The EMERSON MVME6100 is a high-performance, ruggedized single-board computer (SBC) designed for the VMEbus architecture. Originally developed by Motorola (now part of Emerson) and continuing its legacy, this SBC delivers robust computing power for demanding industrial, defense, and aerospace applications where reliability under harsh conditions is paramount.
In a military radar signal processing system, the central computer must process massive amounts of data in real-time while withstanding significant vibration and extreme temperature fluctuations. The EMERSON MVME6100 is deployed as the main processing node within a VME chassis. Its powerful processor handles complex signal algorithms, while its rugged design ensures uninterrupted operation. This direct application addresses the critical need for computational reliability in environments where system failure is not an option, guaranteeing the continuous operation of vital national defense infrastructure.
Main Parameters | Value/Description |
Product Model | EMERSON MVME6100 |
Manufacturer | Emerson (Legacy Motorola Computer Group) |
Product Category | VMEbus Single Board Computer (SBC) |
Processor | PowerPC™ Processors (e.g., MPC8548, frequency varies) |
Memory | Up to 2GB DDR2 SDRAM with ECC (Error Correcting Code) |
- | Storage |
Bus Interface | VME64 / VME64x |
Network Interface | Dual 10/100/1000 Mbps Gigabit Ethernet Ports |
Other I/O | USB, Serial, Graphics Controller, SATA |
Operating Temperature | Extended temperature range available (e.g., -40°C to +85°C) |
· •Innovation Point 1: Ruggedized High-Performance Computing. The MVME6100 leverages a high-performance PowerPC processor with advanced features like a memory management unit (MMU) and large L1/L2 caches. This architecture is optimized for deterministic, real-time performance in complex computational tasks, a critical requirement in industrial control and signal processing.
· •Innovation Point 2: Enhanced System Reliability with ECC Memory. A key differentiator is the integration of Error Correcting Code (ECC) memory. This feature automatically detects and corrects single-bit memory errors, preventing data corruption and system crashes, which is essential for applications requiring high levels of data integrity and system availability.
· •Innovation Point 3: Comprehensive Integrated I/O. The board integrates a wide array of I/O interfaces directly onto the PCB, including dual Gigabit Ethernet, USB, and serial ports. This high level of integration reduces the need for additional mezzanine or peripheral cards, simplifying system design, saving slot space, and enhancing overall reliability.
A semiconductor wafer fabrication plant utilized an older VME-based system for controlling its ion implantation equipment. The existing SBCs were struggling with the computational load of new, more complex process recipes, leading to decreased throughput. By upgrading to the EMERSON MVME6100, the plant achieved a 300% increase in processing speed. The enhanced computing power allowed for more precise control and faster recipe execution, resulting in a 15% improvement in wafer yield and a significant extension of the capital equipment's service life.
· •Emerson MVME7100: An advanced successor to the MVME6100, offering higher processor performance and additional features for next-generation applications.
· •Emerson MVME5500: A previous-generation SBC that can be seamlessly upgraded to the MVME6100 for a significant performance boost while maintaining mechanical and electrical compatibility.
· •Emerson VME-Fiber Optic Interface Cards: Specialized communication cards that can be installed in the same chassis as the MVME6100 to add high-speed, noise-immune fiber optic links.
· •Emerson VME Chassis (e.g., 6U or 9U): The robust enclosures and backplanes designed to house and interconnect the MVME6100 with other VME modules.
· •Wind River VxWorks RTOS: A popular real-time operating system that is highly optimized to run on PowerPC architectures like the MVME6100, providing deterministic performance.
Installation of the EMERSON MVME6100 involves carefully inserting it into a compatible slot on the VMEbus backplane within a chassis. Proper grounding and securing with front-panel screws are crucial. Configuration typically involves setting up the boot parameters via a serial console and loading the appropriate operating system and application software.Routine maintenance is minimal but should include monitoring the board's status through software diagnostics and ensuring adequate cooling airflow within the chassis. The board's solid-state design and high-quality components ensure long-term reliability. We provide comprehensive lifecycle support, from initial system design consultation and OS porting assistance to long-term technical support and a guaranteed supply of genuine, tested EMERSON MVME6100 boards.
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