LC-LC Uniboot OM3 Duplex Multimode Fiber Patch Cable 1M

• Uniboot design combining two fibers into a single compact jacket
• OM3 50/125μm laser-optimized multimode fiber
• Supports 10G and 40G Ethernet short-reach applications
• LC to LC duplex connector configuration
• Reduced cable bulk by up to 50% compared to standard duplex cables
• Improved airflow and cable management in high-density racks
• Aqua-colored jacket for OM3 fiber identification
• Low insertion loss and stable optical performance
• Durable LSZH jacket for enhanced safety and flexibility
• Factory polished connectors for consistent quality and reliability

• High-density data center patching systems
• 10G/40G Ethernet backbone connections
• Enterprise network distribution frames (MDF/IDF)
• Server and switch interconnects
• Cloud computing infrastructure cabling
• Structured cabling in telecom rooms

We provide OEM and customization services including different lengths, jacket colors, connector types, labeling, and private branding. Customized packaging and project-based specifications are also available to meet specific deployment and branding requirements.

Customize Your Specialty Fiber Patch Cord Solution

Q1: What is the advantage of a uniboot design?
A: The uniboot design combines two fibers into one jacket, reducing cable bulk and improving airflow and cable management in dense environments.

Q2: Why is OM3 fiber commonly used in data centers?
A: OM3 fiber is laser-optimized for high-speed short-reach transmission such as 10G and 40G Ethernet, offering a balance of performance and cost.

Q3: Can this cable support 100G applications?
A: It can be used in some 100G breakout or parallel optics systems depending on the transceiver and link design, but it is primarily optimized for 10G/40G links.

Q4: What does LSZH mean?
A: LSZH stands for Low Smoke Zero Halogen, meaning the jacket produces minimal toxic gas and smoke in case of fire, improving safety in enclosed environments.

Q5: Is this cable suitable for high-density patch panels?
A: Yes, the compact uniboot structure is specifically designed for high-density patching environments where space and airflow are critical.