800G OSFP AOC

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800G OSFP AOC Overview

The 800G OSFP AOC category contains one straight-through active optical cable designed for 800G connections between OSFP ports. It uses finned-top OSFP interfaces at both ends and an integrated optical cable assembly, providing a fixed 800G OSFP-to-OSFP link. Available in lengths from 1m to 50m, the cable covers a range of connection distances between compatible 800G OSFP-equipped devices.

Model End A Form Factor End A Data Rate End B Form Factor End B Data Rate Length
O800-O800-A 1x OSFP(Finned Top) 800G 1x OSFP(Finned Top) 800G 1~50m

FAQ

What connection configuration does the O800-O800-A provide when linking two devices equipped with compatible 800G OSFP ports?

It provides one straight-through 800G link. The cable has an OSFP connector at each end and carries the full 800G data rate between two compatible OSFP ports.

Which connector and heat-sink configuration is used at each end of the O800-O800-A active optical cable?

It uses a finned-top OSFP connector at each end. Both ends have the same interface and thermal structure for connections between compatible 800G OSFP-equipped devices.

What cable lengths are available for the O800-O800-A in the 800G OSFP AOC category?

From 1m to 50m. The OSFP-to-OSFP interfaces and straight-through 800G connection remain the same throughout the listed length range.

Does the O800-O800-A require separate optical transceivers or removable fiber patch cords to complete the link?

No. The O800-O800-A integrates the optical components and fiber cable into one complete assembly, so separate transceiver modules or external fiber patch cords are not required.

Can the O800-O800-A divide one 800G OSFP port into multiple lower-speed connections?

No. The O800-O800-A is a straight-through active optical cable rather than a breakout assembly. It maintains one fixed 800G OSFP-to-OSFP connection without multiple branch connectors.

Can the O800-O800-A plug directly into a QSFP-DD port?

No. Both ends of the O800-O800-A use fixed OSFP interfaces, not QSFP-DD interfaces. The devices at both ends must therefore have compatible 800G OSFP ports.

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