GE VMIVME-7805VME bus single-board computer
The VMIVME-7805 is a high-performance VMEbus single-board computer (SBC) designed for industrial and embedded computing applications requiring robust processing power and deterministic control. It integrates advanced hardware features with flexible connectivity options, making it suitable for mission-critical environments demanding reliability and scalability.
Detailed content
Technical Specifications:
- Processor: 2.2 GHz Intel Pentium 4 Processor-M with 512 KB L2 cache, leveraging the NetBurst microarchitecture for high-clock-speed execution and enhanced multimedia capabilities .
- Memory: Supports up to 1 GB PC2100 DDR SDRAM via a single SO-DIMM slot, along with 256 MB CompactFlash for non-volatile storage .
- Interfaces:
- Networking: Dual Gigabit Ethernet ports for high-speed data communication.
- Display: Internal SVGA controller and front-panel DVI-I interface supporting analog and digital monitors .
- Peripherals: Two USB 2.0 ports, multiple RS-232/422/485 serial channels, and digital input/output (DI/DO) lines for device integration .
- Expansion: PCIe and PMC/XMC slots for adding specialized modules like analog I/O, wireless adapters, or FPGA-based acceleration .
- Power: Operates on 5V DC with surge protection, ensuring stable operation in fluctuating power environments .
- Environmental:
- Temperature: 0°C–65°C (commercial grade) with resistance to shock and vibration .
- Compliance: Meets industrial EMI/EMC standards for reliable performance in noisy environments .
Functional Features:
- Real-Time OS Support: Compatible with Linux, Windows, and VxWorks, with kernel-level drivers enabling deterministic task scheduling and low-latency control .
- Watchdog Timer: Hardware-based reset mechanism ensures system stability by automatically recovering from software failures .
- Redundancy: Dual power inputs and failover capabilities maintain continuous operation in critical applications .
- Data Integrity: Built-in error detection (CRC) and parity checking for memory and communication channels .
- Remote Management: Web-based tools and SNMPv3 enable remote configuration, firmware updates, and diagnostic monitoring .
Application Scenarios:
- Industrial Automation: Deployed in factory systems for machine control, robotics, and process monitoring, leveraging its high-speed I/O and real-time processing .
- Aerospace and Defense: Used in flight simulators, avionics testing, and radar systems requiring nanosecond-level synchronization and rugged reliability .
- Energy Management: Implements grid-scale monitoring and distributed control in smart grids, optimizing power distribution and renewable energy integration .
- Medical Imaging: Supports real-time image reconstruction in MRI/CT systems through its high-bandwidth memory and PCIe expansion capabilities .
- Scientific Research: Utilized in particle accelerators and nuclear fusion experiments to manage high-speed data streams from detectors and synchronize complex experimental setups .
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