Description
Motorola MVME331S
Technical Specifications
- Processor: Low-power, high-performance microprocessor.
- Memory: Onboard DRAM supporting ECC error correction.
- Non-Volatile Storage: Battery-backed SRAM or Flash.
- I/O Interfaces: Streamlined yet fully functional serial, network, and local I/O.
Functional Features
- Low-Power Design: Optimized power management reduces heat generation and lowers cooling requirements.
- High Integration: Consolidates functions traditionally spread across multiple modules onto a single board, saving VME slot resources.
- Rugged Durability: Structurally reinforced to withstand vibration and shock.
Application Scenarios
- Mobile Equipment: Vehicular computing platforms and portable test instruments.
- Space-Constrained Systems: I/O aggregation nodes in high-density VME chassis.
- Edge Computing: Real-time data acquisition and preprocessing at the industrial edge.
Performance Parameters
- Vibration Resistance: Complies with industrial-grade vibration and shock standards.
- Boot Time: Optimized firmware enables rapid system booting.
Material Composition
Constructed with high-strength structural components and wide-temperature electronic components; PCBs undergo special conformal coating treatment.
Structural Characteristics
- Dimensions: Compact VME module footprint.
- Panel: Rugged metal front panel providing reliable mechanical locking.
Working Principle
The low-power processor operates under a real-time operating system, communicating with the backplane through optimized bus logic. Onboard power management circuits convert VME backplane power into the low-voltage DC required by internal components.
