InfiniBand & AI Switches
Showing Results for InfiniBand & AI Switches
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Lenovo
SKU: 4XC7A62582
Lenovo 4XC7A62582 MELLANOX CX6 LX 10/25G 2P OCP
In stock · Ships same business day$839.99 -
HPE
SKU: Q6M26A
HPE Q6M26A SN2700M 100GBE 16QSFP28 Switch
In stock · Ships same business day$22,598.99 -
Lenovo
SKU: 00MP548
Lenovo 00MP548 15M MELLANOX EDR IB Optical QSFP28 Cable
In stock · Ships same business day$1,509.00 $1,507.99 Save $1.01 -
Lenovo
SKU: 00MP544
Lenovo 00MP544 10M MELLANOX EDR IB Optical QSFP28 Cable
In stock · Ships same business day$1,426.99 -
Lenovo
SKU: 00KF005
Lenovo 00KF005 1.5M MELLANOX QSFP Passive DAC Cable-sys
In stock · Ships same business day$173.99 -
Lenovo
SKU: 00KF003
Lenovo 00KF003 1M MELLANOX QSFP Passive DAC Cable
In stock · Ships same business day$159.00 $158.99 Save $0.01 -
Lenovo
SKU: 00KF002
Lenovo 00KF002 0.75M MELLANOX QSFP Passive DAC Cable-sy
In stock · Ships same business day$149.00 $148.99 Save $0.01 -
Lenovo
SKU: 4XC7A62580
Lenovo 4XC7A62580 MELLANOX CX6 LX 10/25G 2P PCIE
In stock · Ships same business day$874.99 -
Lenovo
SKU: 00MP556
Lenovo 00MP556 30M MELLANOX EDR IB Optical QSFP28 Cable
In stock · Ships same business day$1,795.99 -
Lenovo
SKU: 00KF009
Lenovo 00KF009 10M MELLANOX Active IB FDR Optical Fiber
In stock · Ships same business day$872.99 -
Lenovo
SKU: 00KF006
Lenovo 00KF006 3M MELLANOX QSFP Passive DAC Cable
In stock · Ships same business day$196.99 -
Lenovo
SKU: 4Z57A14185
Lenovo 2M MELLANOX HDR IB DAC QSFP56 Cable - 4Z57A14185
In stock · Ships same business day$1,346.99 -
Lenovo
SKU: 4Z57A14190
Lenovo 10M MELLANOX HDR IB AOC QSFP56 Cable - 4Z57A14190
In stock · Ships same business day$5,906.99
InfiniBand & AI switches are high-speed interconnect devices used to build the low-latency, high-bandwidth fabrics that GPU clusters, HPC systems, and AI training infrastructure depend on. This category covers InfiniBand switches across HDR (200 Gb/s) and NDR (400 Gb/s) generations from vendors such as NVIDIA Mellanox, as well as purpose-built Ethernet AI switches optimized for RDMA over Converged Ethernet (RoCE) workloads. Port counts range from compact top-of-rack units to large-scale director-class chassis supporting hundreds of ports in a single hop.
Key buying considerations include fabric generation (HDR vs. NDR vs. emerging XDR), port density, radix (the number of ports per switch directly affects fat-tree or dragonfly topology scale-out), and compatibility with your installed HCAs and cables. These switches are commonly deployed in GPU SuperPOD configurations, Beowulf-style HPC clusters, distributed deep-learning training environments, and high-frequency financial computing fabrics where microsecond latency and MPI all-reduce throughput are critical constraints.