Multimode OM3 Uniboot LC fiber patchcord with Uniboot LC-Uniboot LC connectors. Manufactured using Corning OM3 fiber, standard PVC fiber jacket, Uniboot LC fiber patchcord is designed for light to medium duty indoor applications such as data-center racks and desktop/network connections. Custom configurations available, such as length, jacket material, fiber glass or ect. Designed for Ethernet applications, high quality singlemode Uniboot LC fiber patchcord is designed to allow one cable to carry two fibers, reducing cable bulk and keeping the fiber optic patch cord organization neat and clean. The Uniboot LC fiber patchcord’s connectors are in small size and have a pull-proof design, which can provide stable data transmission when using Uniboot LC fiber optic patch cords.
Featured with polarity convertible function, UnitekFiber's Uniboot LC fiber patchcord allows easy adjustment of fiber polarity without sing additional tools. The easliy polarity connection of Uniboot LC fiber patchcord enables on-site polarity modification during installation or maintenance, adapting to different network and application requirements (such as Type A, Type B). This flexibility eliminates the need for stocking multiple polarity specific patch cords, reducing inventory costs and improving deployment agility for network operators.

Uniboot LC optical patchcord features an innovative integrated design, overturning the traditional Duplex LC fiber patchcord. Uniboot LC optical patchcord integrates dual-fiber into a single tube, reducing cabling by 50% compared to conventional products. In high density application, such as data center racks and cabinets, the Uniboot LC optical patchcord could significantly reduces cable space usage, eliminating cluttered cabling and making cable management easier and more efficient. It also optimizes heat dissipation between devices, providing a stable network system operation and perfectly meeting the stringent requirements of high density cabling.

As a professional fiber optic patchcord manufacturer, UnitekFiber is dedicated to delivering tailored solutions that align with diverse application requirements, and we offer a comprehensive selection of premium outer jacket materials to meet your exact needs. Our jacket material includes LSZH (Low Smoke Zero Halogen), PVC (Polyvinyl Chloride), OFNR (Optical Fiber Non-conductive Riser), and OFNP (Optical Fiber Non-conductive Plenum) options, each engineered with distinct advantages to excel in specific operating environments.

The standard jacket is PVC material with a diameter of 2.0mm. We also provide customized options such as LSZH, OFNR, and OFNP to adapt to different environmental needs.
It is suitable for indoor applications, such as data center racks, cabinet connections, desktop networks, and other high-density cabling environments.
Yes. The polarity conversion structure is durable and supports repeated change without tool.
Yes. We support customization of multimode (OM1/OM2/OM3/OM4) and single-mode fiber types to match different transmission distance and speed requirements.
Yes, this fiber patch cord is ideal for data center, especially when it using in long transmission distance between fiber optic switches or other devices.
Great product! The uniboot LC fiber optic patch cord was exactly what I was looking for and I am very happy with the quality and it far exceeded my expectations!
My go to for client data centers. Space efficiency, safety compliance, and durability, all in one. Clients love the 50% time savings and neater infrastructure post-install.
Flexible OM4 fiber navigates tight cabinet spaces effortlessly. Uniboot design eliminates cable mess, making troubleshooting faster. Tensile strength holds up to repeated reconfigurations.
Balances performance and practicality. Saves rack space, meets fire codes with OFNR, and cuts wiring time. Perfect for scaling our indoor high-density network.
Purchased this LC-LC Uniboot fiber optic patch cable for company network upgrade. Not only is the quality top notch, but the signal transmission speed is very fast.