Core Features
VME bus adaptation: compatible with the VME bus specification, can be used as a system controller or slave CPU, adapted to multi CPU systems, supports addressing modes such as A32/A24/D32, and adapts to industrial embedded multi device collaborative scenarios.
Flexible processor selection: Core 2 Duo provides high-performance computing, while Celeron M expands high-temperature adaptability (upper limit+85 ° C) to meet different computing power and environmental requirements.
Rich I/O and expansion: Dual gigabit network ensures high-speed data transmission, PMC expansion slot supports functional expansion, and multiple serial ports/USB/SATA meet the connection and data storage needs of industrial equipment.
Multi system compatibility: Supports systems such as Windows XP, VxWorks, Linux, etc., adapting to different software architectures and real-time requirements in industrial control.
Industrial grade stable design: wide temperature working range, anti vibration, anti electromagnetic interference, suitable for complex industrial conditions such as power generation, metallurgy, and rail transit.
Application scenarios
The embedded control core of the VME bus system is suitable for controlling power system equipment such as generation, transmission, and distribution.
Logic control, data acquisition and processing of industrial automation production lines, such as gas turbine control, robot control, etc.
Scenarios such as rail transit and aerospace require highly reliable embedded computing and multi device collaboration.
Upgrade/replace single board computers with VME systems to ensure system compatibility and computational performance.

GE V7768-312000｜VME Bus Single Board Computer｜