The Mercury Computer Systems / Themis TSVME-105-3 is a VMEbus processor module engineered for deterministic computing in ruggedized industrial, military, and aerospace environments. Built around the Motorola MC68010 processor running at 12 MHz, this module delivers reliable real-time performance within demanding operational contexts. The TSVME-105-3 integrates four DB15 female connectors for I/O and communication, front-panel status LEDs for system monitoring, and reset/abort control buttons. Its VMEbus architecture ensures seamless integration with existing backplane-based systems while the rugged construction supports operation across challenging environmental conditions including temperature extremes, high-altitude deployment, shock, and vibration exposure.
Technical Specifications
• Processor: Motorola MC68010
• Clock Speed: 12 MHz
• Form Factor: VME Module
• Connectors: (4) DB15 Female
• Status Indicators: LEDs
• Control Interface: Reset / Abort Buttons
– Key Features
• VMEbus-compatible architecture for modular system integration
• Deterministic processing capability for time-critical applications
• Integrated status LED indicators for real-time system visibility
• Manual reset and abort controls for operational management
• Four multi-purpose DB15 connectors supporting parallel I/O and communication protocols
– Typical Applications
The TSVME-105-3 serves aerospace avionics, defense electronics, industrial process control, and mission-critical embedded systems where reliability and environmental resilience are paramount. Its MC68010 processor provides sufficient compute capacity for control algorithms, data acquisition, and signal processing in systems requiring long operational life and high availability.
– Compatibility & Integration
This module integrates directly into VMEbus backplane architectures and pairs with complementary Mercury Computer Systems / Themis peripherals. The open architecture design supports mixed-vendor VME ecosystems, enabling flexible expansion and system upgrades within existing installations.
