Description
Motorola MVME297-003
Technical Specifications
- Part Number: MVME297-003
- Manufacturer: Motorola
- Product Type: VME Memory Board
- Memory Capacity: 128MB
- Compatible System: MVME197 series
Key Features
- 128MB large-capacity memory expansion
- Specifically optimized for MVME197 series processor boards
- VME bus interface, fully compatible with Motorola VME systems
- Industrial-grade reliability design for wide temperature range working environments
- High-speed memory access, maintaining system performance
Application Scenarios Large-scale industrial control system memory upgrade, large military data processing equipment, spacecraft onboard computer memory expansion, core telecommunications network equipment memory enhancement, large scientific computing platform memory expansion
Performance Parameters
- Memory Capacity: 128MB
- Bus Type: VME
- Compatibility: MVME197 series
Material Composition Highest-grade industrial and military-grade materials, with 128MB DRAM chips undergoing rigorous aging screening and testing. PCB features redundant design for critical signal paths, connectors use military-specification gold-plating for reliable connections in extreme environments.
Structural Characteristics Standard VME board size, connecting to the backplane through VME connectors. Module design considers thermal dissipation requirements, ensuring memory chip temperature control during extended operation.
Working Principle Connects to the MVME197 main processor board through the VME bus interface, with the main board memory controller managing the expanded memory uniformly for continuous address space. The processor accesses through a high-speed local bus.
Installation Requirements Requires compatible Motorola MVME197 series main boards, confirming main board support for 128MB memory expansion. Follow anti-static operating procedures during installation, ensuring connectors are fully aligned.
Usage Notes 128MB large-capacity memory requires ensuring adequate power supply. Regularly check module fixation status to prevent loosening. Pay attention to system thermal dissipation, as memory board installation may increase overall power consumption and heat generation.
