1m (3.3 ft), 3m (9.8 ft), and 5m (16.4 ft) QSFP+ 40GbE direct attach passive - copper cables - QSFP+ Direct Attach cables offer a highly cost effective way to connect within racks and across adjace...
Passive copper cables and active optical fiber cables are used to physically link the Intel® Omni-Path adapters and interfaces to the switch and director ports, thereby allowing you to create a clu...
Passive copper cables and active optical fiber cables are used to physically link the Intel® Omni-Path adapters and interfaces to the switch and director ports, thereby allowing you to create a clu...
Passive copper cables and active optical fiber cables are used to physically link the Intel® Omni-Path adapters and interfaces to the switch and director ports, thereby allowing you to create a clu...
Passive copper cables and active optical fiber cables are used to physically link the Intel® Omni-Path adapters and interfaces to the switch and director ports, thereby allowing you to create a clu...
Passive copper cables and active optical fiber cables are used to physically link the Intel® Omni-Path adapters and interfaces to the switch and director ports, thereby allowing you to create a clu...
Passive copper cables and active optical fiber cables are used to physically link the Intel® Omni-Path adapters and interfaces to the switch and director ports, thereby allowing you to create a clu...
Passive copper cables and active optical fiber cables are used to physically link the Intel® Omni-Path adapters and interfaces to the switch and director ports, thereby allowing you to create a clu...
Passive copper cables and active optical fiber cables are used to physically link the Intel® Omni-Path adapters and interfaces to the switch and director ports, thereby allowing you to create a clu...
Passive copper cables and active optical fiber cables are used to physically link the Intel® Omni-Path adapters and interfaces to the switch and director ports, thereby allowing you to create a clu...