Description
Key Technical Specifications
| Parameter | Value |
|---|---|
| Manufacturer | GE |
| Model | V7768-312001 |
| Part Number | 350-9301007768-312001-A0 |
| Product Type | VME Single Board Computer |
| Architecture | VMEbus SBC |
| Processor Family | Intel x86 architecture |
| Memory | DDR2 SDRAM (configuration dependent) |
| Network Interfaces | Dual Gigabit Ethernet |
| Storage Support | CompactFlash and SATA (configuration dependent) |
| USB Ports | USB 2.0 |
| Serial Interfaces | RS-232 Serial Ports |
| Operating Systems | Windows XP, Linux, VxWorks (application dependent) |
| Application | Industrial automation, defense, test systems, process control, embedded computing |
Product Introduction & Supply Chain Strategy
The GE V7768-312001 (350-9301007768-312001-A0) is a high-performance VME Single Board Computer designed for embedded industrial computing applications requiring deterministic processing, long operating life, and reliable VMEbus integration. It is commonly deployed in power generation, factory automation, transportation, aerospace, and military-grade control systems where continuous operation is essential.
From a supply-chain perspective, this board belongs to a legacy computing platform that remains installed in many critical systems while OEM production has become increasingly limited. Procuring New Surplus inventory reduces Total Cost of Ownership (TCO), minimizes lead time variability, and eliminates many of the reliability concerns associated with refurbished processor boards. For mission-critical systems, maintaining 1–2 units of on-site buffer stock and planning a last-time-buy strategy is recommended.
- V7768-312001 350-9301007768-312001-A0
- V7768-312001 350-9301007768-312001-A0
Installation & Configuration Guide
Stage 1 – Pre-Installation (Preparation & Safety)
- Perform complete Lock-Out/Tag-Out (LOTO).
- Shut down the host VME chassis correctly.
- Wear a grounded ESD wrist strap.
- Record:
- BIOS settings
- Boot device configuration
- IP addresses
- Operating system version
- Installed application software
- Photograph all PMC/XMC expansion modules and cable connections.
Stage 2 – Removal
- Disconnect external communication cables.
- Remove retaining screws.
- Extract the SBC evenly using the injector/ejector handles.
- Avoid twisting the board to prevent damage to VME connectors.
- Inspect the backplane for bent pins or contamination.
Stage 3 – Installation
- Confirm the replacement is V7768-312001 / 350-9301007768-312001-A0.
- Transfer any PMC/XMC modules if applicable.
- Insert the board carefully into the VME backplane.
- Tighten retaining hardware.
- Reconnect all communication and network cables.
Stage 4 – Power-On & Testing
- Apply chassis power.
- Verify successful BIOS POST.
- Confirm operating system startup.
- Verify Ethernet communication.
- Test all installed application software and field interfaces before returning the equipment to production.
Firmware / Software Versions & Upgrade Notes
- Record the existing BIOS revision before replacement.
- Verify compatibility between the replacement board and the installed operating system.
- Confirm driver compatibility for Ethernet, PMC/XMC modules, and storage controllers.
- Avoid changing BIOS and operating system simultaneously during emergency maintenance.
- If migrating between hardware revisions, validate application software, VME memory mapping, and interrupt assignments before commissioning.
Frequently Asked Questions (FAQ)
Q1. Is this a New Original product?
Yes. This product is supplied as New Original / New Surplus. It is not used, repaired, or refurbished. Each board should undergo serial number verification, visual inspection, and functional testing before shipment.
Q2. Why choose New Surplus instead of refurbished?
Refurbished processor boards may contain aged capacitors, repaired circuitry, or components with unknown service history. New Surplus hardware provides original OEM manufacturing quality and substantially reduces the risk of unexpected system failures.
Q3. Is the V7768-312001 still manufactured?
The V7768 family is considered a legacy embedded computing platform. Most available units are supplied from remaining industrial inventory rather than current production, making proactive spare-part planning advisable.
Q4. Can the board be hot-swapped?
No. Standard VME Single Board Computers should only be installed or removed after the chassis has been powered down unless the host system specifically supports managed hot-swap functionality.
Q5. Will my application software continue to operate after replacement?
In most cases, yes, provided the BIOS revision, operating system, drivers, and application software remain compatible. Always verify software licensing, boot configuration, and hardware resource assignments after installation.
Q6. What warranty is recommended for New Surplus inventory?
Professional industrial automation suppliers typically provide a 12 month warranty, together with incoming inspection, functional testing, anti-static packaging, and secure export-grade shipping.
Q7. What inventory strategy is recommended?
For facilities operating VME-based automation or embedded computing systems, maintain as critical buffer stock. Because this platform is in the mature stage of its lifecycle, organizations should monitor lead time variability, consolidate qualified suppliers, and evaluate last-time-buy opportunities before remaining OEM inventory becomes increasingly difficult to source.
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