Ortronics LN-SFP10G-AOC-30M Sfp Plus Active Optical Cable

Product Description

The ORTRONICS LN-SFP10G-AOC-30M is a 10G SFP Plus active optical cable (AOC) designed for high-speed data transmission in structured cabling and network infrastructure applications. Active optical cables integrate the SFP Plus transceiver modules directly into each end of a fiber cable assembly, eliminating the need for separate transceivers. This cable spans 30 meters, making it well-suited for longer inter-rack and inter-row runs where passive copper direct-attach cables fall short. Installation is typically performed by low-voltage data cabling technicians or IT infrastructure specialists in data center and enterprise network environments.

This AOC assembly is built for 10 Gigabit Ethernet and compatible high-speed switching environments. The 30-meter reach supports connections between top-of-rack switches and core aggregation switches, storage arrays, and servers across a data center floor. It conforms to the MSA SFP Plus specification, meaning it is designed to interoperate with standard SFP Plus ports on switches, routers, and HBAs from major vendors. Each unit is sold individually.

Key Features

• 10G SFP Plus active optical cable with integrated transceivers on both ends
• 30-meter cable length suits inter-rack and cross-row data center runs
• MSA SFP Plus compatible form factor for broad interoperability
• Active optical design eliminates separate transceiver procurement and installation
• Plug-and-play assembly reduces installation time versus discrete fiber and transceiver setups

Compatibility

Designed as an MSA SFP Plus compatible active optical cable for use in standard 10G SFP Plus ports on switches, routers, servers, and storage equipment. No specific model numbers were provided in the product data.

Installation Notes

Installation is performed by qualified low-voltage cabling technicians or network engineers. Power down or administratively disable the SFP Plus port before inserting or removing the cable to prevent damage to the optical interface. Handle the optical connectors with care and keep dust caps in place until the moment of insertion. Follow TIA-568 and applicable data center cabling standards when routing and managing fiber assemblies.