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Network Card Mellanox Technologies MCX556A-ECAT
The Mellanox Technologies MCX556A-ECAT is an internal network adapter designed for high-performance computing, data center, cloud and storage environments. This ConnectX-5 based card provides two 100 Gb/s ports with InfiniBand and Ethernet support, low latency (sub-600 ns) and high message-rate capability. It includes PCIe host connectivity and advanced offloads such as NVMe over Fabrics and PCIe switch offload to improve throughput and reduce CPU overhead.
The MCX556A-ECAT delivers dual 100Gb/s connectivity with low latency and very high message rates, enabling demanding HPC, analytics and cloud workloads. It supports MPI offloads (including Tag Matching and AlltoAll optimizations), advanced dynamic routing and in-network compute capabilities to accelerate data-path algorithms. ASAP2 accelerated switching and packet processing reduce virtual switch CPU load while improving data transfer efficiency. An alternative Socket Direct configuration allows use in servers without a full x16 PCIe slot by splitting the 16-lane bus into two x8 connections for dual-socket direct CPU access.
Install the MCX556A-ECAT into a compatible PCIe slot on the host server following the server and card manufacturer instructions. When using the Socket Direct variant, connect the auxiliary PCIe connection card and dedicated harness as specified to provide two x8 connections. Configure appropriate drivers and firmware from Mellanox, enable RDMA/RoCE or InfiniBand stack as required, and tune host network settings and MPI or storage software to make use of available offloads (MPI offloads, NVMe-oF, ASAP2). Verify link, firmware versions and network fabric settings after installation.
For best results in HPC and latency-sensitive workloads, use up-to-date Mellanox drivers and firmware, enable relevant offloads (RDMA/RoCE, MPI Offloads) in software stacks, and validate cabling and switch compatibility for 100Gb/s links. In dual-socket servers consider the Socket Direct configuration to provide each CPU with a dedicated x8 path to the adapter.