Xycom 4115T

• 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 12–15 watts
• Operating Temperature: 0°C to 60°C (commercial), with extended temperature variants available
• Storage Interface: IDE interface supporting solid-state drives or compact flash for embedded storage
• Bus Compliance: Fully compliant with IEEE 1014-1987 VMEbus standard and VME64 extensions

Features

• Enhanced Processing Power: Utilizes the Intel Pentium architecture for significant performance improvement over 486-based predecessors
• Rugged Industrial Design: Built to withstand shock, vibration, and electromagnetic interference typical in harsh environments
• Deterministic Real-Time Operation: Optimized for low-latency response in time-critical control and automation tasks
• Multi-Protocol Communication: Supports a wide range of industrial communication standards for seamless integration with sensors, HMIs, and networked devices
• Onboard Diagnostics: Includes power-on self-test (POST) and system monitoring for improved reliability and troubleshooting
• Scalable System Architecture: Fully compatible with VME64 backplanes, enabling integration with additional I/O, motion control, and data acquisition modules
• Fanless and Maintenance-Free Operation: Designed for passive cooling, suitable for deployment in sealed enclosures and high-reliability systems

Applications

• Industrial Automation: Serves as a central controller in CNC machines, robotics, and automated manufacturing cells
• Military and Defense Electronics: Deployed in mobile command systems, radar control, and field-deployable test instrumentation
• Transportation Infrastructure: Used in rail signaling, onboard diagnostics, and intelligent traffic control systems
• Test and Measurement Systems: Functions as a core processing unit in automated test equipment (ATE) for aerospace, automotive, and electronics validation
• Energy and Utility Control: Integrated into SCADA systems for power plant monitoring, grid management, and remote data acquisition