Product Description

The GE VMIVME-7750-746000 is a rugged industrial single-board computer built on the standard VMEbus architecture. Equipped with an Intel Pentium III high-speed processor, it serves as the core computing and control unit for industrial embedded systems, undertaking complex data processing, logic operation and real-time task scheduling for mission-critical automation equipment.

This 6U industrial SBC integrates dual Ethernet ports, multi-channel serial interfaces and a dedicated PMC expansion slot. It features a transparent PCI-to-VME bridge and stable bus transmission mechanism, supporting multi-CPU system collaborative operation. With wide temperature resistance and ruggedized industrial design, it delivers long-term reliable computing performance for harsh industrial and aerospace control environments.

Main Specifications

1. Full Model: VMIVME-7750-746000; Product Type: 6U VMEbus industrial embedded single board computer module
2. Applicable System: VME bus distributed control systems, real-time simulation and industrial embedded platforms
3. Core Function: Industrial real-time computing, data processing, task scheduling and system bus management
4. Processor Configuration: Adopts Intel Pentium III high-performance industrial processor for fast operation
5. Bus Architecture: Standard VMEbus C.1 specification with transparent PCI-to-VME bridging function
6. Network Interface: Dual independent Ethernet ports for redundant network communication transmission
7. Expansion Slot: Built-in PMC expansion interface for flexible I/O and functional module expansion
8. Communication Ports: Integrated multiple serial and universal industrial signal interfaces
9. Interruption Mechanism: Equipped with 32-bit mailbox interrupt for efficient inter-processor communication
10. Reliability: Ruggedized anti-vibration structure, supporting 24/7 continuous industrial operation

Core Functions

1. Acts as the core real-time computing unit for VME bus industrial control systems.
2. Executes complex industrial control algorithms and high-intensity data calculation tasks.
3. Realizes efficient data interaction and resource scheduling through VME bus bridge.
4. Supports multi-CPU collaborative operation to improve overall system computing capacity.
5. Provides dual-network redundant transmission to ensure stable system communication linkage.
6. Reserves PMC expansion interface to realize flexible system function upgrading and expansion.
7. Processes on-site acquisition data and outputs accurate real-time control instructions.
8. Supports inter-processor mailbox communication to improve internal system coordination efficiency.
9. Stably operates in harsh industrial environments to ensure uninterrupted task execution.
10. Guarantees high-precision and real-time operation of mission-critical control systems.

Application Scenarios

1. Power plant VME bus turbine control system core computing platforms
2. Aerospace and military industrial real-time simulation and test systems
3. Industrial automation embedded control and high-speed data acquisition scenarios
4. Process industry distributed control system main control operation units
5. Intelligent equipment motion control and high-precision algorithm processing projects
6. Transportation equipment intelligent monitoring and synchronous control systems
7. Complex electromagnetic and temperature environment industrial computing scenarios
8. Old VME system aging main control board replacement and performance upgrading projects
9. Semi-physical simulation equipment real-time data processing and scheduling platforms
10. Industrial embedded system function expansion and intelligent transformation scenarios