MSR630AGE-1512

Memory IC Overview

The MSR630AGE-1512 is a Band Width Engine component manufactured by MoSys, Inc., classified as a Serial High Access Memory (SRAM) chip. It utilizes a 1512 BGA or FCBGA surface-mount packaging configuration. The device functions as a memory controller engine designed to manage data bandwidth and access patterns for high-performance computing applications.

Memory IC Feature Summary

• Integrates serial high-access memory architecture for efficient data handling
• Functions as a bandwidth engine to optimize system throughput
• Utilizes surface-mount BGA packaging for compact integration

Memory IC Applications

• High-performance server memory subsystems
• Bandwidth-intensive computing engines
• System-on-chip memory acceleration modules

Memory IC Procurement Notes

Verify the manufacturer part number against official MoSys documentation to confirm compatibility with your specific design requirements. Ensure that the BGA package type matches your PCB footprint specifications. Check current manufacturing status as availability may vary. Confirm that the component meets all necessary environmental and regulatory standards for your intended deployment environment before finalizing procurement decisions.

Memory IC Selection Notes

Select this component when a dedicated bandwidth engine solution is required for managing high-speed memory access. Consider the BGA package constraints during layout planning. Evaluate system-level bandwidth requirements against the SRAM capabilities of this specific model. Ensure compatibility with existing memory controllers and interface protocols supported by the MoSys architecture.

Memory IC Part Context

This component belongs to the MoSys Band Width Engine family, which specializes in memory acceleration technologies. The MSR series devices are engineered to bridge the performance gap between processors and main memory systems. This specific model represents a serial access variant within that product line, focusing on efficient data streaming and reduced latency for critical computing tasks.

Memory IC Replacement Considerations

Consult official MoSys documentation for verified substitute part numbers. Cross-reference pinouts and electrical characteristics carefully. No public substitutes are confirmed in available sources.