Description
Motorola MVME6100-0161
Technical Specifications:
- Brand: Motorola
- Model: MVME6100-0161
- Processor: High-performance MPC7457 PowerPC operating at 1.267 GHz
- Coprocessor: 128-bit AltiVec SIMD coprocessor for parallel processing
- Memory: Up to 1GB of onboard DDR ECC memory
- Storage: 128MB Flash memory (divided into two 64MB banks)
- Bus Interface: 2eSST VMEbus protocol with a transfer rate of up to 320MB/s
- Network: Dual Gigabit Ethernet interfaces
- Expansion: Two 33/66/100 MHz PMC-X sites
Functional Features:
- Ultra-High Bandwidth: The 2eSST protocol enables actual VMEbus bandwidths of up to 320MB/s.
- Advanced Parallel Computing: The integrated AltiVec coprocessor significantly accelerates complex mathematical and signal processing tasks.
- Flexible Expansion: Dual PMC-X sites allow for the addition of industry-standard or application-specific modules.
- Seamless Migration: Provides a smooth migration path from existing Motorola VMEbus platforms, protecting legacy infrastructure investments.
Application Scenarios:
Extensively used in industrial production control, mechanical control, automated systems, environmental monitoring, and power system control.
Performance Parameters:
- Bus Bandwidth: 320MB/s (2eSST)
- Processor Clock: 1.267 GHz
- Network Throughput: Dual Gigabit Ethernet
Material Composition:
Constructed with high-quality multi-layer industrial-grade PCBs, featuring high-performance PowerPC chipsets, DDR ECC memory, and Texas Instruments (TI) VMEbus transceivers that support 2eSST signal switching speeds.
Structural Characteristics:
Standard 6U VME module form factor, equipped with high-density P1/P2 backplane connectors, PMC-X expansion panels, and a robust metal heat dissipation frame.
Working Principle:
The MPC7457 processor executes core control algorithms while the AltiVec coprocessor accelerates data computation. Data is transmitted at high speeds across the VME bus via the 2eSST protocol, while the dual Gigabit Ethernet interfaces handle real-time external network communication.
Installation Requirements:
Wear an anti-static wrist strap during installation. Align the module with the chassis guides, ensure the ejector levers are in the outward position, slide the board in until resistance is felt, and simultaneously push the levers inward to lock the module securely.
Precautions for Use:
Observe strict case sensitivity when entering firmware commands (e.g., MOTLoad). Ensure the chassis provides adequate forced-air cooling and strictly adhere to Electrostatic Discharge (ESD) protection protocols.
