GE VMIVME-7750-746001 VMEbus Digital Signal Processor Module

The GE VMIVME-7750-746001 is a rugged digital signal processor module designed for demanding industrial applications. Originally developed for power generation and heavy manufacturing environments, this VMEbus-based unit excels at real-time data acquisition, vibration analysis, and process control tasks where reliability under stress matters most. Its hybrid architecture balances processing power with deterministic response times, making it a workhorse for legacy systems still in operation today.

Specification	Details
Manufacturer	GE Energy
Form Factor	6U VMEbus
Power Supply	+5V DC (Typical 3.5A)
Processing Core	TigerSHARC DSP
Memory	64MB SDRAM
Connectivity	VMEbus + 2x RS-485
Environmental	0°C to 70°C Operating
Dimensions	233 x 160 x 28mm

Common Applications

While originally designed for turbine vibration monitoring in power plants, we’ve seen these modules repurposed across various industries. One customer in Houston retrofitted their 20-year-old chemical processing line using VMIVME-7750 units to replace obsolete Siemens S5 systems – they reported “surprisingly stable performance even with legacy I/O cards”.

Our inventory includes compatible GE VMEbus modules like the VMIVME-7807 for high-speed analog capture and WES532-111 interface adapters. These often appear in systems requiring tight integration with Mark V turbine controls or older Cimplicity HMI platforms.

Why Choose ABBOKOK?

We maintain 16 regional warehouses across 6 countries with over 12,000 industrial control SKUs in stock. Every module undergoes functional testing before shipment, backed by our 12-month warranty that covers both parts and labor. For urgent requirements, we’ve expedited shipments to Dubai and Singapore within 72 hours using DHL’s Priority service.

Prices vary based on configuration and testing requirements. Reach out via WhatsApp or email abbokok@gmail.com for current availability and pricing details.

*Specifications based on publicly available documentation. Actual performance may vary depending on system configuration and environmental factors.