EMERSON MVME61006E-0163R

Description

Product Description

The EMERSON MVME61006E-0163R is a high-performance, ruggedized Single Board Computer (SBC) based on the VMEbus architecture, designed for embedded computing in demanding industrial and military applications. This board is part of Emerson’s (formerly Motorola and later Emerson Network Power) extensive MVME series. The primary function of the EMERSON MVME61006E-0163R is to serve as the central processing unit within a VME chassis, executing complex real-time operating systems (RTOS) or general-purpose operating systems to control sophisticated automation, simulation, test, or data acquisition systems. It integrates a powerful microprocessor, memory, and a comprehensive set of I/O interfaces onto a single, robust circuit board. By implementing this SBC, system integrators can build compact, reliable, and high-performance computing platforms for critical tasks where commercial-grade PCs are unsuitable. The EMERSON MVME6100 series is renowned for its long-term availability and support in lifecycle-sensitive industries.

Technical Parameters and Features

• Device Type: VMEbus Single Board Computer (SBC).
• Processor: Features a high-performance PowerPC or potentially an Intel/AMD x86 architecture processor (specific to the 6100 series variant). The suffix -0163R indicates a specific configuration of CPU speed, memory, and features.
• Memory: Equipped with substantial onboard SDRAM/DDR RAM (amount specified by the configuration, e.g., 512MB, 1GB) and typically Flash memory for storage.
• Bus Interface: Primary interface is the VME64x bus, providing high-bandwidth communication with other VME boards in the chassis (I/O cards, communication cards).
• Onboard I/O & Interfaces: A key feature is the extensive integration of standard interfaces, which commonly include:
  • Ethernet: Dual Gigabit Ethernet ports.
  • Serial: Multiple RS-232/422/485 serial ports.
  • USB: USB 2.0 ports.
  • Graphics: Video controller with CRT/flat-panel support.
  • SATA/PATA: Interfaces for disk drives.
  • PMC/XMC Sites: One or more PCI Mezzanine Card (PMC) or XMC sites for adding specialized functionality (additional comms, digital I/O, etc.).
• Operating System Support: Designed to run various RTOS (e.g., VxWorks, QNX, Linux) and sometimes Windows Embedded.
• Rugged Design: Built with industrial-grade components and often conformal coated for operation in environments with extended temperature ranges, shock, and vibration.

Advantages and Key Features

• High Performance in a Rugged Form Factor: The EMERSON MVME61006E-0163R delivers computational power comparable to a high-end desktop, but in a format designed to survive and operate reliably in harsh industrial or mobile environments where standard computers would fail.
• Long Lifecycle and Stability: As part of Emerson’s embedded computing line, this SBC is designed for long-term availability (often 10+ years), which is critical for the design and support lifecycle of large industrial systems, military platforms, and medical devices.
• Extensive I/O Integration: The wealth of built-in interfaces (Ethernet, serial, USB, video) reduces the need for additional I/O cards, saving slots in the VME chassis and simplifying system design.
• Scalability and Expansion: The VME backplane and PMC/XMC sites offer excellent scalability. The system can be expanded with a wide variety of commercial off-the-shelf (COTS) VME and PMC cards for specific I/O, data acquisition, or communication needs.
• Proven Ecosystem and Support: The MVME platform has a vast ecosystem of software, development tools, and compatible hardware. Emerson provides long-term technical support, BIOS/firmware updates, and driver support for major operating systems.

Application Case Studies in Various Fields

• Industrial Automation Controller: Serves as the main controller in a high-speed packaging line system, running a real-time operating system that directly interfaces with servo drives and vision systems via the VME backplane and PMC cards.
• Military Radar or Sonar Signal Processing: Used as a processing node within a ruggedized VME chassis, performing real-time data processing and analysis. Its rugged design meets military specifications for temperature and vibration.
• Medical Imaging System (e.g., MRI/CT): Acts as the central image reconstruction computer, handling massive data streams from detectors. Its reliability and deterministic performance under an RTOS are crucial.
• Aerospace Test Bench (HIL Simulation): Functions as the core of a Hardware-in-the-Loop (HIL) simulator, running complex mathematical models of an aircraft or engine in real-time and interfacing with actual avionics units via I/O cards in the same VME rack.

Comparison with Competing Products

Compared to using an industrial PC (IPC) or a PLC for high-end control, the EMERSON MVME61006E-0163R occupies a specific niche:

1. Ruggedized, Modular Architecture vs. Integrated IPC: Unlike an IPC which is a sealed box, the MVME6100 SBC is part of a modular, open-architecture VME system. This allows for extreme customization and easier repair/upgrade of individual components (CPU, I/O, comms) but requires more integration effort.
2. Real-Time Determinism vs. General Computing: While powerful PLCs exist, the MVME61006E-0163R combined with a true RTOS offers a higher level of computational power and software flexibility for complex algorithms while maintaining hard real-time determinism, which is often beyond the scope of standard PLCs.
3. Legacy Strength vs. Modern Alternatives: The VME platform is mature. Competing modern architectures include VPX and CompactPCI Serial. The MVME6100 is often chosen for legacy system upgrades or where the extensive existing base of VME software and hardware is a critical asset.

Selection Advice and Important Notes

• Verify Exact Configuration: The suffix -0163R is critical and defines the specific CPU, memory, flash, and possibly PMC site configuration. Ensure this exact configuration matches your software requirements and is compatible with your chosen operating system and drivers.
• Plan the Full VME System: This is not a standalone product. You must select a compatible VME chassis, power supply, and any required additional VME or PMC cards (for specific I/O, motion control, etc.) to build a complete system.
• Secure Operating System and Drivers: Ensure you have access to the required RTOS or OS licenses and that device drivers for this specific SBC configuration are available and tested for your application software.
• Consider Cooling and Power: The EMERSON MVME61006E-0163R can have significant power consumption and thermal output. The VME chassis must provide adequate cooling (often forced air) and a power supply with sufficient capacity for the SBC and all other installed cards.
• Evaluate Lifecycle Status: Check with Emerson or its distributors for the product’s lifecycle status (active, mature, obsolete). For new designs, evaluate if a transition to a more modern platform like Emerson’s VPX series is more appropriate for long-term sustainability.

3ADT311500R0001 PLC
IC693CPU374KZ
NIKON4S020-042 PLC
1609-U500E PLC
Panasonic-Panadac361 PLC
Siemens-Moore16137-121 PLC