Addon AT-G8SX-01-AO 

Allied Telesis® AT-G8SX-01 Compatible TAA 1000Base-SX GBIC Transceiver (MMF, 850 nm, 550 m, SC)

The Addon AT-G8SX-01-AO is a robust GBIC Transceiverdesigned for seamless compatibility with Allied Telesis® AT-G8SX-01modules. It supports Gigabit Ethernet via 1000Base-SX over multimode fiber (MMF) at an 850 nm wavelength, delivering reliable data transmission up to 550 meters. With an SC connector and hot-swappable form factor, this Transceiverensures easy installation and integration into enterprise networks, data centers, and branch infrastructures. TAA compliant and built to meet or exceed OEM specifications, the AT-G8SX-01-AO is application tested, serialized, and engineered for performance and reliability—making it a dependable, cost-effective choice for both new deployments and equipment upgrades.

Features

The Addon AT-G8SX-01-AO is engineered to mirror the functionality of the Allied Telesis® AT-G8SX-01 GBIC module, delivering faithful compatibility and performance. Operating over multimode fiber at an 850 nm wavelength, it supports 1000Base-SX Ethernet at distances up to 550 meters—a reliable solution for short-reach fiber connectivity within enterprise and campus networks. Featuring an SC connector and hot-swappable design, the Transceiverallows for quick and tool-free installation or replacement, minimizing network downtime. Fully MSA compliant, programmed, uniquely serialized, and application tested, it integrates effortlessly into Allied Telesis® infrastructures—guaranteeing identical performance to OEM modules. With Trade Agreements Act (TAA) compliance and backed by a lifetime warranty, the AT-G8SX-01-AO offers dependable optical connectivity for secure and regulated environments. 

Advanced Options

Built to rigorous performance standards, the AT-G8SX-01-AO ensures stable and efficient network operation. The hot-swappable GBIC form factor allows administrators to add or replace modules without disrupting service—minimizing maintenance windows. Its SC connector promotes secure signal paths and durability, reducing the risk of disconnects in dynamic environments.