DMV2400A-CPCI Module

Brand: Abaco Systems / Radstone Embedded Computing (Formerly GE Intelligent Platforms / Dynatem)

Model: DMV2400A-CPCI (DMV2400A CompactPCI)

Product Type: High-Performance 6U CompactPCI (cPCI) Single Board Computer (SBC)

DMV2400A-CPCI Module

Technical Parameters: Processor Architecture: Powered by high-performance dual-core or single-core Freescale/NXP PowerPC (PowerQUICC III / e500 core) or Intel processors designed for deterministic, real-time embedded computing. Bus Interface: Standard 6U CompactPCI (cPCI) form factor supporting PICMG 2.0 specifications with multi-gigabyte backplane throughput. Memory Architecture: Integrated high-speed DDR/DDR2 ECC SDRAM memory for reliable fault-tolerant computing alongside non-volatile Flash memory for board support packages (BSPs) and OS hosting. Onboard I/O Array: Equipped with high-density interface options including multiple Gigabit Ethernet ports, RS-232/422/485 serial communications, USB interfaces, discrete digital I/O lines, and PMC/XMC expansion slots. PMC / XMC Expansion: Features onboard Mezzanine (PMC/XMC) expansion slots enabling modular integration of custom I/O, graphics, or fieldbus adapters without increasing slot footprint. Operating System Support: Universal board support for leading real-time operating systems (RTOS) including VxWorks, Wind River Linux, and LynxOS. Thermal & Ruggedization Configurations: Available in air-cooled commercial grades as well as conduction-cooled, ruggedized military-grade specifications designed to withstand extreme thermal cycles, mechanical shock, and vibration. System Safety & Protection: Built-in watchdog timers, onboard thermal sensors, and real-time hardware status monitoring for mission-critical reliability.

Industrial Sectors: Aerospace and Defense, Military Command and Control, Naval and Radar Systems, Railway and Transportation Infrastructure, Heavy Industrial Automation, and High-Reliability Telecommunications.

Application Scenarios:

1. Defense and Avionics Processing: Installed in ruggedized airborne and ground vehicle electronics bays to execute real-time flight telemetry, sensor fusion, and mission computer processing.

2. Radar and Signal Intelligence Systems: Deployed as a primary processing node in naval or stationary radar subsystems to process high-throughput digital signal inputs with low latency.

3. Train Control & Railway Safety Systems: Integrated into onboard train control units (TCMS) and wayside signaling cabinets to handle deterministic safety monitoring and automated train protection protocols.

4. Rugged Industrial Automation Control: Positioned inside harsh-environment industrial control racks to run real-time deterministic software loops for critical energy, power distribution, and heavy machinery operations.