V7768-320001 GE VME Single Board Computer

GE V7768-320001 Concise Technical Specification
Basic Information
Brand: GE (General Electric Intelligent Platforms)
Model: V7768-320001
Product Name: VME Single Board Computer
Origin: United States
HS Code: 85423190
Dimension: Standard 6U VME single slot, 233mm × 160mm × 24mm
Net Weight: 0.52kg
Electrical & Environmental Parameters
Backplane power supply: 5VDC VME bus input, typical power consumption 8W
Hardware configuration: Intel Core 2 Duo processor, up to 2GB DDR2 memory, CompactFlash storage
Communication interfaces: Dual independent gigabit Ethernet, SATA, USB 2.0, serial COM port
Operating temperature: -20℃ ~ +60℃; storage temperature: -40℃ ~ +85℃
Humidity: 5%–95% non-condensing

Protection grade: IP20 for cabinet rack installation
Certifications: CE, UL industrial EMC and shock resistance compliance
Core Product Characteristics
Fully compliant with VITA 1 VMEbus standard, supports master and slave CPU operation in multi-board rack systems; built-in PCI-to-VME transparent bridge for flexible peripheral expansion; front panel LED indicators display power, network, storage and fault running status; conformal coated circuit board to resist dust, moisture and corrosive industrial gas; standard plug-in slot design supports hot-swap maintenance without full system shutdown; wide operating temperature range adapts to power, offshore and factory harsh environments; rich onboard I/O ports eliminate extra expansion boards for medium-scale control tasks; continuous hardware self-diagnosis detects memory, bus and storage faults automatically.
Wiring Instruction
Insert the board into standard 6U VME rack to obtain 5V power and VME bus communication through backplane connectors. Connect Ethernet shielded twisted cables to front RJ45 ports for data transmission to monitoring host; USB and serial ports are reserved for local configuration and debugging. Separate communication signal wiring and high-power drive cables, single-point ground all cable shielding layers on cabinet earth bar to reduce electromagnetic crosstalk.