Abaco Systems / VMIC VMIVME-7700-011 / VMIVME-7700-011000 Ultra Low Voltage Intel Celeron VMEbus

The Abaco Systems VMIVME-7700-011 / VMIVME-7700-011000 is a VMEbus Single Board Computer engineered for deployment in rugged, mission-critical environments. Built around an Intel Ultra Low Voltage Celeron processor, this passively cooled single-slot Eurocard delivers reliable performance without active thermal management. The board functions as a system controller or peripheral CPU in multi-CPU VMEbus architectures, with transparent PCI-to-VMEbus bridging and full VME64 compliance.

– Technical Specifications

Processor & Memory
• Intel Ultra Low Voltage Celeron at 400 MHz or 650 MHz
• 256 KB on-die L2 cache
• 100 MHz processor side bus
• Up to 512 MB PC-100 SDRAM via single 144-pin SODIMM
• Dual-ported DRAM to VMEbus

Storage & Boot Options
• Up to 1 GB CompactFlash with socket integration
• Up to 1 GB bootable Flash on secondary IDE (optional)
• IDE interface for hard disk and floppy drive support

Graphics
• Intel 815E AGP graphics controller (integrated)
• 2D/3D graphics accelerator with pixel processing and rendering
• 4 Mbyte external synchronous DRAM cache, 64-bit data interface
• Display output to 1600 × 1200 resolution via front panel

Interfaces & Connectivity
• VMEbus Rev. C.1 compliant with A32/A24/D32/D16/D08(EO)/MBLT64/BLT32 modes
• One PMC expansion site (IEEE-1386.1, 5 V)
• Dual Ethernet controllers: 10BaseT and 100BaseTX
• Two 16550-compatible RS232 serial ports
• Dual USB connections (front panel)
• PS/2 keyboard and mouse ports
• Ultra DMA/100 controllers (VMEbus P2 connection)

Timers & System Management
• Two 16-bit and two 32-bit programmable timers
• Software-selectable watchdog timer with reset capability
• User-programmable watchdog timer
• Real-time clock/calendar with endian conversion hardware
• Enhanced bus error handling

Physical Form Factor
• Single-slot, passively cooled Eurocard configuration
• Dimensions: 263 × 58 × 28 mm
• Weight: 4.3 kg

– Key Features

• Passive cooling eliminates fan dependencies for extended MTBF in sealed environments
• PCI-to-VMEbus bridge enables mixed-architecture system integration
• Dual-ported DRAM optimizes VMEbus data throughput
• Integrated graphics accelerator reduces external component count
• Real-time endian conversion hardware supports heterogeneous processor architectures

– Typical Applications

VME-based avionics, military communications, satellite payload processing, industrial process control, and multi-CPU embedded systems requiring low-power operation with passive thermal management.