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1m (3ft) Câble Twinax Cuivre Passif à Fixation Directe QSFP56 200G pour Cisco 30AWG
Cisco
1m (3ft)
Hot
Câble Twinax Cuivre DAC Passif InfiniBand NDR OSFP 800G de 1 m (3 pieds) pour Mellanox
NADDOD (InfiniBand)
1m (3ft)

Câble Twinax Cuivre DAC Passif InfiniBand NDR OSFP 800G de 1 m (3 pieds) pour Mellanox

OSFP-800G-CU1H | 980-9IA0F-00N001
11 In magazzino
388 Venduto
$ 139.00
1m (3ft) Câble Twinax Cuivre à Attachement Direct Passif SFP28 25G pour Cisco 30AWG
Cisco
1m (3ft)
Câble Twinax Cuivre à Attache Directe Passif QSFP28 100G 1m (3ft) pour Cisco 30AWG
Cisco
1m (3ft)
1m (3ft) Câble Twinax Cuivre à Attache Directe Passif 40G QSFP+ pour Cisco 30AWG
Cisco
1m (3ft)

1m (3ft) Câble Twinax Cuivre à Attache Directe Passif 40G QSFP+ pour Cisco 30AWG

QSFP-40G-CU1
1 In magazzino
18.7K+ Venduto
$ 20.00$ 23.00
Câble Twinax Cuivre Passif à Fixation Directe InfiniBand EDR QSFP28 100G de 1 m (3 pieds) pour Mellanox
NADDOD (InfiniBand)
1m (3ft)
Câble Twinax Cuivre à Attachement Direct Passif QSFP-DD 400G 1m (3ft) pour Cisco 30AWG
Cisco
1m (3ft)
Câble Twinax Cuivre à Attache Directe Passif 50G SFP56 1m (3ft) pour Generic 30AWG
Generic
1m (3ft)
Câble Twinax Cuivre à Fixation Directe Passive InfiniBand HDR QSFP56 200G de 1 m (3 pieds) pour Mellanox 30AWG
NADDOD (InfiniBand)
1m (3ft)
Câble Twinax cuivre à connexion directe passive 100G SFP-DD 1m (3ft) pour Generic
Generic
1m (3ft)
Câble Twinax cuivre à connexion directe passive QSFP112 400G 1 m (3 pi) pour Cisco
Cisco
1m (3ft)
0m (3ft) Double Ports Câble Cuivre Passif OSFP 800Gb/s vers OSFP 800Gb/s pour Cisco
Cisco
1m (3ft)

Product Overview

NADDOD 10G-800G Direct Attach Copper Cables have significant advantages of low cost, low latency and low power consumption. NADDOD Direct Attach Cables include 400G QSFP-DD, 400G QSFP112, 200G QSFP56, 100G SFP-DD, 100G QSFP28, 56G QSFP+, 40G QSFP+, 50G SFP56, 40G QSFP+, 25G SFP28 and 10G SFP+ form factors. Available in lengths from 1 meter to 7 meters. NADDOD direct copper cables can reduce signal attenuation and interference to maximize network performance and reliability, while their low power consumption helps reduce overall system energy consumption and operating costs, making them an ideal solution for short-distance data transmission between data center racks.

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