BCM56471A0KFSBG

Overview

The BCM56471A0KFSBG is a radio frequency system-on-chip (RF SoC) manufactured by Broadcom Limited. Classified under wireless and RF integrated circuits, this component utilizes silicon technology for signal processing applications. The device is supplied in an FCBGA package with a factory quantity of 84 units per tray. It operates within the commercial temperature range and complies with RoHS standards. This specific part number represents a specialized RF solution designed for integration into wireless communication systems requiring compact form factors and high-density mounting.

Feature Summary

• Integrates radio frequency functions into a single system-on-chip architecture
• Utilizes silicon technology for efficient signal processing
• Designed for compact wireless and RF circuit integration

Applications

• Wireless communication infrastructure modules
• RF signal processing subsystems
• Compact wireless transceiver designs

Procurement Notes

Verify the exact package type and pinout configuration against the official datasheet before PCB layout finalization. Confirm that the commercial temperature rating meets the operational environment requirements. Ensure compatibility with the intended RF signal paths and power delivery networks. Check for any specific handling precautions related to the FCBGA package during assembly.

Selection Notes

Select this component when a dedicated RF SoC solution is required rather than a general-purpose Ethernet switch. Compare performance metrics against other Broadcom RF series if higher throughput or different interface standards are needed. Validate that the silicon-based technology aligns with the system's thermal and power constraints.

Part Context

This part belongs to the Broadcom RF SoC product line, distinct from their widely known Ethernet switching families like Tomahawk or Jericho. While sharing the manufacturer, it serves a fundamentally different market segment focused on wireless connectivity rather than data center packet forwarding. Understanding this distinction prevents confusion with similar-looking model numbers in networking catalogs.