Description
GE VMIVME-7807-414001 VME Single Board Computer for Industrial Control and Embedded Upgrades
The GE (VMIC/GE Fanuc lineage) VMIVME-7807-414001 is a 6U VME64x single board computer built for long-life industrial systems—think process control, test stands, data acquisition, and defense retrofit. It’s an Intel-based SBC that, in most cases, gives you Gigabit Ethernet, VGA graphics, USB, serial, and SATA/IDE storage—plus standard VMEbus control via a Tsi148-class bridge. One thing I appreciate is how it slots straight into existing VME64x chassis with minimal fuss, making it a practical drop-in for life-extension programs.
The “-414001” suffix denotes a specific factory configuration (CPU/memory/front I/O variant). If you’re replacing an older board, we can match this build code so your software and backplane connections remain unchanged. From my experience, that saves days of requalification in regulated environments.
Company’s Order Placement Process and Guarantees
- Warranty: 365 days
- Lead time: 1 week if in stock; no more than 1 month at the latest
- Payment: 50% advance payment; full payment prior to delivery
- Express options: FedEx, UPS, DHL
- We verify the exact -414001 configuration against your required BOM/PN prior to shipment
Key Features
- 6U VME64x form factor
– Fits standard 19-inch VME enclosures; easy swap-in for legacy SBCs. - Intel processor architecture
– Typically Core Duo/Core 2 Duo class performance for Windows or Linux in industrial control. - Robust VMEbus interface
– Tsi148-class bridge for reliable VME64x master/target operation and 2eSST support in many cases. - Rich front-panel and rear I/O
– Commonly includes Gigabit Ethernet, VGA, serial, USB, and SATA/IDE; additional signals via P2 transition. - PMC expansion (on most builds)
– Mezzanine expansion for additional I/O, fieldbuses, storage, or specialized DAQ. - Field-proven in harsh environments
– Designed for 24/7 operation with forced-air cooling in industrial cabinets. - Long-term serviceability
– BIOS updates, onboard diagnostics, and accessible connectors make maintenance straightforward.
Technical Specifications
| Brand / Model | GE VMIVME-7807-414001 (VMIC/GE Fanuc lineage) |
| HS Code | 8473.30 (Printed circuit assemblies for ADP machines) |
| Form Factor | 6U VME64x single board computer |
| Processor | Intel x86 (typically Core Duo/Core 2 Duo class; exact CPU per -414001 build) |
| Memory | DDR2 SDRAM (capacity per configuration) |
| Storage Options | SATA and/or IDE; support for onboard or mezzanine storage depending on build |
| Signal Input/Output Types | Gigabit Ethernet, VGA graphics, USB 2.0, serial (RS‑232/422/485), GPIO via P2 (varies by option) |
| Communication Interfaces | VME64x bus (master/target), Ethernet, serial, USB; optional PMC-based interfaces |
| VME Controller | Tsi148-class bridge (common on VMIVME-7807 series) |
| Expansion | PMC mezzanine slots on most variants |
| Operating Temperature | 0 to +55°C (commercial; with adequate chassis airflow) |
| Power Requirements | Backplane +5 V primary; +12 V/‑12 V as required for peripherals; typical consumption varies by CPU/I-O load |
| Dimensions & Weight | 6U Eurocard, 233.35 × 160 mm; approx. 0.7–0.9 kg typical |
| Installation Method | Installs in a VME64x 6U slot; front-panel levers/ejectors; optional rear transition for P2 I/O |
Related or Supporting Products
- GE VMIVME-7806 – Earlier-generation Pentium M VME SBC; a fit if you need lower power and legacy OS support.
- GE VMIVME-7805 – Pentium III-era option; useful for maintaining older toolsets or very strict software baselines.
- GE VMIVME-7809 – Later-generation Intel-based VME SBC with higher performance; often chosen for new builds.
- PMC add-ons (various) – Extra serial ports, additional Ethernet, CAN, MIL-STD-1553, or storage via PMC.
- VME64x rear transition modules – For routing P2 signals to the rear of the chassis (model options depend on your -414001 wiring).
If you’re swapping a 7807-414001 into an existing rack, share your current faceplate and rear-transition usage. You might notice small differences in Ethernet placement or serial pinout between builds, and we’ll match that so the changeover is painless.
Installation & Maintenance
- Cabinet and airflow
– Use a VME64x-compliant 19-inch chassis with guided air across the card; typically 20–25 CFM per slot for commercial temp ranges. - Power and grounding
– Verify stable +5 V at the backplane under load; bond chassis ground; avoid mixed ground paths to reduce noise. - Wiring and I/O
– Front-panel RJ45/VGA/USB/serial are straightforward; rear I/O via P2 requires the correct transition module and pinout mapping. - ESD handling
– Handle by edges, use antistatic precautions, and never insert/remove under power. - Routine maintenance
– Quarterly dust removal (dry air, low pressure); check fan trays and filters; review BIOS/firmware revisions yearly. - Battery & storage
– RTC/CMOS coin-cell typically needs replacement every few years; back up BIOS settings before change. - Field note (customer feedback)
– A utilities client reported that matching the exact -414001 BIOS build avoided serial timing drift when migrating from a 7806—worth verifying before site work.
Quality & Certifications
- CE conformity and EMC testing on series builds (documentation available on request)
- RoHS status depends on manufacturing lot and option code; we can confirm per serial/BOM
- UL/CB compliance typically at the system level; board-level safety data available
- Manufacturer policy: GE/Abaco offered standard warranty at time of sale; our supply includes a 365-day warranty and functional test before shipment
If you need us to cross-check the VMIVME-7807-414001 against your existing image, send the exact P/N string and any faceplate photos. We’ll verify CPU, memory, I/O mapping, and BIOS so your rack powers up the same way it did before—just faster and more reliable.







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