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2.0mm LC/UPC-LC/UPC Duplex 50/125um OM4 LSZH Jacket Tight-Buffered Fiber Patch Cable

2.0mm LC/UPC-LC/UPC Duplex 50/125um OM4 LSZH Jacket Tight-Buffered Fiber Patch Cable

Product Features

• High precision connector.

• Ultra low insertion loss and high return loss.

• Compliant to IEC 61754 / IEC-61300-3-35 / IEC 61755, RoHS.

• 100% factory terminated and tested.

• Customize based on your specifications.

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Specifications:

Connector ALC/UPCConnector BLC/UPC
Fiber Mode50/125 μmWavelength850/1300nm
Fiber TypeOM4Cable Jacket MaterialLSZH
Polish TypeUPCPolarityA-B
Fiber Count2 FibersCable OD2.0mm
Insertion Loss≤0.3dBReturn Loss≥30dB
Attenuation@850nm3.0dB/kmAttenuation@1300nm1.0dB/km
Operating Temperature -10℃ ~ +60℃Storage Temperature -40℃ ~ + 75℃
Long-term Tensile Load90NShort-term Tensile Load150N




Product Description:

The 2.0mm Duplex Fiber Optic Patch Cord represents the industry standard for reliable, high-performance fiber connectivity. Designed to strike the optimal balance between durability and flexibility, this patch cord is the versatile choice for a wide range of applications, from enterprise Local Area Networks (LANs) to modern data centers. It delivers the robustness needed for daily handling while maintaining the slim profile required for organized cable management.
With a 2.0mm diameter jacket, this patch cord offers enhanced protection for the optical fibers compared to smaller 1.6mm or 1.8mm cords, yet remains significantly more flexible and space-efficient than traditional 3.0mm cables. This makes it the ideal "go-to" solution for network engineers who require a cable that is both tough enough for frequent patching changes and slim enough to prevent port congestion.
Each assembly is manufactured under strict quality controls to ensure exceptional signal integrity. Featuring precision-polished connectors with zirconia ceramic ferrules, these patch cords guarantee low insertion loss and high return loss across all industry-standard wavelengths. The duplex design securely bonds two simplex fibers, ensuring proper polarity (Tx/Rx) alignment and simplifying cable organization in patch panels.

Key Application Scenarios

-Enterprise Local Area Networks (LANs)
For connecting workstations, servers, and network switches in office buildings and campus environments, the 2.0mm patch cord offers the ideal combination of durability for daily use and flexibility for routing through cable trays and furniture.

-Data Center Interconnects (Top-of-Rack to Server)
In data center environments, this patch cord reliably connects top-of-rack switches to servers and storage units. Its 2.0mm profile helps manage cable density at the rack level while providing the robustness needed for occasional server moves and reconfigurations.

-Telecommunications Rooms (IDF/MDF)
In intermediate distribution frames and main distribution frames where cables are frequently patched and repatched, the 2.0mm cord withstands repeated handling without compromising optical performance.

-Fiber-to-the-Home (FTTH) and Premises Wiring
For indoor installations where the cable may be routed through walls, ceilings, or baseboards, the 2.0mm jacket offers sufficient protection while remaining easy to conceal and terminate.

-Storage Area Networks (SAN)
Fibre Channel storage networks require reliable, low-latency connections. The 2.0mm duplex patch cord provides stable, high-performance connectivity between storage arrays, switches, and servers.

-Test and Measurement Environments
In laboratory and testing environments where connections are frequently changed, the 2.0mm cord offers a durable and reliable solution that maintains consistent optical performance over repeated mating cycles.

-Audio/Video and Broadcast Applications
For professional AV and broadcast installations requiring high-bandwidth video transmission (such as SDI over fiber), the 2.0mm duplex cord provides a dependable connection between cameras, routers, and production equipment.

The 2.0mm Duplex Fiber Optic Patch Cord is the trusted choice for network professionals seeking a reliable, versatile, and high-performance connectivity solution that adapts seamlessly to diverse application requirements.

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