Addon 10GB-F20-SFPP-AO

Extreme Networks® 10GB-F20-SFPP Compatible TAA Compliant 10GBase-AOC SFP+ Active Optical Cable (850nm, MMF, 20m)

The Addon10GB-F20-SFPP-AO is a high-quality Active Optical Cabledesigned for Extreme Networks® compatible10 Gigabit Ethernet applications. This 20-meter (65.6 feet) cable utilizes multi-mode fiber (MMF) technology with an 850 nm wavelength to deliver reliable, high-speed data transmission for demanding network environments. Built to meet MSA standards and TAA compliance, it ensures broad compatibility with Extreme Networks® switches and other major networking equipment that support SFP+ ports. Ideal for data centers, enterprise networks, and server farms, this cable guarantees low latency, excellent signal integrity, and energy-efficient performance. Fully serialized and factory tested for guaranteed interoperability, the Addon10GB-F20-SFPP-AO offers a plug-and-play solution to simplify deployment and maintenance.

Features

Active Optical Cablelike the Addon10GB-F20-SFPP-AO combine optical fiber and transceiver electronics into a compact, robust assembly, enabling superior performance over copper direct-attach cables. This 20-meter cable supports 10GBase Ethernet over multi-mode fiber, providing extended reach ideal for inter-rack connections and server uplinks in Extreme Networks® environments.Its active components reduce power consumption and heat output compared to traditional copper cables, improving cooling efficiency within data centers. This cable is uniquely serialized and subjected to rigorous factory testing to ensure flawless compatibility and operation with Extreme Networks® switches and other MSA-compliant devices. Being TAA compliant, it is suitable for procurement in regulated environments, including government and enterprise networks. The plug-and-play design eliminates configuration hassles, allowing rapid installation and reliable high-bandwidth connectivity for critical networking infrastructure.

Advanced Options

The Addon to electromagnetic interference and ensures consistent signal quality over 20 meters, surpassing copper cable limitations. The cable’s low power consumption reduces heat generation, contributing to improved energy efficiency and lowering cooling costs in dense rack setups.