Broadcom

BCM56844A1KFRBG

BCM56844A1KFRBG Description

The BCM56844A1KFRBG from Broadcom Limited is a high-performance Multi-Layer Switch designed for advanced networking and data center applications. Although now marked as Obsolete, this device was engineered to deliver robust switching capabilities with optimized power efficiency and low latency. Packaged in a Tray format with a Moisture Sensitivity Level (MSL) of 4 (72 Hours), it was suited for integration into demanding environments requiring reliable, high-speed data processing. Its REACH Unaffected status ensures compliance with environmental regulations, while its ECCN OBSOLETE designation indicates it is no longer actively marketed.

BCM56844A1KFRBG Features

• Multi-Layer Switching: Supports complex network topologies with advanced Layer 2/3 switching capabilities.
• High Performance: Optimized for low-latency, high-throughput data center and enterprise networking.
• Power Efficiency: Designed to minimize energy consumption without compromising performance.
• Tray Packaging: Ensures secure handling and storage, ideal for automated assembly processes.
• Moisture Sensitivity Level 4: Requires careful handling to prevent moisture-related damage during assembly.

BCM56844A1KFRBG Applications

• Data Center Networking: Ideal for spine-leaf architectures and high-density switching environments.
• Enterprise Networks: Suitable for core and distribution layer switching in large-scale corporate networks.
• Telecommunications: Used in carrier-grade switches for high-reliability, low-latency communication.
• Cloud Infrastructure: Supports scalable, high-performance cloud service backbones.

Conclusion of BCM56844A1KFRBG

While the BCM56844A1KFRBG is now obsolete, its legacy as a high-performance Multi-Layer Switch remains notable. Its combination of low latency, power efficiency, and advanced switching capabilities made it a preferred choice for data centers, enterprise networks, and telecom applications. Engineers seeking alternatives should consider Broadcom's newer offerings, but this model's design principles continue to influence modern networking solutions.