Skip to product information
1 of 1

5 Pack OS2 LC to LC Fiber Patch Cable SingleMode Duplex 3m - Reliable

5 Pack OS2 LC to LC Fiber Patch Cable SingleMode Duplex 3m - Reliable

Regular price $33.99 USD

Price subject to change. Tap below for current.

Our review of the 5 Pack OS2 LC to LC Fiber Patch Cable finds it best suited for network engineers and IT teams that need dependable longreach singlemode links without fuss. The bottom line: these 3m patch cords deliver reliable connections thanks to precision UPC connectors and industrystandard 9/125m fiber, and they stand out for safety with an LSZH jacket, making them a sensible choice for rack, data center, and telecom cabling where clean signal and low smoke are priorities.

Key Features

  • Precision UPC Connectors: UPC ferrules reduce insertion loss and reflections, helping the link come up immediately and maintain stable signal quality.
  • LongDistance SingleMode: OS2 singlemode construction supports transmission from hundreds of meters up to tens of kilometers, suitable for interconnect and backbone runs.
  • 9/125m Core: The standard 9/125m fiber core aligns with common telecom and data center equipment for predictable performance.
  • LSZH Jacket: Low Smoke Zero Halogen material minimizes toxic gas and smoke in a fire, improving safety in enclosed spaces.
  • TIA/EIA Compatible: Conformance with common TIA/EIA cabling expectations ensures predictable installation behavior and compatibility with compliant systems.

Who It's For

This pack is aimed at IT administrators, integrators, and telecom technicians who need multiple identical short patch cords for fiber patch panels, transceivers, or QSFP modules and who value safety in confined environments. The 3m length is convenient for cabinet and rack use where direct connections to transceivers are frequent.

Those who need multimode cables, specialty connectors (APC), or custom lengths should look elsewhere; this product is specifically a singlemode LC to LC duplex jumper in a standard 3m length with UPC end faces and LSZH sheathing.

Pros & Cons

Pros

  • Good signal performance from precision UPC connectors and 9/125m fiber.
  • LSZH jacket improves safety in data centers and enclosed equipment rooms.
  • Pack of five provides spare or multiport coverage for racks and panels.

Cons

  • Fixed 3m length may be longer than needed for some tight patching scenarios.
  • UPC polish is standard but not APC, so it may not suit systems requiring angled polish.

Specifications

Connector Type LC to LC duplex
Fiber Type OS2 singlemode 9/125m
Ferrule/Polish UPC (Ultra Physical Contact)
Jacket Material LSZH (Low Smoke Zero Halogen)
Length 3m (9.8 ft)
Pack Quantity 5 cables
Standards TIA/EIA 568C.3 compliance indicated

Our Verdict

The 5 Pack OS2 LC to LC 3m patch cables are a practical, costeffective choice for data center and telecom teams that need reliable singlemode duplex links with a safer LSZH jacket. With precision UPC connectors and standard 9/125m fiber, they offer predictable, immediate performance and good value for routine patching and QSFP transceiver connections.

Frequently Asked Questions

Are these cables singlemode or multimode?
They are OS2 singlemode cables with a 9/125m core, intended for longreach singlemode links.

What polish type do the connectors use?
The LC connectors use a UPC (Ultra Physical Contact) ferrule/polish, not APC.

Is the jacket safe for indoor use?
Yes, the jacket is LSZH, which reduces smoke and halogen release in the event of a fire and is suitable for enclosed spaces.

Editor's Take

GearMustHave editorial rating: 4.4 out of 5. GearMustHave Editorial Rating

The 5 Pack OS2 LC to LC 3m patch cables deliver reliable singlemode performance with precision UPC connectors and an LSZH jacket, making them a good value for data center and telecom patching where safety and predictable links matter.

View full details
5 Pack OS2 LC to LC Fiber Patch Cable SingleMode Duplex 3m - Reliable
5 Pack OS2 LC to LC Fiber Patch Cable SingleMode Duplex 3m - Reliable
Regular price $33.99 USD
CHECK AVAILABILITY ➤

Recently viewed