Product Description
Tripp Lite Qsfp28 To Qsfp28 100Gbe Passive Dac Copper Infiniband Cable (M/M), 2M, 6 Ft. (N282-02M-28-Bk)
The N282-02M-28-BK QSFP28 to QSFP28 100GbE Passive DAC Copper InfiniBand Cable provides next-generation performance by combining four 28 Gbps SFP channels into one high-density cable. Its ideal for connecting active network equipment in data centers, high-end servers and enterprise wiring closets.This two-meter copper cable integrates a 100G Ethernet-optimized (100 GbE) 38-position board-as-connector design with zinc die-cast male QSFP+ connectors for superior EMI resistance, minimal insertion loss and low crosstalk for better performance. Ergonomic pull-tab ejectors make connecting to equipment a quick, easy task. Eight-pair wire technology is optimized for bandwidth-intense applications, including 100-Gigabit Ethernet (100GBASE-CR4), 128G Fibre Channel and EDR 4x InfiniBand.Flexible 26 AWG conductors maintain a smooth high-frequency response. The N282-02M-28-BK undergoes a rigorous assembly and testing procedure aimed at eliminating unnecessary signal loss. Its fully compliant with the MSA (Multi-Source Agreement) SFF-8665 architecture for guaranteed compatibility with all QSFP and QSFP+ ports, as well as RoHS and IEEE 802.3bj.Lifetime Limited Warranty
Features of Tripp Lite Qsfp28 To Qsfp28 100Gbe Passive Dac Copper Infiniband Cable (M/M), 2M, 6 Ft. (N282-02M-28-Bk)
Combines four sfp channels operating at up to 28 gpbs into one affordable 100GbE cableSupports serial data rates up to 100 GbpsMulti-platform support for 128G fiber channel and edr infinibandFlexible 26 AWG conductors Maintain smooth high-frequency responseLifetime limited Warranty
Specification of Tripp Lite Qsfp28 To Qsfp28 100Gbe Passive Dac Copper Infiniband Cable (M/M), 2M, 6 Ft. (N282-02M-28-Bk)
Product Details |
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Color | Black |
Size | 2M |
Dimensions | 0.5x14.3x17 |
Weight | 0.6 |
Warning - California Proposition 65
This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm.