Description

The EMERSON MVME6100 is a high-performance, ruggedized single-board computer (SBC) designed for the VMEbus (Versa Module Europa Bus) architecture, a longstanding and trusted platform in industrial automation and embedded computing. Originally developed under the Motorola Computer Group (which later became part of Emerson Network Power), this board serves as the central processing unit for complex real-time control and monitoring systems. The core function of the EMERSON MVME6100 is to provide substantial computational power, manage system resources, and execute complex application software within a robust and reliable hardware framework. It is a key component in systems requiring deterministic performance and high data throughput.

Positioned as a powerful engine within a VMEbus chassis, the EMERSON MVME6100 often acts as the system controller in a multi-board setup, coordinating the activities of various I/O, communication, and specialized processing modules. Its value lies in its ability to handle demanding computational tasks in harsh industrial environments where standard commercial computing hardware would fail. The EMERSON MVME6100 is renowned for its processing capabilities, which are built around high-performance processors like the PowerPC or Intel Core architecture (depending on the specific variant), coupled with generous memory and extensive I/O options. This makes it an ideal platform for applications ranging from industrial control and military systems to simulation and telecommunication infrastructure, ensuring long-term system stability and performance.

EMERSON MVME6100

Technical Specifications

Main Features and Advantages

The EMERSON MVME6100 delivers exceptional computational performance, driven by its high-speed PowerPC or Intel Core architecture processor. This raw processing power is essential for handling complex algorithms, large data sets, and real-time operating systems (RTOS) like VxWorks or Linux, which are common in demanding automation and defense applications. Its substantial onboard DDR2 memory ensures smooth multitasking and efficient handling of memory-intensive applications, preventing bottlenecks in critical processes.

Robust connectivity and expansion form another cornerstone of its design. With dual Gigabit Ethernet ports, the EMERSON MVME6100 facilitates high-speed network communication for data acquisition, control network integration, and remote management. The inclusion of multiple USB and serial ports provides flexibility for connecting peripherals and legacy devices. Crucially, the onboard PMC (PCI Mezzanine Card) expansion sites offer a standardized and highly flexible way to add specialized I/O functions, such as additional communication protocols (PROFIBUS, DeviceNet), analog/digital I/O, or motion control, tailoring the MVME6100 to specific application needs without a complete board redesign.

Ruggedness and reliability are inherent advantages. Built to the industrial-grade VMEbus standard, the EMERSON MVME6100 is designed for 24/7 operation in environments with shock, vibration, and extended temperature ranges. Its longevity and stability in the market make it a trusted choice for legacy systems and new designs where long life cycles and dependable performance are non-negotiable. This combination of power, flexibility, and ruggedness makes the EMERSON MVME6100 a superior and reliable computing engine.

Application Field

The EMERSON MVME6100 is deployed in a wide array of industries that demand robust, reliable, and high-performance computing in embedded and real-time environments. Its rugged design and computational power make it a preferred choice for critical applications.

In the industrial automation sector, the EMERSON MVME6100 is frequently found at the heart of sophisticated Distributed Control Systems (DCS) and Programmable Automation Controllers (PAC). It performs complex control logic, data logging, and acts as a communication gateway in industries such as oil and gas refining, chemical processing, and power generation. Here, the MVME6100 manages vast amounts of I/O data and ensures precise, deterministic control of processes.

Within the defense and aerospace industries, the EMERSON MVME6100 proves its mettle in radar and sonar signal processing systems, military vehicle computing platforms, and flight simulators. Its ability to function reliably under extreme conditions and its support for secure, real-time operating systems are paramount. Furthermore, the EMERSON MVME6100 is also utilized in telecommunications infrastructure for base station controllers and in medical imaging equipment, where its high data throughput and expansion capabilities via PMC sites are essential for processing complex data streams and interfacing with specialized hardware.

EMERSON MVME6100

Related Products

EMERSON MVME5100: An earlier generation single-board computer, often used as a cost-effective or direct downgrade path from the MVME6100.

EMERSON MVME7100: A potential successor or more advanced model offering enhanced performance and features beyond the MVME6100.

EMERSON MVME5500: Another member of the MVME family, providing a different balance of performance and I/O for varied application requirements.

EMERSON VME chassis (e.g., VME-9112): The rugged enclosure that houses and provides power and backplane connectivity for the MVME6100 and other VME modules.

Emerson PPC7A/8A PMC Modules: Example PMC cards that can be added to the MVME6100‘s expansion sites to provide additional serial, digital, or analog I/O channels.

EMERSON MVME2500: A much older VME SBC, highlighting the long evolution and compatibility within the MVME product line that the MVME6100 belongs to.

CONTEC PMC-52416A: A third-party analog I/O PMC card that demonstrates the compatibility of the MVME6100 with industry-standard PMC expansion modules.