Addon J9150D-AOC-20M-AO

HP® J9150D-AOC-20M Compatible TAA Compliant 10GBase-AOC SFP+ Active Optical Cable (850nm, MMF, 20m)

The AddonJ9150D-AOC-20M-AO is a high-qualityActive Optical Cable engineered for HP® compatible 10 Gigabit Ethernetnetworks. With a length of 20 meters (65.6 feet), this cable uses multi-mode fiber and an 850 nm wavelength to deliver fast, reliable data transmission over longer distances compared to traditional copper cables. Designed to meet MSA standards and TAA compliance, it ensures seamless integration with HP® networking equipment and other SFP+ compatible devices. Ideal for data centers, enterprise networks, and storage area networks, this cable supports high-bandwidth, low-latency connectivity for mission-critical IT environments. Fully factory tested and serialized, it guarantees reliable plug-and-play installation and optimal network performance.

Features

Active Optical Cable (AOCs) like the AddonJ9150D-AOC-20M-AO combine optical fiber with integrated transceiver electronics, offering significant advantages over copper direct attach cables (DACs). This 20-meter cable supports 10GBase Ethernet over multi-mode fiber, making it perfect for inter-rack connections, server uplinks, and switch stacking within HP® infrastructures or any MSA-compliant device supporting SFP+ interfaces.The active components within the cable reduce power consumption and heat generation, contributing to more efficient cooling in densely packed data center racks. The cable is uniquely serialized and factory-tested to ensure full compatibility and interoperability with HP® devices, minimizing downtime and installation complexity. Its TAA compliance guarantees suitability for government and enterprise procurement, ensuring regulatory requirements are met. This plug-and-play cable offers a durable, energy-efficient solution for high-speed networking needs.

Advanced Options

The AddonJ9150D-AOC-20M-AO provides dependable, high-speed optical connectivity tailored for demanding enterprise environments. Its active optical design ensures strong signal integrity and immunity to electromagnetic interference over distances up to 20 meters, outperforming copper-based alternatives. Low power consumption reduces heat output, enhancing energy efficiency and cooling in data center environments.