Addon SFP-10GB-AOC20M-AO

Active Optical Cable (10GBase‑AOC SFP+ to SFP+

The AddonSFP‑10GB‑AOC20M‑AO is a high-performance, Active Optical Cable designed for 10 Gigabit Ethernet connections between SFP+ ports in data centers, server rooms, and network backbones. Built to meet MSA standards and TAA compliance, this cable offers seamless interoperability with a wide array of SFP+‑equipped switches, routers, servers, and other devices. At 20 meters (approximately 65.6 feet), it provides an ideal balance of reach and low latency, making it perfect for rack-to-rack or room-to-room connectivity. Carefully tested, serialized, and application-verified, the AddOn AOC ensures reliable, plug-and-play deployment in demanding IT environments, delivering low-power, high-bandwidth performance for administrators seeking efficient optical connectivity without transceiver hassles.

Features

Active Optical Cable like the AddonSFP‑10GB‑AOC20M‑AO integrate optical fibers and transceiver electronics into one self-contained assembly, delivering a robust and flexible cabling solution that outperforms traditional copper DACs at longer distances. In modern IT infrastructures, where 10‑Gb/s links between switches, network interface cards, and storage arrays are standard, this cable excels by lowering latency, reducing heat generation and power draw, while enabling longer spans—up to 20 m—than copper alternatives. It automatically negotiates and ensures optimal signal integrity with minimal configuration, simplifying installation and maintenance in high-density racks.

Advanced Options

Manufactured under strict MSA (Multi‑Source Agreement) guidelines, the cable guarantees universal compatibility across vendors. It is also TAA-compliant for enterprise and government deployments requiring origin assurance. Each unit is individually serialized and pre‑tested for data traffic and application scenarios, ensuring 100% functional out-of-the-box performance. As a result, network professionals can rely on consistent, high‑throughput optical links that support escalating data transfer demands without infrastructure overhaul.