support high-resolution display output.
Network interface: A 10/100Mbit Ethernet controller (Intel 82551ER), the front panel provides a standard RJ45 connector and a network status indicator; There is also a dual Gigabit Ethernet controller (Intel 82546EB), one of which is routed to the front panel and the other is connected to the backplane through a P2 connector. It supports 10BaseT, 100BaseTX and 1000BaseT interfaces, and Vita 31.1 support is optional.
Serial interface: Four asynchronous 16550-compatible serial ports are provided.
USB interface: Four universal serial bus (USB) 2.0 version connections, two on the front panel and two for the rear I/O interface.

Expansion capability: It has a PCI-X, 66MHz PMC expansion slot, which is convenient for users to insert various PMC modules, such as communication modules, data acquisition modules, etc. according to their needs to expand the system functions.
BIOS: The system and video BIOS are provided with programmable flash memory, facilitating users to update and configure.

Application scenarios: Due to its high performance, high reliability and rich interfaces, it is suitable for fields with high requirements for performance and reliability, such as telecommunications, simulation, instrumentation, industrial control, process control and monitoring, factory automation, automatic test systems, data acquisition systems, etc.