UL-OLP LC-LC MM(OM1) DUPX-L-1, FO Patch Cord, 1 MTR

UL-OLP LC-LC MM(OM1) DUPX-L-1, FO Patch Cord, 1 MTR

UL-OLP LC-LC MM(OM1) DUPX-L-1, FO Patch Cord, 1 MTR

UL-OLP-LC-LC-MM (OM1) DUPX-L-1 – OM1 Multimode Fiber Optic Patch Cord, 1 Meter is a premium LC to LC duplex OM1 multimode fiber patch cord designed for reliable, low-loss optical communication. With a 1-meter length, it provides dependable connectivity for industrial automation, LAN networks, data centers, and fiber optic communication systems.

Product Description

The UL-OLP-LC-LC-MM (OM1) DUPX-L-1 Fiber Optic Patch Cord is a high-quality LC to LC duplex OM1 multimode fiber optic cable engineered to deliver stable optical signal transmission with low insertion loss and excellent performance in short- to medium-distance communication applications. Manufactured using OM1 multimode fiber, it is ideal for industrial automation, enterprise networks, and structured cabling systems.

Featuring LC connectors on both ends in a duplex configuration, this 1-meter patch cord is designed for connecting LIUs, patch panels, optical switches, SFP transceivers, media converters, PLC communication systems, and other fiber optic networking equipment. Precision-polished connectors ensure low attenuation, high signal integrity, and reliable data transmission.

The cable is protected by a durable outer jacket that offers excellent flexibility, mechanical protection, and long service life, making it suitable for demanding industrial and commercial environments. It is widely used in industrial Ethernet networks, SCADA systems, LAN infrastructure, data centers, CCTV fiber networks, OEM machinery, and factory automation where reliable multimode fiber connectivity is required.

With its LC to LC duplex connectors, OM1 multimode fiber construction, 1-meter length, durable design, and dependable low-loss optical performance, the UL-OLP-LC-LC-MM (OM1) DUPX-L-1 Fiber Optic Patch Cord is an ideal solution for efficient and reliable fiber optic connectivity in industrial and enterprise communication systems.