Digitus QSFP+ 40G 30 m AOC καλώδιο πλήρους duplex DN-81314

Active DIGITUS® 40G QSFP+ AOC cable provides high bandwidth transmission for short-range connections without noticeable delays or signal loss. The cable supports data rates from 2.125 Gbps up to 41.2 Gbps and is compatible with a wide range of networking equipment from brands such as Allnet, CISCO, D-LINK, Dell, HUAWEI, JUNIPER, NETGEAR and others. It follows QSFP MSA and IEEE P802.3ba standards and uses four full-duplex channels to deliver an aggregated data rate of up to 45.2 Gbps.

Advantages

The DIGITUS® 40G QSFP+ AOC is an active, energy-efficient solution for short-distance connections that increases port density and reduces overall system costs. It supports multiple protocols including InfiniBand QDR/DDR/SDR, various Fibre Channel speeds, PCIe and SAS, ensuring broad interoperability with existing infrastructure. The design minimizes signal loss and supports high aggregated throughput through four independent full-duplex lanes.

Key specifications

• Form factor: QSFP+ 40G AOC
• Supported data rate: 2.125–41.2 Gbps
• Aggregated channel rate: up to 45.2 Gbps (four full-duplex channels)
• Standards: QSFP MSA, IEEE P802.3ba
• Supported protocols: InfiniBand QDR/DDR/SDR, Fibre Channel (12.5G/10G/8G/4G/2G), PCIe, SAS
• Compatibility: Allnet, CISCO, 3COM, D-LINK, Dell, Edimax, Etherwan, ENTERASYS, EXTREME, FINISAR, FORCE 10, Fortinet, HUAWEI, IBM, JUNIPER, LINKSYS, NETGEAR, NORTEL, RIVERSTONE, ZTE, ZYXEL

How to use

Connect the QSFP+ connectors on both ends to compatible QSFP+ ports on switches, servers or adapters. Ensure that the connected devices support the intended protocol and data rate. No additional power source is required beyond the connected equipment; follow standard hot-plug and electrostatic discharge precautions when handling and installing the cable.

Recommendations

For reliable performance, verify port compatibility and firmware support on your devices, maintain proper bend radius for the cable, and use the DIGITUS® 40G QSFP+ AOC within its specified short-range applications.