ICC ICFOJ1G703 OM3 Multimode LC to LC 50/125µm Fiber Patch Cable, Data Center Grade 0.1dB Typical Insertion Loss, ONFR Riser Jacket, 3m (10'), 1-Pack, Aqua

Deliver dependable, low-loss 10 Gigabit links for data centers, security and surveillance systems with the ICC ICFOJ1G703 OM3 LC-LC fiber patch cable. This ICC fiber optic patch cord is engineered for mission-critical networking and monitoring applications, offering OM3 50/125 µm multimode performance, a 3m (10') duplex LC to LC configuration, and a typical 0.1dB insertion loss to keep your SFP+ transceivers and optical NICs operating at peak efficiency.

Built for high-density environments, the aqua jacket provides quick identification for 10Gb OM3 runs while the slim-profile LC connectors and bend-insensitive construction simplify routing in patch panels and cabinets. Each assembly is 100% factory tested to industry standards (Bellcore GR-326, TIA/EIA) and features a ceramic ferrule for consistent, low-reflection performance. The OFNR riser-rated, flame-retardant jacket meets indoor safety requirements for enterprise and server room installations.

Ideal for data center, networking, security, surveillance and monitoring deployments, the ICC OM3 LC-LC patch cord delivers proven reliability and easy integration. Add this cable to your infrastructure to upgrade performance and reduce signal loss in critical links.

• Deliver reliable, low-loss 10Gb connectivity for data center, security and surveillance networks with typical 0.1dB insertion loss.
• Simplify installation and identification with aqua OM3 jacket and slim duplex LC-LC connectors for high-density racks and SFP+ transceivers.
• Minimize downtime with factory-tested, Bellcore GR-326 compliant assemblies and RoHS compliance for long-term network reliability.
• Protect infrastructure with an OFNR riser-rated flame-retardant jacket for safe indoor routing in enterprise and monitoring environments.
• Flexible, bend-insensitive construction and 3m (10') length reduce strain and routing complexity in crowded cable channels.