The GE Fanuc VMIVME-7750-734 (VME Microsystems International Corporation / VMIC) operates as a high-reliability, microprocessor-based VMIVME-7750-734 Single Board Computer (SBC) engineered to function as an embedded controller within VMEbus-based industrial automation and control systems. Configured as a single-slot computing node, this module handles high-speed arithmetic processing, deterministic control loops, and data routing natively at the hardware tier. It maintains continuous synchronization with external automation equipment parallel to master system backplane communication cycles.
High-performance Intel embedded mobile processing architecture
Memory Array
Integrated high-speed SDRAM system memory configuration
Onboard Storage
Solid-state flash storage and non-volatile memory sectors
Peripheral Interfaces
Ethernet, USB, and RS-232 serial channels
Application Suitability
Process control, high-speed data acquisition, and machine monitoring
Operating Environment
Rated for harsh industrial enclosure deployment
Product Type
CPU Processors
Processor Execution & Peripheral Connectivity
Backplane Bus Communication Velocity and Processing Power The VMIVME-7750-734 utilizes its high-performance computational core to solve multi-variable industrial application matrices with minimal jitter. By executing calculation instructions straight inside its onboard local memory arrays, the processor handles complex automation tasks within the microsecond loop, preventing backplane bus traffic serialization bottlenecks from causing downstream cycle delays.
Multi-Interface Mapping and Protocol Transceiving The board incorporates a diverse physical-layer interface matrix, integrating independent Ethernet, USB, and RS-232 serial transceivers onto its front faceplate. This hardware connectivity maps binary inputs, analog telemetry registers, and peripheral device frames straight into the master CPU database, enabling fast, real-time communication across sensors, actuators, and adjacent controllers.
