Duplex glasvezel-patchkabel BlueOptics LC-UPC naar LC-UPC multimode OM4 50/125µm 15 m beige, invoegverlies

Duplex multimode fiber patch cable BlueOptics LC-UPC to LC-UPC OM4 50/125 µm, 15 m, beige. This duplex multimode cable provides two-channel LC-UPC connections on both ends and is designed for high‑speed, short‑reach optical links in data centers and enterprise networks. The OM4 50/125 µm fiber supports increased bandwidth for 10/40/100 Gbps links over moderate distances. The cable is delivered with a measurement/test report and guarantees low insertion loss for reliable signal transmission.

Advantages

The cable uses OM4 multimode fiber enabling higher modal bandwidth and improved performance for short-range high-speed links. LC-UPC connectors with ceramic ferrules offer stable connector geometry and long-term mating performance. Guaranteed insertion loss below 0.2 dB ensures minimal signal attenuation per connection and supports predictable link budgeting. The included measurement report documents optical performance for quality assurance and installation verification.

Suitable for

Key specifications

How to use

Inspect connectors and cable jackets before installation for visible damage and ensure dust caps are removed just prior to mating. Route the 15 m duplex cable through cable management pathways, maintaining minimum bend radius to avoid microbending losses. Insert LC-UPC connectors into matching LC ports in the correct orientation until they click into place. Verify link integrity using the supplied test report and, if required, perform additional optical power or OTDR measurements to confirm end‑to‑end performance.

Recommendations

For best results, store and handle the fiber cable to avoid sharp bends and tensile stress. Use patch panels or fiber management trays in racks to secure excess length and maintain connector cleanliness; use appropriate cleaning tools for LC ferrules before connecting. Select OM4 multimode cabling for installations that require 10 Gbps and above over short to moderate distances and follow standard link‑budget practices when designing the network.