LC-LC OM4 Fiber Patch Cable 50M - High-Speed 10Gb/40Gb/100Gb

In this review the FiberCablesDirect LC-LC OM4 50M patch cable is evaluated for use in data centers, telecom racks, and enterprise networks where short-range, high-bandwidth links are required. The bottom line: this cable is aimed at network engineers and IT teams who need reliable, low-loss multimode fiber for 10Gb and higher aggregated links, and its single biggest selling point is the use of genuine Corning OM4 glass and ceramic ferrules that preserve signal integrity across demanding short-range connections.

Key Features

• OM4 multimode fiber: Provides a high modal bandwidth that supports 1Gb, 10Gb, 40Gb, and 100Gb short-range Ethernet for flexible deployment in racks and patch panels.
• Corning glass core: Genuine Corning OM4 fiber helps reduce attenuation and maintain signal quality for critical links in data centers and enterprise fiber runs.
• LC-LC connectors with ceramic ferrules: Precision ceramic ferrules minimize insertion loss and ensure consistent mating performance with standard LC ports.
• Reinforced zip-cord jacket: A 2.0mm outer diameter and zip-cord construction give flexibility and resistance to kinks for neat installations through conduits and cable managers.
• Industry standard compliance: Cables are inspected and tested to ANSI/TIA/EIA standards for predictable performance and long-term durability.
• Bulk-friendly length: The 50M (164.04ft) length is useful for medium-length runs inside larger rooms and between nearby racks without splices.

Who It's For

The cable is best for network administrators, data center technicians, and telecom integrators who need a dependable multimode link for 10Gb short-range connections and occasional 40Gb or 100Gb short-reach links. Its Corning OM4 core and ceramic ferrules make it suited to environments where low insertion loss and repeatable performance matter.

It is less appropriate for long-haul singlemode runs or residential setups where the full capability of OM4 is unnecessary; organizations needing extreme flexibility in connector types or nonstandard lengths should look for custom assemblies rather than this 50M zip-cord jumper.

Pros & Cons

Pros

• Uses genuine Corning OM4 glass for consistent, low-loss multimode performance.
• LC-LC connectors with ceramic ferrules deliver reliable mating and reduced insertion loss.
• Reinforced 2.0mm zip-cord construction eases routing and resists kinks during installation.
• Supports multiple Ethernet speeds and distances, making it versatile for short-range links.

Cons

• Designed for short-range multimode applications only, so it is not a substitute for singlemode long-distance fiber.
• 50M length may be overkill for some patch panel-to-panel runs and less convenient for very tight cable management scenarios.

Specifications

Fiber type	OM4 multimode 50/125m
Length	50M (164.04ft)
Connectors	LC-LC with ceramic ferrules
Jacket	2.0mm zip-cord reinforced
Modal bandwidth	1500/2000 MHz-km at 850nm/1300nm
Supported speeds	1Gb, 10Gb, 40Gb, 100Gb (short-range)
Standards	ANSI/TIA/EIA inspected and tested

Our Verdict

The FiberCablesDirect LC-LC OM4 50M patch cable is a sensible buy for IT teams needing reliable, low-loss multimode runs between racks or equipment in data centers and enterprise networks. With genuine Corning OM4 fiber and ceramic ferrules it delivers solid performance for 10Gb and short-range 40Gb/100Gb links, and its reinforced zip-cord jacket makes installation straightforward, offering good value for infrastructure projects.

Frequently Asked Questions

Will this cable support 10Gb Ethernet over my server links?
Yes; the OM4 50/125m fiber supports 10Gb up to the distances indicated and is optimized for short-range high-speed links.

Are the connectors durable for repeated patching?
The LC connectors use ceramic ferrules which are standard for low insertion loss and reliable repeated mating in patch panel use.

Is this suitable for long-distance backbone runs?
No; this is multimode OM4 designed for short-range links inside buildings and between nearby racks, not singlemode long-haul backbones.