Motorola MVME7100

Motorola MVME7100 is a high – performance 6U VMEbus single – board computer (SBC) powered by up to 1.3GHz NXP MPC864xD dual PowerPC e600 cores, designed for mission – critical real – time control, high – bandwidth data processing, and embedded computing in aerospace, defense, industrial automation, and telecom infrastructure.

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Description

Motorola MVME7100 is a high – performance 6U VMEbus single – board computer (SBC) powered by up to 1.3GHz NXP MPC864xD dual PowerPC e600 cores, designed for mission – critical real – time control, high – bandwidth data processing, and embedded computing in aerospace, defense, industrial automation, and telecom infrastructure. Motorola MVME7100 features the 2eSST VMEbus protocol (up to 320MB/s transfer rate), which is 8x faster than VME64, while maintaining backward compatibility with VME64/VME32, protecting your legacy VME investments. Motorola MVME7100 is equipped with up to 2GB DDR2 ECC memory, 128MB NOR flash, 2-8GB NAND flash, four Gigabit Ethernet ports, and dual PMC – X sites (33/66/100MHz), supporting flexible I/O expansion for motion control, vision systems, or high – speed data acquisition. Motorola MVME7100 also has 5x RS – 232 serial ports, USB 2.0 (commercial temp only), and 8x PCIe expansion connectors for SMART EC XMCspan, simplifying system integration and boosting scalability. Motorola MVME7100’s industrial – grade design ensures stable operation in -40°C to +71°C extended – temperature environments and high – vibration settings, making it a top choice for harsh – condition deployments. Motorola MVME7100 delivers dual – core parallel processing power, massive memory/storage, and high – speed I/O, ideal for data – intensive tasks that demand speed, reliability, and legacy compatibility.

Technical Parameters Motorola MVME7100

Parameter Item Parameter Value
Product Model Motorola MVME7100
Product Type 6U VMEbus dual – core PowerPC single – board computer
Processor Up to 1.3GHz NXP MPC864xD (MPC8640D/MPC8641D) SoC, dual PowerPC e600 cores, dual integrated memory controllers, DMA engine
Memory Up to 2GB DDR2 ECC SDRAM (533/667MHz); 128MB NOR flash; 2GB/4GB/8GB NAND flash
VMEbus Interface 2eSST – compliant, backward compatible with VME64/VME32; up to 320MB/s transfer rate; master/slave operation
Communication Interfaces 4x Gigabit Ethernet ports; 5x RS – 232 serial ports; 1x USB 2.0 (commercial temp only)
Expansion 2x 33/66/100MHz PMC – X sites; 8x PCIe expansion connectors (for SMART EC XMCspan); VMEbus backplane
Operating Temperature Extended temp: -40°C to +71°C; commercial temp: 0°C to +55°C
Power Supply VME standard (+5V DC, ±12V DC, ±5V DC)
Form Factor 6U VME module (320mm × 160mm)
OS Support VxWorks, LynxOS, Linux

Advantages and Features Motorola MVME7100

  1. Dual – Core High – Speed Processing: The dual PowerPC e600 cores of Motorola MVME7100 handle parallel real – time tasks like radar signal processing and semiconductor fab control efficiently, outperforming single – core legacy VME SBCs.
  2. Ultra – Fast VMEbus Performance: 2eSST protocol of Motorola MVME7100 delivers 320MB/s VMEbus bandwidth, drastically reducing data latency for high – throughput systems.
  3. Massive Memory & Storage: Up to 2GB ECC DDR2 and 8GB NAND flash of Motorola MVME7100 ensure data integrity and large – scale data storage for long – running embedded tasks.
  4. Flexible Expansion: Dual PMC – X sites and 8x PCIe connectors of Motorola MVME7100 support up to 2 PMCs + XMC expansion, meeting diverse I/O needs without extra VME slots.
  5. Harsh Environment Ready: Motorola MVME7100’s extended – temperature design (-40°C to +71°C) and rugged build ensure reliable operation in aerospace, defense, and industrial harsh settings.
  6. Legacy Compatibility: Motorola MVME7100 works seamlessly with VME64/VME32 systems, allowing smooth upgrades from MPC74xx – based MVME5500 series without replacing I/O modules.

