AddOn 2m LC to LC Lime Green OM5 Duplex Fiber Patch Cable - Riser Rated, Indoor Use

AddOn 2m LC (Male) to LC (Male) Lime Green OM5 Duplex Fiber OFNR (Riser-Rated) Patch Cable

The AddOn 2-meter LC to LC Lime Green OM5 Duplex fiber optic patch cable offers high-speed, high-bandwidth connectivity designed for modern data centers and enterprise networks. Constructed with a durable riser-rated OFNR jacket, this cable ensures safe vertical installation within building risers, providing fire-resistant protection that meets strict safety standards. OM5 fiber technology supports future-proofing by enabling 100G data transmission over distances up to 150 meters, making it ideal for scalable network solutions and high-performance applications. Its vibrant lime green color enhances visibility within complex cabling environments, simplifying management and troubleshooting. The cable’s design emphasizes minimal signal loss and reliable data transfer, supporting continuous operations across connected systems. Whether used for data transfer, server connections, or high-bandwidth applications, this cable delivers consistent, dependable performance. The included standard boot ensures straightforward installation and maintenance, making it suitable for both routine and demanding networking setups.

Features:

• Offers dependable network connectivity for stable performance, supporting uninterrupted operations and consistent data flow across connected systems

• s fiber optic cable type to deliver high-bandwidth data transmission with minimal signal loss, ensuring optimal performance in network setups

• Stranded feature enhances usability and operational efficiency, providing reliable performance and simplifying everyday connectivity tasks

• LC Network - Male connectors provide a stable connection with network devices, supporting uninterrupted signal transmission and system integration

• Indoor application/usage makes this cable suitable for in-building installations, including data centers, office environments, and high-density networks