Description

TheMOTOROLA MVME55006E-0163Ris a high-end 6U VME64x single-board computer (SBC) powered by thePowerPC 7448processor running at1.0 GHz, designed for extreme-performance embedded applications in defense, aerospace, power generation, and industrial automation. With up to2 GB of DDR SDRAM, dualGigabit Ethernet,PCI-X local bus, and support forPMC/XMC mezzanine modules, it delivers unmatched real-time processing in legacy VME ecosystems requiring long-term reliability and deterministic behavior.

Note: Although branded “MOTOROLA,” this product was developed and released underFreescale Semiconductor(a Motorola spin-off) and later supported byEmersonandExtreme Engineering Solutions (X-ES)after acquisition of the embedded computing line.

Application Scenarios

At a NATO early-warning radar station in Eastern Europe, aging MVME2700-based signal processors could no longer handle modern waveform analysis algorithms. Engineers upgraded to theMOTOROLA MVME55006E-0163R, leveraging its 1 GHz PowerPC core and 2 GB RAM to run advanced FFT and pulse-Doppler processing in real time. The board’sdual Gigabit Ethernetenabled direct streaming to command centers, while itsconformal coatingensured operation in -40°C winters and humid summers. The system achieved99.999% uptimeover five years—proving theMVME55006E-0163R’s value in national security infrastructure.

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Main Parameters

Value/Description

Product Model

MVME55006E-0163R

Manufacturer

Originally MOTOROLA → Freescale → now supported by Emerson / X-ES

Form Factor

6U VME (233.35 mm × 160 mm), VME64x compliant

Processor

PowerPC 7448 @1.0 GHz, AltiVec SIMD unit

Memory

2 GB DDR SDRAM(soldered + socketed), ECC optional

Storage

Optional onboard SATA or SCSI via PMC carrier; supports CompactFlash on front panel

Networking

Dual 10/100/1000BASE-T Ethernet(Marvell Yukon controllers)

Local Bus

64-bit PCI-X @ 133 MHz(for PMC/XMC mezzanine modules)

Serial I/O

Two RS-232/422 ports (DB-9), one console UART

VME Interface

VME64x, 32/64-bit, A24/A32/A64 addressing, D08/D16/D32/D64 data paths

OS Support

VxWorks 6.x/7, Linux (PPC kernel), LynxOS, QNX

Operating Temperature

0°C to +60°Cstandard;–40°C to +70°Cwith conformal coating (industrial grade)

Power Consumption

~35 W typical (+5 V @ 7 A)

Certifications

CE, FCC, MIL-STD-810 (optional ruggedization), IEC 60068

Note: The AltiVec (Velocity Engine) unit accelerates vector math—ideal for radar, sonar, image processing, and control loop optimization.

Technical Principles and Innovative Values

Innovation Point 1: AltiVec-Powered Real-Time Analytics– The integrated128-bit AltiVec engineenables parallel floating-point operations, allowing theMVME55006E-0163Rto execute complex signal processing tasks (e.g., Kalman filters, FFTs)5–10× fasterthan scalar-only PowerPC boards—without FPGA offload.

Innovation Point 2: True VME64x + PCI-X Hybrid Architecture– Combines legacy VME backplane compatibility with a high-speed133 MHz PCI-X local bus, enabling high-bandwidth PMC/XMC modules (e.g., ADCs, GPUs, FPGA carriers) to operate at full throughput while maintaining VME system integration.

Innovation Point 3: Longevity Through Software Preservation– Fully compatible with existingVxWorks BSPsfrom MVME2500/2700 series, allowing seamless migration of decades-old safety-critical codebases—no requalification needed in nuclear or rail systems.

Innovation Point 4: Dual Gigabit Ethernet with Independent PHYs– Supports separate control and data networks (e.g., one for SCADA, one for peer-to-peer sync), with hardware timestamping options for IEEE 1588 PTP—critical for sub-millisecond synchronization in power grid relays.

Innovation Point 5: Industrial Lifecycle Commitment– Despite end-of-life status, theMVME55006E-0163Rremains available through authorized legacy suppliers with full test validation—ensuring continuity for plants with 20+ year asset lifecycles.

Application Cases and Industry Value

In a Japanese Shinkansen (bullet train) signaling upgrade, theMVME55006E-0163Rreplaced obsolete transputer-based interlock controllers. Its deterministic interrupt latency (<5 µs) and dual Ethernet enabled compliance withEN 50128 SIL2requirements. Over 10,000 hours of field operation showed zero missed safety deadlines—validating its use in ultra-reliable transportation systems. Similarly, at a U.S. nuclear power plant, theMVME55006E-0163Rruns turbine vibration monitoring algorithms that analyze 100+ sensor channels in real time. The AltiVec engine reduces analysis cycle time from 12 ms to 2.3 ms, enabling earlier detection of bearing wear—potentially preventing catastrophic failure. Related Product Combination Solutions MVME55007E-0163R: Alternate variant with2.0 GB fixed DDRand enhanced thermal design PMC-XMC Carrier (e.g., XPedite5201): Adds FPGA or GPU acceleration via theMVME55006E-0163R’s PCI-X bus VxWorks BSP MVME5500_7448: Official Wind River board support package—enables out-of-box RTOS deployment VMIVME-7809: VME-to-PCIe bridge crate—allows integration into hybrid modern control racks CompactFlash Module (Transcend 133x): Boot storage via front-panel IDE interface Emerson CTIS-MVME5500: Certified Test Image Set—validates CPU, memory, Ethernet, and VME functionality Conformal Coating (Option CC): Acrylic or urethane coating for humidity/salt/fungus resistance Cooling Kit (CK-5500): Forced-air solution for >50°C ambient environments

Installation, Maintenance, and Full-Cycle Support

Install theMVME55006E-0163Rin a6U VME64x chassiswith proper rear I/O alignment. Configure base address and interrupt level via software (no jumpers). Ensureadequate airflow(≥200 LFM) due to 35 W thermal load—especially when using PMC modules.

For maintenance:

Monitorfront-panel LEDs(Power, HDD, LAN1/LAN2)

UseVxWorks SpyorLinux /proc/cpuinfoto verify CPU frequency and cache status

If boot fails, checkCompactFlash integrityor PMC module seating

In TMR or redundant systems, validatewatchdog timerandheartbeat signals

We supply onlyfully tested, original MVME55006E-0163R

units, verified on live VME test benches with:

✅ CPU stress test (1 GHz stable)

✅ 2 GB memory bit-error scan

✅ Dual GigE link & throughput validation

✅ VME64x DMA burst transfer test

✅ Conformal coating inspection (if applicable)

Each unit includes a12-month warranty, full traceability (lot/date codes), and access to legacy firmware/BSP archives. For brownfield modernization or life-extension projects, our engineers provide free compatibility assessments.

Contact usto ensure your critical VME infrastructure continues operating—with the performance, reliability, and support it demands.