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Phone: +86 16626708626Description
Product Model: IC800VMM10MBKS
Product Brand: GE (General Electric)
Product Series: VMIVME / VMEbus Industrial Interface Series
Product Features:
High-reliability VMEbus interface designed for industrial and embedded control platforms.
Optimized for deterministic data exchange in real-time automation environments.
Rugged construction suited for continuous operation in demanding facilities.
Strong compatibility with legacy and modern VME-based industrial control architectures.
Technical Specifications
| Parameter | Description |
|---|---|
| Product Model | IC800VMM10MBKS |
| Bus Type | VMEbus |
| Form Factor | Standard VME Board |
| Function | Communication / Interface Module |
| Mounting | VME Rack Slot |
| Operating Temperature | Industrial Range (Typical 0°C to 55°C) |
| Storage Temperature | Extended Industrial Range |
| Power Supply | Backplane Powered |
| Data Transfer | Deterministic Bus Communication |
| Compatibility | GE VMIVME Systems and Standard VME Backplanes |
| Application Type | Industrial Control & Embedded Systems |
| Cooling | Convection / Rack Airflow Dependent |
- IC800VMM10MBKS
Product Role & System Fit
At its core, the IC800VMM10MBKS is a VMEbus interface and communication module designed to operate within GE’s VMIVME ecosystem. In a typical rack, it acts as a bridge between processing elements and the broader system backplane, handling structured data exchange and ensuring signals move where they need to go without timing surprises.
In a VME-based control system, different boards have specialized roles. Some handle CPU tasks, others manage analog or digital I/O, and still others deal with network connectivity. The IC800VMM10MBKS sits in that critical middle ground where coordination happens. It ensures that commands from processors reach I/O modules accurately and that feedback data returns without corruption or delay.
Compatibility is one of its strong suits. The module is designed to integrate with standard VMEbus backplanes and works alongside a wide range of VMIVME processor and I/O boards. This makes it a practical choice for system expansions or replacements where maintaining the existing architecture is essential. Instead of redesigning the entire control rack, engineers can swap or add a module like the IC800VMM10MBKS and keep the rest of the system intact.
From a system engineering perspective, this module contributes to deterministic performance. In real-time control, timing jitter can cause subtle but serious issues. By supporting stable bus communication and predictable data handling, the IC800VMM10MBKS helps maintain the timing integrity required in turbine control, motion systems, and synchronized data acquisition platforms.
