Ubiquiti U Fiber - Patch cable - LC/UPC multi-mode (M) to LC/UPC multi-mode (M) - 1 m - 0.1 in - fiber optic - duplex - 50 / 125 micron - OM3 - Optical Distribution Network (ODN) cable, indoor - aqua
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Durable Construction
Built with a PVC jacket, the UOC-1 offers protection for the fibers while ensuring flexibility and ease of handling during installation.
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Efficient Data Transmission
With a wavelength of 850/1310 nm and a low insertion loss of <= 0.3 dB, this cable facilitates effective signal transmission across your network.
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Optimal Performance Standards
Designed according to OM3 compliant standards, this patch cable ensures high-quality performance necessary for an indoor optical distribution network.
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Wide Temperature Tolerance
Operating effectively in temperatures ranging from -40°C to 75°C, the UOC-1 is suitable for diverse environmental conditions.
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Advanced Connectivity Options
With LC/UPC multimode connectors on both ends, this cable provides a secure and efficient connection for your networking needs.
The Ubiquiti U Fiber UOC-1 provides a reliable and flexible solution for indoor optical distribution networks. This fiber optic patch cable uses a duplex design with LC/UPC multi-mode connectors on both ends, ensuring seamless connectivity. With minimal insertion loss and a return loss of 50 dB, this cable supports efficient data transfer without compromising performance. It is built to withstand extreme temperatures, making it suitable for various environmental conditions.
This patch cable offers durability and flexibility, with a PVC jacket that protects the fibers while maintaining ease of installation. With a core diameter of 50 microns and a cladding diameter of 125 microns, it supports effective data transmission over distances, ensuring that users achieve their networking goals with reliability.
- Flexible design for easy installation
- Suitable for indoor use with robust PVC jacket
- Compliant with OM3 standards for reliable performance
- Features a low insertion loss of <= 0.3 dB
- Operates effectively within a wide temperature range
