Product Description
Broadcom BCM57608 N2200G OCP 3.0 200/400G PCIe Gen5x16 2x QSFP112 - BCM957608-P2200GQF10
Based on Broadcom’s scalable 400G Ethernet controller architecture, the BCM57608 400G NIC adapters are designed to build large scale, feature rich networking solutions in servers for AI/ML, cloud, high-performance computing, and storage applications.
The BCM57608 NIC adapters build upon the success of the widely deployed Broadcom architecture by combining a high-bandwidth Ethernet
controller with a unique set of highly optimized hardware acceleration engines to enhance network performance and improve server efficiency.
The adapters support fourth-generation, standards-based RDMA over Converged Ethernet (RoCE) with hardware-based congestion control.
Broadcom’s RoCE congestion control delivers the lowest latency in real-life scenarios and dramatically reduces the complexity of RoCE deployment at
scale.
The BCM57608 400G NIC adapters address the performance requirements of mega-scale data center networks with high throughput and advanced
flow processing offloads. Features such as True Flow increase virtual machine density by freeing up CPU cycles. The adapter supports
technology-leading security enabling the industry’s most secure server platform with secure boot and attestation anchored in Broadcom’s silicon
root of trust (RoT).
Benefits
• Lowers data center total cost of ownership (TCO) with the industry’s lowest power, 400G NIC.
• Best-in-class 100G SerDes increases DAC cable reach to 5 meters and reduces optics power with Linear Pluggable Optics (LPO) support.
• Enables large-scale RoCE deployment with state-of-the-art congestion control and load balancing.
• Inline encryption support to offload CPU and improve system and application performance.
• Precision timing features with sub-ns accuracy.
• Improves network reliability and real-time control with in-band telemetry.
• Accelerates applications with kernel-bypass: RDMA, DPDK, and SR-IOV.
• Improves CPU efficiency for I/O with comprehensive stateless offloads.