The Curtiss-Wright/Systran EDI9F37512C55MMC is a 2 MB SRAM Memory SIMM engineered for high-speed, deterministic data transfer in real-time industrial and embedded applications. Built on replicated shared-memory architecture, this module eliminates traditional networking protocol complexity by ensuring all network nodes operate on identical data sets simultaneously, delivering precise timing and data integrity critical to mission-essential systems.
## Technical Specifications
• Memory Type: SRAM SIMM
• Memory Capacity: 2 MB
• Architecture: Replicated Shared-Memory
• Data Throughput: 16.7 MB/sec
• Latency: 250 ns/node
• Form Factor: Single In-line Memory Module (SIMM)
• Module Configuration: Single-Slot Solution
## Key Features
• SCRAMNet network integration for distributed, synchronized memory access across multiple nodes
• Dual media support: Coax or Fiber Optic connectivity
• Low-latency node communication at 250 ns per node
• Multi-backplane compatibility enables deployment across diverse hardware platforms
## Typical Applications
Ideal for real-time systems requiring synchronized data access across networked nodes, aerospace and defense platforms with stringent timing requirements, process control environments demanding deterministic behavior, and high-availability systems where data coherency is non-negotiable.
## Compatibility & Integration
The EDI9F37512C55MMC integrates with host systems supporting VME, ISA, PCI, EISA, PMC, Rehostable, SBus, SelBUS, and GIO-32 backplanes. Network connectivity via SCRAMNet infrastructure supports both Coax and Fiber Optic media, providing flexibility for integration into existing or new deployment architectures.
