- Ethernet Connectivity: Dual 10/100Base-TX Ethernet ports for high-speed network communication and redundancy
- Video Output: Onboard VGA controller supporting standard SVGA resolutions for local HMI or diagnostics
- Storage Interface: IDE interface for solid-state or mechanical storage; supports compact flash and hard drives
- Real-Time Clock: Battery-backed RTC with calendar and timekeeping functions
- Power Supply: Operates on standard VMEbus power (+5 V, ±12 V); typical power consumption is 15–20 watts
- Operating Temperature: 0°C to 60°C (commercial), with optional extended temperature variants available
- Bus Compliance: Fully compliant with VMEbus IEEE 1014-1987 and VME64 (ANSI/VITA 1-1994) standards
- Interrupt Handling: Full support for VMEbus interrupt levels and messaging
Features
- High-Performance Processing: Powered by a 300 MHz Intel Pentium II processor, providing significant computational power for complex control algorithms and multitasking
- Rugged Industrial Design: Built to withstand shock, vibration, and electromagnetic interference common in industrial and military environments
- Dual Ethernet Support: Enables redundant networking, remote monitoring, and integration into modern industrial Ethernet architectures
- Integrated VGA Output: Allows direct connection to a monitor for local system configuration, diagnostics, or operator interface without requiring additional modules
- Deterministic Real-Time Operation: Optimized for low-latency response in time-critical automation, motion control, and data acquisition tasks
- Onboard Diagnostics: Includes comprehensive power-on self-test (POST), system health monitoring, and error logging
- Scalable Architecture: Compatible with VME64 backplanes, supporting expansion with additional I/O, motion control, and communication modules
- Fanless and Maintenance-Free Operation: Designed for passive cooling, suitable for deployment in sealed enclosures and high-reliability systems
Applications
- Industrial Automation: Functions as a central controller in CNC machines, robotic systems, and high-speed manufacturing lines
- Military and Defense Electronics: Deployed in command and control units, mobile communication systems, and field-deployable test instrumentation
- Transportation Systems: Used in rail signaling, onboard diagnostics, and intelligent traffic management networks
- Test and Measurement Equipment: Serves as a core processing unit in automated test systems for aerospace, automotive, and electronics validation
- Energy and SCADA Infrastructure: Integrated into remote monitoring and control systems for power generation, oil & gas, and water treatment facilities
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