Ortronics LN-SFP10G-AOC-4M Sfp+ Active Optical Cable 10G

Product Description

The ORTRONICS LN-SFP10G-AOC-4M is an active optical cable (AOC) designed for 10 Gigabit Ethernet and high-speed data center interconnect applications. AOC assemblies integrate SFP+ transceivers directly into each end of a fiber cable, eliminating the need for separate modules and copper patch cables. This unit is MSA-compatible, meaning it conforms to the Small Form-factor Pluggable industry standard for electrical and mechanical interoperability. Network technicians and structured cabling installers are the primary trades handling this product.

This cable is suited for short-reach, high-bandwidth links inside data centers, server rooms, and enterprise network closets. The 4-meter length accommodates top-of-rack to end-of-row switching runs and intra-rack connections where copper direct-attach cables fall short on signal integrity. The AOC form factor keeps power consumption low compared to active copper alternatives while maintaining full 10G throughput across the link.

Key Features

• MSA-compatible SFP+ form factor on each end for broad switch and NIC interoperability
• Active optical design supports 10 Gigabit throughput over 4 meters
• Integrated transceivers eliminate the need for separate pluggable optics
• Fiber construction reduces cable weight and bend radius versus copper alternatives
• Low-profile SFP+ connectors fit standard SFP+ cages without adapters

Compatibility

Designed as an MSA-compliant SFP+ active optical cable for use in standard SFP+ port equipment including 10G switches, host bus adapters, and network interface cards that accept MSA SFP+ modules.

Installation Notes

Installation is performed by qualified network technicians or low-voltage cabling installers. Power down or disable the relevant switch port before seating or removing the SFP+ connector to prevent hot-plug damage where the equipment does not support hot-swap. Handle fiber ends carefully and keep dust caps in place until the moment of insertion. Follow applicable structured cabling standards such as ANSI/TIA-568 for data center and horizontal cabling runs.