1M LC/UPC-LC/UPC Uniboot 9/125 OS2 Single Mode OFNR Fiber Optic Patch Cable 2.0mm Yellow

• OS2 9/125 μm single‑mode fiber for long‑distance, high‑performance transmission
• LC/UPC uniboot connectors reduce cable bulk and improve rack airflow
• 2.0 mm OFNR jacket offering flame resistance and durable flexibility
• Low insertion loss and stable optical characteristics across temperature variations
• Compact duplex design ideal for high‑density patching fields
• Factory‑polished connectors with precise endface geometry
• Lightweight construction for easy routing and cable management
• Fully tested for optical performance and mechanical reliability

• High‑density data center patching and cross‑connects
• Enterprise network backbones and distribution frames
• FTTx, PON, and access network deployments
• Optical equipment requiring LC/UPC terminations
• Long‑reach OS2 single‑mode transmission links

Installation & maintenance considerations:

• Clean LC/UPC connectors before each mating cycle to avoid insertion‑loss spikes
• Maintain proper bend radius to prevent micro‑bending attenuation
• Use structured cable routing to maximize airflow in dense racks
• Ensure connectors are fully seated to maintain optimal optical alignment

• Custom lengths from 0.5 m to 100 m for various deployment scenarios
• Jacket options including OFNR, LSZH, PVC, and armored variants
• Connector customization: LC/UPC, LC/APC, SC, FC, or hybrid assemblies
• Optional uniboot polarity‑reversible designs for flexible field deployment
• Cable diameter choices such as 1.6 mm, 2.0 mm, and 3.0 mm
• Private labeling, serialized tags, and custom packaging for OEM/ODM clients
• Engineering support for designing high‑density cabling architectures
• Custom optical performance grades available for ultra‑low‑loss requirements

OS2 Fiber Optic Patch Cord Customization Options

We support flexible order quantities, fast production cycles, and global shipping. Standard lead times typically range from 3–7 business days depending on customization. All assemblies undergo full optical inspection before shipment, and technical support is available for connector selection, routing design, and deployment planning.

Technical Q&A

Q1: What advantage does a uniboot LC design offer in dense environments? A1: The uniboot structure houses two fibers in a single connector, reducing cable volume and improving airflow in crowded racks.

Q2: Is the 2.0 mm jacket suitable for riser installations? A2: Yes, the OFNR rating meets riser‑grade flame‑resistance requirements for vertical building pathways.

Q3: Can this cable support 10G, 40G, or 100G applications? A3: OS2 fiber supports high‑speed transmission; compatibility depends on the transceiver and system design.

Q4: Does the uniboot connector allow polarity reversal? A4: Some uniboot designs support field‑reversible polarity; this can be customized upon request.

Q5: How should LC/UPC connectors be maintained? A5: Clean the endfaces before every connection to prevent contamination‑related loss and ensure stable performance.

Q6: Is this cable suitable for indoor data center use? A6: Yes, the OFNR jacket and compact uniboot design make it ideal for high‑density indoor environments.