100 Meters 328ft LC to LC Duplex OM1 Multimode Fiber Cable - Reliable

In this review of the 100 Meters 328ft LC to LC Duplex 62.5/125 OM1 Multimode Fiber Optic Cable Jumper, the bottom line is simple: this cable is for network installers and IT teams who need a long, reliable multimode patch cord for LAN/WAN links. The reviewer found the jumper performs as expected for standard multimode installations, with sturdy construction and consistent signal transmission thanks to ceramic connectors and industry-standard OM1 fiber. If you need a long, duplex LC-LC link that is compatible with common equipment, this cable delivers dependable connectivity without unnecessary extras.

Key Features

• 100 meter length: Provides ample reach for most medium to large network runs without adding splice points, keeping connections simple and direct.
• LC to LC duplex: The LC/PC-LC/PC duplex termination offers a compact pair of connectors that fit standard patch panels and transceivers with minimal footprint.
• OM1 multimode 62.5/125: The 62.5/125 multimode core and cladding dimensions match OM1 specifications for predictable multimode performance on legacy and common multimode equipment.
• Ceramic connectors: Ceramic ferrules reduce insertion loss and maintain stable optical alignment for consistent signal quality over time.
• Carrier-class new cable: Built as 100% new fiber optic cable suitable for demanding LAN/WAN deployments, offering reliability for voice and data projects.
• Wide compatibility: Works with all standard fibre optic equipment and connectors that accept LC/PC terminations, easing integration into existing systems.

Who It's For

This cable is best for network administrators, system integrators, and contractors who need a long multimode jumper for patching between switches, patch panels, and transceivers within data closets or campus runs. It is especially appropriate where OM1 multimode fiber is already in use or where short-distance multimode links are acceptable.

It is less suitable for installers who require singlemode long-haul performance or the highest bandwidth multimode standards such as OM3/OM4 for 10G and beyond; those users should look for cables with appropriate core sizes or higher-grade multimode ratings.

Pros & Cons

Pros

• Reliable ceramic ferrule connectors that keep insertion loss low and ensure consistent performance.
• Long 100 m length removes the need for intermediary splices on many installs, simplifying deployment.
• Solid build quality and fiber construction that customers report as sturdy and meeting industry expectations.
• Direct compatibility with standard LC interfaces found on most multimode equipment and patch panels.

Cons

• OM1 62.5/125 is an older multimode grade and may not support the highest-speed multimode applications; buyers needing 10G+ over multimode should consider OM3/OM4 alternatives.

Specifications

Length	100 meters (328 ft)
Connector Type	LC/PC to LC/PC Duplex
Fiber Type	Multimode OM1 62.5/125
Polish/Ferrule	Ceramic connectors
Construction	Duplex fiber optic jumper
Compatibility	Compatible with all standard fibre optic equipment and connectors

Our Verdict

The 100 Meters LC to LC OM1 multimode jumper is a sensible, cost-effective choice for deployments that rely on OM1 fiber or require a long duplex patch cord for LAN/WAN work. Its ceramic connectors and carrier-class construction make it a dependable option for installers who value straightforward compatibility and robust build quality, though those needing higher multimode performance should select newer grade fiber.

Frequently Asked Questions

Is this cable suitable for 10 gigabit networks?
The OM1 62.5/125 cable is generally not recommended for reliable 10G over typical multimode distances; consider OM3/OM4 for 10G+ applications.

Will the LC connectors fit my patch panel?
Yes, the LC/PC duplex connectors conform to standard LC interfaces and will fit compatible patch panels and transceivers.

Are these cables new or refurbished?
These are 100% new fiber optic cables built to carrier-class quality for dependable installation use.