FW82801FBM

Overview

The FW82801FBM is a memory controller integrated circuit manufactured by Altera. It functions as a peripheral component within embedded system architectures, facilitating data management between processor cores and memory subsystems. This component is part of the broader Intel/Altera ecosystem for embedded FPGA solutions.

Feature Summary

• Provides dedicated memory control capabilities for embedded processing systems
• Integrates with Altera FPGA IP cores for system design

Applications

• Embedded FPGA hardware system design
• Nios V processor system integration
• Memory subsystem interfacing in Altera-based platforms

Procurement Notes

Verify manufacturer authenticity through official Intel or authorized distributor channels. Confirm package type matches surface mount requirements. Ensure compatibility with specific Nios V processor configurations before procurement. Request original datasheets to validate revision levels and electrical specifications against project needs.

Selection Notes

Select this component when designing systems requiring dedicated memory control within Altera FPGA environments. It is suitable for applications utilizing Nios V embedded processors. Evaluate system memory architecture requirements to ensure this controller meets bandwidth and interface needs. Consider thermal and mechanical constraints associated with its surface mount packaging during board layout.

Part Context

This component belongs to the family of controllers used in Altera's embedded processor solutions. It supports the integration of memory interfaces within FPGAs designed for custom embedded applications. The device enables efficient data handling for microcontrollers and general-purpose processors implemented on Altera silicon.

Replacement Considerations

Consult official Intel documentation for verified substitute part numbers. Cross-reference with NH82801GR series components if pin-compatible alternatives are required. Verify functional equivalence with current Nios V IP core versions before substitution.