Description
The GE VME-7807RC-410001350-93007807-410001 K is a high-performance, high-reliability VMEbus Single Board Computer (SBC) developed by GE Fanuc (formerly VMIC / Abaco Systems). Powered by an embedded Intel Pentium M processor, this computing platform is specifically engineered to handle I/O-intensive data processing, machinery monitoring, and complex algorithmic processing inside traditional VME architecture systems. The “RC” designation confirms that this module is fully compliant with European Union RoHS environmental standards.
Product Specifications
Product Name: VME-7807RC Single Board Computer Manufacturer: GE Fanuc / VMIC (Abaco Systems) Model/Part Number: VME-7807RC-410001350-93007807-410001 K Processor Type: Intel Pentium M System Memory Support: DDR Synchronous SDRAM (up to 1.5 GB maximum capacity) Network Capabilities: Dual Gigabit Ethernet Ports (Intel 82546GB Controller) Expansion Interface: PMC Slot (66 MHz) Hardware Architecture: VMEbus Architecture (Compliant with VME64 standards) Dimensions: Standard 6U single-slot VME form factor (Approx. 233 mm x 160 mm x 20 mm) Weight: Approximately 0.68 kg Country of Origin: USA
GE VME-7807RC-410001350-93007807-410001 K
GE VME-7807RC-410001350-93007807-410001 K
GE VME-7807RC-410001350-93007807-410001 K
Application Areas
The VME-7807RC processor board provides critical real-time embedded computing across high-reliability industries. Primary application areas include:
- Real-time industrial automation and centralized process control execution
- Defense, military, and harsh aerospace embedded processing applications
- High-speed data acquisition systems (DAQ) and telemetry management
- Advanced railway transit monitoring and signal routing hubs
- Retrofitting and maintaining legacy factory floor VME bus control networks
Product Operation Instructions
- System Power Isolation: Shut down all input power lines feeding the target 6U VME chassis before attempting hardware insertion or extraction procedures to prevent transient electrical damage.
- Board Alignment and Insertion: Align the VME-7807RC circuit board precisely with the guide rails of the selected rack slot. Gently but firmly slide the card forward until the rear DIN connectors sit securely into the backplane. Lock the mechanical front panel ejector handles to finalize mounting.
- Peripheral Interface Setup: Attach essential communications lines, including local network drops to the dual RJ45 Gigabit Ethernet ports and serial setup cables to the front-facing maintenance connections if configuring the BIOS parameters.
- OS Initialization and Diagnostics: Restore chassis power to run the integrated system BIOS self-checks. Load compatible operating system platforms (such as Windows XP, Linux, VxWorks, or QNX) from an onboard bootable CompactFlash card or via network PXE protocols to start process code execution.
Frequently Asked Questions (Q&A)
Q: What does the “RC” designation denote on this GE Fanuc VME board? A: It indicates that the board is a RoHS Compliant revision, manufactured using lead-free processes and materials to satisfy international environmental directives without altering its functional processing behavior.
Q: What is the maximum RAM capacity supported by the VME-7807RC-410001350? A: The architecture allows a maximum system limit of 1.5 GB DDR SDRAM, utilizing a combination of factory-soldered onboard memory and a standard 200-pin SODIMM extension socket.
Q: Which embedded real-time operating systems are supported by this hardware? A: It features broad operating system versatility, fully supporting enterprise systems like Windows and Linux, as well as deterministic industrial real-time platforms including VxWorks, QNX, LynxOS, and Solaris.
Q: Can I expand the local hardware capabilities of this processor card? A: Yes, the board features an integrated 66 MHz PMC (PCI Mezzanine Card) expansion slot on the PCB layout, allowing developers to add specialized daughter cards for extra I/O or fieldbus capabilities.
Q: Does a failure on this single board computer drop out the overall VME rack power? A: No, an isolated processor freeze or software loop error on the VME-7807RC will not break down the shared VME backplane infrastructure power distribution lines, ensuring that neighboring operational cards remain electrically uncompromised.
