MVME2100 | VMEbus Single Board Computer

Product Model : MOTOROLA MVME2100
Manufacturer : Motorola
Product Type : VMEbus Single Board Computer
Processor : PowerPC 603e @ 100 MHz
Memory : 32 MB DRAM (expandable to 128 MB)
Storage : 4 MB Flash + SCSI-2 interface
Bus Architecture : VME64 (6U form factor)
I/O Interfaces : 2x RS-232, Ethernet 10Base-T, VME P2/J2
Operating Temperature : 0°C to +55°C (extended: -40°C to +70°C)
Power Input : +5V DC (±5%), 15W typical
Certifications : FCC Part 15, CE, MIL-STD-810F

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Description

Technical Specifications

Product Model **MOTOROLA MVME2100**
Manufacturer Motorola
Product Type VMEbus Single Board Computer
Processor PowerPC 603e @ 100 MHz
Memory 32 MB DRAM (expandable to 128 MB)
Storage 4 MB Flash + SCSI-2 interface
Bus Architecture VME64 (6U form factor)
I/O Interfaces 2x RS-232, Ethernet 10Base-T, VME P2/J2
Operating Temperature 0°C to +55°C (extended: -40°C to +70°C)
Power Input +5V DC (±5%), 15W typical
Certifications FCC Part 15, CE, MIL-STD-810F

Key Features & Advantages

The **MOTOROLA MVME2100** combines robust VMEbus architecture with real-time processing capabilities, ideal for mission-critical applications. Its PowerPC 603e CPU delivers 85 MIPS performance, enhanced by a dual-level cache system (16 KB instruction/16 KB data) for deterministic response. The board’s integrated SCSI-2 interface supports high-speed data transfers up to 10 MB/s, while the 10Base-T Ethernet enables seamless network integration.

Rugged design: Conformal coating protects against humidity and dust, meeting MIL-STD-810F for shock (30g) and vibration (5g RMS). The modular design allows easy expansion via VME P2/J2 connectors, supporting up to 21 slots in a chassis. Compatible with VxWorks and LynxOS real-time operating systems, the **MVME2100** ensures software flexibility for industrial automation.

MVME2301-900

Applications

The **MOTOROLA MVME2100** is deployed in radar signal processing systems, handling real-time FFT computations for air traffic control. Telecommunications infrastructure utilizes its VMEbus reliability for base station controllers managing 1000+ concurrent connections. Industrial robotics applications leverage the board’s deterministic I/O for precision motion control in assembly lines.

Medical imaging equipment employs the **MVME2100** for X-ray machine control systems requiring <100 µs interrupt latency. Transportation networks use its extended temperature range for railway signaling systems in harsh environments. Energy sector applications include SCADA systems for pipeline monitoring with MIL-STD-810F compliance.

Related Products

**MVME2200**: Enhanced PowerPC 604 variant with PCI mezzanine.

**MVME2300**: Compact 3U form factor for space-constrained setups.

**MVME2600**: Dual-processor SBC for high-throughput computing.

**MVME5500**: Gigabit Ethernet upgrade with DDR memory.

**VME-9460**: Ruggedized chassis with 21-slot backplane.

Installation & Maintenance

Installation preparation: Ensure VME backplane compatibility with A32/D32 addressing mode before installing **MOTOROLA MVME2100**. Use ESD-safe handling procedures during board insertion. Maintenance recommendations: Clean edge connectors annually with isopropyl alcohol to prevent oxidation. Update firmware via Motorola’s diagnostic utilities to maintain optimal performance.

Product Assurance

Each **MOTOROLA MVME2100** undergoes 48-hour thermal cycling (-40°C to +85°C) with full functional testing. Backed by a 3-year warranty covering component defects and workmanship. Compliant with ISO 9001 quality standards, including full traceability documentation. Lifetime access to Motorola’s legacy support portal for technical schematics and OS drivers.

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