Application Cases Motorola MVME7100

  1. Aerospace Mission Computing: A defense firm used Motorola MVME7100 as the core controller for its military aircraft mission system. Its dual – core processing and four Gigabit Ethernet ports reduced data latency by 42% and improved mission data throughput by 35%, supporting real – time target tracking and communication.
  2. Industrial Robot Control: An automation integrator deployed Motorola MVME7100 in a high – speed industrial robot control system. Its PMC – X motion control modules and 2eSST VMEbus enabled ±0.005mm position precision, boosting production efficiency by 28% and cutting cycle time by 22%.
  3. Telecom Network Infrastructure: A telecom vendor integrated Motorola MVME7100 into its core routing system. Its dual – core processing and four Gigabit Ethernet ports handled 10x more data traffic than legacy SBCs, ensuring 99.999% network uptime.

Competitor Comparison

Feature Motorola MVME7100 Motorola MVME5500-0163 Siemens SIMATIC VME1430
Processor Up to 1.3GHz dual – core MPC864xD 1GHz single – core MPC7455 30MHz 80486DX
Max Memory 2GB DDR2 ECC SDRAM 1GB DDR ECC SDRAM 16MB DRAM
VMEbus 2eSST (320MB/s), backward – compatible VME64x (40MB/s) VME32 (10MB/s)
Ethernet 4x Gigabit 1x Gigabit + 1x 10/100 1x 10BaseT
Expansion 2x PMC – X + 8x PCIe 2x PMC + 4x PCI PC/104
Operating Temp -40°C to +71°C -40°C to +85°C 0°C to +60°C
Form Factor 6U VME 3U VME 3U VME
Price Range High High Mid

Selection Suggestions

  1. Choose Motorola MVME7100 for VMEbus systems needing dual – core parallel processing, 2eSST high – speed VMEbus, and large memory/storage for data – intensive tasks like aerospace mission computing or semiconductor manufacturing.
  2. Prioritize Motorola MVME7100 for extended – temperature (-40°C to +71°C) applications, leveraging its rugged build and 2eSST protocol for harsh industrial/military settings.
  3. Select Motorola MVME7100 for legacy VME64/VME32 upgrades, as its backward compatibility allows smooth transitions from MPC74xx – based MVME5500 series without replacing existing I/O modules.

Selection Suggestions

  1. Choose Motorola MVME7100 for VMEbus systems that require dual – core parallel processing, 2eSST high – speed VMEbus, and large memory/storage for data – intensive tasks such as aerospace mission computing or semiconductor manufacturing.
  2. Prioritize Motorola MVME7100 for extended – temperature (-40°C to +71°C) applications, leveraging its rugged build and 2eSST protocol for harsh industrial/military settings.
  3. Select Motorola MVME7100 for legacy VME64/VME32 upgrades, as its backward compatibility allows smooth transitions from MPC74xx – based MVME5500 series without replacing existing I/O modules.

Precautions

  1. Use only VME – compliant power supplies (+5V, ±12V, ±5V) with Motorola MVME7100 to avoid damaging the SoC and on – board circuits.
  2. Ensure proper grounding of Motorola MVME7100 during installation to minimize electromagnetic interference and maintain stable VME/PCIe communication.
  3. Do not exceed the -40°C – +71°C extended – temperature range of Motorola MVME7100 (commercial temp 0°C – +55°C) to prevent memory errors and processor failure.
  4. Use IEEE P1386.1 – compliant PMC – X modules with Motorola MVME7100 to avoid electrical/mechanical incompatibility and bus conflicts.
  5. Update the board support package (BSP) of Motorola MVME7100 to the latest version for optimal compatibility with VxWorks, LynxOS, or Linux.

MVME162-322
MVME162-323
MVME162-333 PLC
MVME162-353
MVME162-403
MVME162-410
MVME162-411
MVME162-412
MVME162-413

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