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LC UPC to LC UPC Short Boot Fiber Patch Cable, OS2 Simplex 2.0mm LSZH

LC UPC to LC UPC Short Boot Fiber Patch Cable with 12mm boots, OS2 9/125µm simplex fiber, 2.0mm LSZH jacket, and 1–30m lengths.

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LC UPC to LC UPC Short Boot Fiber Patch Cable

The LC UPC to LC UPC Short Boot Fiber Patch Cable is an OS2 9/125µm single-mode simplex jumper for compatible LC/UPC connections in patch panels, telecom cabinets and optical networking equipment. Its LC connectors use 12 mm short boots to reduce rear-connector clearance where equipment depth and cable-routing space are limited.

Both ends have LC connectors with UPC polish. This is an LC/UPC-to-LC/UPC connection, not an LC/UPC-to-LC/APC conversion cable. The 2.0 mm LSZH jacket is offered in eight selectable lengths: 1, 2, 3, 5, 10, 15, 20 and 30 m. Choose a length that allows appropriate cable routing without excessive tension or tight bends.

The existing product specification lists an insertion loss of ≤0.3 dB. The short boot saves space behind the connector; it does not eliminate the fiber cable’s bend-radius requirements.

Connector A	LC/UPC	Connector B	LC/UPC
Fiber Type	OS2 9/125µm single-mode	Fiber Count	Simplex (1 fiber)
Boot Type	12 mm short boot	Cable Jacket	LSZH
Cable Diameter	2.0 mm	Selectable Lengths	1, 2, 3, 5, 10, 15, 20 and 30 m
Insertion Loss	≤0.3 dB (existing product specification)	Applications	FTTH, telecom cabinets and compact LC/UPC patching

Strict Optical Cable Performance Inspection

Network fiber patch cords demand steady transmission performance and long service life.
We select OS2 single-mode fiber, LSZH outer material
and a mature production process to support stable optical connections for indoor fiber network deployments.

1649318004 34020 Supplier of fiber optic patch cables, cat5e/cat6/cat6a Ethernet cables, data transmission cables, audio/video cables, and power cords.

3D Interferometer Test

1649318013 42100 Supplier of fiber optic patch cables, cat5e/cat6/cat6a Ethernet cables, data transmission cables, audio/video cables, and power cords.

End-Face Inspection

1649318023 10938 Supplier of fiber optic patch cables, cat5e/cat6/cat6a Ethernet cables, data transmission cables, audio/video cables, and power cords.

Insertion Loss and Return Loss Testing

Strict Quality Control System

Consistent stable quality is our core competitiveness for fiber optic products.
Our technical team has extensive experience in fiber optic communication.
Our factory owns complete production and testing workshops,
and supports customized OEM & ODM service for various network system suppliers.

Quality Certification

We control the quality of our products, including our strict qualification of manufacturers,
quality control process and production technology,
and compliance with certification and safety standards.
At present, our products meet the industry standards
and mainstream quality certification, such as ISO 9001, CE, RoHS, FCC, etc.

1649315365 62039 Supplier of fiber optic patch cables, cat5e/cat6/cat6a Ethernet cables, data transmission cables, audio/video cables, and power cords.

FAQ

What is the advantage of a 12mm short boot LC patch cord?

A short boot reduces the amount of space required behind the LC connector. This can make cable routing easier in high-density patch panels, compact equipment, shallow racks and other installations where rear clearance is limited.

Is this LC/UPC to LC/UPC short-boot cable single-mode or multimode?

This is an OS2 9/125μm single-mode simplex patch cord. Both ends use LC/UPC connectors, and the short-boot design changes the connector tail length rather than the fiber mode or polish type.

Does the short boot change the optical performance of the cable?

The short boot is mainly a mechanical space-saving feature. Optical performance still depends on the fiber, connector polish, end-face quality and overall cable construction. The working configuration for this page uses insertion loss of ≤0.3 dB.

What lengths are available for this short-boot OS2 patch cord?

The working range for this page is 0.5m–30m. Choose the length according to the actual route and leave enough slack for proper cable management without creating sharp bends behind the LC connectors.

When should I choose this short-boot version instead of a standard LC patch cord?

Choose the short-boot version when both endpoints require LC/UPC but rear clearance is tighter than usual, such as dense patch panels, compact racks or equipment with limited space behind the optical ports. A standard boot remains suitable where cable-routing space is not constrained.