Duplex LWL-patchkabel CBO SFP8181GU1MK Multimode OM5 Uniboot

The Duplex LWL Patch Cable CBO SFP8181GU1MK Multimode OM5 Uniboot is a two‑fiber multimode patch lead engineered for high‑density fiber environments. Its Uniboot construction combines two fibers into a single slim jacket, reducing cable bulk and simplifying connector routing in crowded racks and panels. The OM5 multimode specification supports wideband multimode transmission for short‑reach data center and enterprise links, offering compatibility with standard multimode transceivers and patching hardware.

Advantages

The Uniboot design minimizes space usage and improves airflow by replacing two separate cables with a single, compact assembly. Multimode OM5 fiber enables wavelength‑division multiplexing within the multimode bandwidth for enhanced short‑range capacity. Duplex configuration provides reliable bidirectional connectivity for server-to-switch and switch-to-switch links while maintaining straightforward cable management and fast installation in high‑density setups.

Suitable for

• Data center horizontal and equipment‑room patching
• Server rack interconnects and top‑of‑rack deployments
• Campus and enterprise backbone links over multimode fiber
• High‑density patch panels and MPO/LC breakout applications

Key specifications

• Fiber type: multimode OM5
• Configuration: duplex (two fibers)
• Connector style: compact Uniboot duplex connectors for reduced footprint
• Application: short‑reach multimode transmission for data centers and enterprise networks
• Cable form factor: slim, low‑bulk jacket for high‑density routing

How to use

Route the duplex Uniboot cable through cable managers and panels, ensuring bend radii comply with OM5 multimode recommendations. Plug each Uniboot duplex connector into the corresponding LC or device port, matching transmit and receive channels as required. Secure excess cable length in horizontal managers or rear cable organizers to avoid stress on connectors. Verify link status through network equipment LEDs or optical test instruments after installation.

Recommendations

Maintain manufacturer‑recommended minimum bend radius and avoid tight folds during installation and cable management. Use labeled patching and clear polarity marking when connecting duplex paths to ensure correct transmit/receive alignment. For optimal performance in short‑reach multimode systems, pair the cable with compatible OM5 transceivers and perform insertion loss verification when deploying in critical links.