Description

The GE VME7807RC-420001 serves as a high-performance 6U VMEbus computing platform. Engineers designed this module for demanding embedded tasks in mission-critical environments. It utilizes a 1.8GHz Pentium M processor to execute complex data processing logic. Furthermore, the hardware supports high-reliability operations in aerospace and defense sectors. This single-board computer provides the stable processing power necessary for modern industrial automation. Its robust architecture ensures consistent performance during continuous duty cycles.

Key Technical Characteristics

This module features industrial-grade memory and storage components for superior data integrity. The hardware profile suits high-speed computational requirements.

• Processor: 1.8GHz Intel Pentium M
• Volatile Memory: 1GB DDR SDRAM
• Cache: 2MB L2 Cache
• Non-Volatile Storage: 512KB Flash and 2GB Scan Disk
• Form Factor: Standard 6U VME
• Cooling Interface: Conduction-cooled design
• Physical Weight: 0.3 kg
• Standard Dimensions: 2 x 18.8 x 26.2 cm

Thermal Management and Durability

The VME7807RC-420001 excels in environments with extreme temperature fluctuations. It operates reliably between -40°C and +85°C. The conduction-cooled mechanism facilitates efficient heat transfer without requiring internal fans. This design reduces the risk of mechanical failure in dusty or harsh settings. Consequently, the module maintains a long service life in remote installations. The lightweight 0.3kg frame allows for easy integration into compact chassis systems. Robust EMI shielding also protects sensitive signals from industrial electrical noise.

System Integration and Connectivity

This GE Fanuc board integrates seamlessly into existing VMEbus architectures. It acts as a primary controller or a distributed node within a DCS network. The 2GB scan disk provides ample space for localized OS booting and data logging. Additionally, the unit supports standard communication protocols for Ethernet routing and serial interfacing. This versatility allows engineers to customize the board for specific automation challenges. Its USA-based manufacturing ensures high quality and compliance with international industrial standards.