Description
Product Overview
The GE VME7807RC350-00780-411000, also referenced as VMIVME7807-411000, is a high-performance industrial VMEbus control and processing module engineered for real-time embedded processing in advanced control, automation, and data acquisition systems. It belongs to a family of rugged VMEbus modules developed by GE for mission-critical applications where computational determinism, system flexibility, and long-term reliability are paramount.
This module interfaces with the VMEbus backplane to provide a centralized processing core capable of handling complex control tasks, communication scheduling, and high-throughput data exchange. Its architecture supports real-time program execution, memory integrity checks, and robust signal interfacing, making it suitable for embedded system controllers, process automation platforms, and real-time system designs.
The VMIVME7807-411000 combines robust industrial hardware construction with modular system design, enabling easy integration into rack-mounted systems and industrial computing architectures where uptime and deterministic behavior are essential.
GE VME7807RC350-00780-411000 VMIVME7807-411000
Product Parameters (Technical Specifications)
| Parameter | Specification |
|---|---|
| Manufacturer | General Electric (GE) |
| Product Designation | VME7807RC350-00780-411000 |
| Alternate Reference | VMIVME7807-411000 |
| Product Type | VMEbus Embedded Control & Processing Module |
| Bus Standard | VMEbus (VME64/64x compatible) |
| Processing Core | Industrial embedded processor architecture optimized for real-time operation |
| Memory Support | Onboard RAM and support for extended system memory via VMEbus |
| I/O Interfaces | VMEbus backplane communication channels |
| Operating Mode | Continuous real-time system execution |
| Installation | Rack/mount chassis with VMEbus backplane |
| Power Requirements | Standard VMEbus power distribution |
| Diagnostics | Built-in hardware and bus communication integrity monitoring |
| Environmental Design | Industrial duty with resilience to electrical noise and mechanical vibration |
| Lifecycle Support | Designed for extended operational life in industrial systems |
Product Datasheet Summary (Technical Features)
The VMIVME7807-411000 module is engineered to serve as a dependable heart of an embedded control system. Its key functional elements are based around an industrial-grade processing core optimized for deterministic task execution and rapid I/O handling via the VMEbus interface.
Processing Architecture
The module’s embedded processor executes application logic and system control tasks with a focus on real-time response. It supports multi-tasking where required and maintains consistent timing behavior across defined execution cycles. This ensures stable system performance under varying operational loads.
GE VME7807RC350-00780-411000 VMIVME7807-411000
Memory Management
Onboard memory supports both operational code and data storage, with the capacity to interface with additional memory mapped across the VMEbus backplane. Memory integrity and access timing are managed to ensure deterministic behavior essential for real-time systems.
Bus Interface and Communication
As a VMEbus module, the VMIVME7807-411000 communicates with other system modules via standardized VMEbus connectors. The backplane interface facilitates high-speed data exchange, coordinated execution, and synchronized control across multiple modules within the chassis.
Diagnostic and System Integrity
The module includes hardware-level diagnostics that monitor operational health and signal integrity. Communication faults, bus contention conditions, and abnormal status conditions are tracked and reported to system supervisors for corrective action.
Reliability Design
Ruggedized electronics and industrial-grade components ensure long operational life even under elevated temperatures, electromagnetic interference, and mechanical vibration. The module’s design emphasizes stability and predictable performance, supporting continuous duty in embedded systems.
Country of Origin
The GE VME7807RC350-00780-411000 (VMIVME7807-411000) is manufactured under General Electric’s industrial hardware production standards. Engineering and fabrication are carried out in facilities aligned with GE’s quality regime for embedded control systems. Each unit passes through internal testing and functional validation before release to ensure reliability and compliance with industrial expectations.
Recommended Related GE Models
Below are several related GE embedded and industrial control modules that are part of the same product family or offer complementary functionality:
- VMIVME7807 Series Variants — Other CPU configurations with alternative processing performance or onboard memory scaling for different system requirements.
- VMIVME7750 Series — VMEbus interface modules targeting enhanced I/O throughput and communication flexibility.
- VMIVME7751 I/O Controllers — Modules focused on peripheral and field device interfacing within VMEbus systems.
- VMIVME7931 VME PowerPC Processor — High-performance VME processor modules for systems requiring elevated computational capability.
- VMIVME7616 Digital I/O Expansion Modules — Additional I/O boards that integrate seamlessly into VMEbus architectures for expanded control and monitoring.
These related models are recommended when system designers require either enhanced processing bandwidth, additional field interfacing, or extended memory support within a VMEbus system architecture.
Common Questions and Answers (Q&A)
Q1: What is the primary role of the VMIVME7807-411000?
It serves as an embedded real-time control and processing module that interfaces with the VMEbus backplane, executing critical control logic and data handling functions in industrial systems.
Q2: Does this module support modular system expansion?
Yes. The VMEbus interface enables seamless integration with other modules in a chassis, supporting system expansion and increased functionality.
Q3: Is the module suitable for continuous operation?
Yes. It is engineered for continuous real-time execution and long service life in industrial environments.
Q4: What interface standard does this module use?
The module uses the VMEbus standard, a widely accepted industrial backplane communication protocol for real-time systems.
Q5: How is system integrity ensured?
Error detection, bus monitoring, and hardware diagnostics help ensure communication integrity and system stability.
Summary
The GE VME7807RC350-00780-411000 (VMIVME7807-411000) is a rugged industrial VMEbus control and processing module built for real-time embedded systems requiring deterministic performance, reliable signal processing, and seamless integration within larger modular architectures. Its high-reliability design, robust diagnostics, and support for extended operation make it suitable for industrial control frameworks, automation platforms, and embedded computing environments where stability and predictability are paramount.
