Overview
Essential details：GE VMIVME-7750-746000 VMEbus High-Performance Embedded Single Board Computer
Products Description
Part Number: VMIVME-7750-746000 / 350-027750-746000
Manufacturer: GE (GE Intelligent Platforms)
Product type: VMEbus Embedded Single Board Computer Module
Availability: In Stock
Country of Manufacture: United States (USA)
Functional Description
VMIVME-7750-746000 is a high-performance 6U VMEbus industrial embedded single-board computer (SBC) developed by GE Intelligent Platforms, designed specifically for mission-critical industrial control, military embedded systems, real-time simulation platforms, power system monitoring and high-reliability automation equipment. Adopting industrial-grade embedded processor architecture and mature VME bus technology, this module integrates core computing, high-speed storage, multi-channel network communication and bus control functions in a compact single-board structure. It serves as the core main control unit of VME bus distributed control systems, responsible for on-site data collection, real-time logic operation, equipment linkage control and upper computer data interaction. With deterministic real-time computing capability, ultra-high industrial stability and perfect bus compatibility, it can operate stably for a long time in harsh industrial and military environments, providing reliable core computing support for high-precision real-time control systems and high-security industrial automation platforms.
Category:
GE Intelligent Platforms → VMIVME Series Boards → VMEbus Single Board Computers → Industrial Embedded Controller → VMIVME-7750-746000
Core Parameter Version Adaptation
Board Specification: Standard 6U VMEbus Single Board Computer, compliant with ANSI/VITA industrial bus standard
Bus Performance: Support A32/D32 high-speed transmission, master/slave dual-mode operation
Bridge Chip: Tundra Universe II PCI-VME dedicated bridge chip, efficient bus data conversion
Memory Configuration: Onboard DDR SDRAM, maximum expandable 1GB large-capacity storage
Flash Storage: 16MB onboard Flash + expandable CompactFlash slot, power-off data retention
Network Interface: 10/100/1000Base-T gigabit Ethernet, high-speed network transmission
Expansion Interface: Reserved PMC standard expansion slot, supporting multi-function mezzanine module expansion
System Compatibility: Adapt to VxWorks / QNX / Embedded Linux real-time operating systems
Operating Environment: Wide temperature industrial grade design, anti-vibration, anti-electromagnetic interference
Operating Features: Intelligent self-diagnosis, real-time status monitoring, fault automatic recording
Application Scenarios: Industrial automation, real-time simulation, power monitoring, military embedded control systems
Features
The GE VMIVME-7750-746000 single-board computer adopts standard 6U VMEbus industrial specification, fully compliant with ANSI/VITA international bus standards, supporting A32/D32 high-speed bus transmission protocol, and realizing master-slave dual-mode bus operation. The board is equipped with high-performance embedded processor core, with powerful floating-point operation and multi-task real-time scheduling capability, which can efficiently process complex industrial control logic, algorithm calculation and massive data collection tasks. It is compatible with multiple mainstream real-time operating systems including VxWorks, QNX and embedded Linux, with excellent software adaptation and secondary development flexibility, meeting the customized development requirements of different industrial control projects.
In terms of storage and operating performance, the module carries onboard high-speed DDR SDRAM, supporting a maximum expandable memory of 1GB, which fully meets the large-capacity data cache and multi-task parallel operation requirements of complex industrial systems. It is equipped with 16MB onboard Flash storage and reserved bootable CompactFlash expansion slot, which can stably store system firmware, control programs and operation configuration data, ensuring zero data loss during power failure and system restart. The built-in Tundra Universe II PCI-to-VME bridge chip realizes efficient conversion and seamless transmission between PCI local bus and VME system bus, effectively improving system data throughput and eliminating bus transmission bottlenecks.
This SBC module integrates rich industrial communication and expansion interfaces, including 10/100/1000Base-T gigabit Ethernet port, supporting high-speed remote data transmission and upper computer network communication. It reserves a dedicated PMC mezzanine card expansion slot, which can flexibly expand functional modules such as serial communication, analog/digital I/O and optical fiber reflection memory according to on-site engineering needs, greatly improving the functional scalability of the main control board. At the same time, it is equipped with standard IDE storage interface and multi-channel serial port resources, which can be connected with on-site storage equipment and peripheral industrial instruments to realize multi-device linkage control.
In terms of industrial environmental adaptability and stability, the VMIVME-7750-746000 undergoes strict industrial-level reinforcement and anti-interference treatment. It supports a wide industrial temperature range, can resist strong electromagnetic interference, mechanical vibration and temperature and humidity changes in industrial sites, and adapts to harsh working conditions such as outdoor power distribution stations, industrial automation workshops and military embedded equipment. The whole board has perfect hardware protection mechanisms such as overvoltage, overcurrent and electrostatic protection, with low power consumption and high operational stability, effectively reducing hardware failure rate and extending service life.
The module has excellent system compatibility and engineering practicability, can be seamlessly matched with all standard VMEbus architecture systems, and is compatible with various GE VME series expansion boards and third-party industrial control accessories. It supports hot-swap detection and stable online operation, with intelligent system self-diagnosis function, which can real-time monitor board operating status, bus communication state and hardware abnormality, automatically record fault information and facilitate operation and maintenance troubleshooting. The standardized cabinet installation structure is compact and firm, convenient for system integration, on-site debugging and later equipment maintenance and system upgrading, and is widely used in high-reliability fields such as industrial automatic control, aerospace simulation, power grid monitoring and military embedded control.
