656 ft Armored OM4 LC to LC Fiber Patch Cable - Pulling Eye Kit

In this review of the 656 ft Armored OM4 LC to LC fiber patch cable, the bottom line is simple: it is for installers and network technicians who need a long, protective, pre-terminated multimode run that is quick to deploy. The single biggest reason to buy is the installed swivel pulling eye kit, which prevents damage during long pulls and can be removed and reused, saving time and lowering the chance of costly re-termination. Practical and rugged, this cable aims to reduce installation risk in riser or plenum environments.

Key Features

• Pre-terminated LC to LC: Ready to use out of the box so installers can plug the duplex LC connectors into equipment without field termination.
• Swivel pulling eye kit: Installed on one end to eliminate cable nicking and abrasion during pulls and is removable for reuse on other runs.
• Armored stainless tube: Surrounds the fiber to provide extra crush resistance and rodent protection for challenging indoor/outdoor paths.
• OM4 multimode performance: Two-strand 50/125 MMF supports 10 Gb applications over a long pre-terminated run for data center or backbone links.
• LSZH low-friction jacket: Flame retardant jacket with a coefficient of friction below 0.2 for smoother installation and higher conduit density.
• Bend insensitive fiber: Tight minimum bend radius at the core (7.5 mm) reduces performance loss in routed or constrained pathways.

Who It's For

This cable is aimed at network professionals, AV technicians, and contractors who need a long, durable multimode patch with minimal onsite assembly. The built-in pulling eye and armored construction make it a strong choice for long riser runs, conduit pulls, or temporary outdoor-to-indoor transitions where the cable may experience mechanical stress.

It is less appropriate for installers who require singlemode spans, custom connector types, or highly flexible patching inside tight patch panels where a thinner non-armored jumper would be preferred. Also, if multiple connector ends are needed at both ends for distribution, field terminations or splicing would be required after cutting the pre-terminated length.

Pros & Cons

Pros

• Pre-terminated LC connectors save time on installs and reduce termination errors.
• Swivel pulling eye kit protects the cable during pulls and is reusable for future installs.
• Armored stainless tube adds crush and rodent protection in harsh routes.
• OM4 multimode and bend insensitive fiber support reliable 10 Gb performance over the run.

Cons

• Some users reported mixed durability feedback about armor or continuity over very long runs, so careful handling is still required.
• Armored construction makes the cable less flexible and bulkier than non-armored jumpers for tight patching spaces.

Specifications

Length	656 ft (200 m)
Fiber type	OM4 multimode 50/125
Connectors	LC to LC, pre-terminated duplex
Armor	Stainless steel tube surrounding fiber
Jacket	LSZH low friction, coefficient of friction <0.2
Bend radius	Min. bend radius (fiber core) 7.5 mm
Included accessory	Swivel pulling eye kit installed on one end (removable)

Our Verdict

The 656 ft armored OM4 LC to LC patch cable is a practical, cost-conscious choice for installers who need a long pre-terminated multimode run with extra mechanical protection and a reusable pulling eye kit. It delivers good value for backbone and riser installs where crush and rodent resistance matter, but its bulkier armored build and mixed user comments about durability mean careful handling and route planning are still advisable.

Frequently Asked Questions

Can the pulling eye kit be reused?
Yes, the swivel pulling eye kit is removable after installation and can be kept for reuse on future runs.

Is this cable suitable for 10 Gb connections?
Yes, the 2-strand OM4 multimode 50/125 fiber is specified for 10 Gb multimode applications over the installed length.

Does the armor make the cable difficult to route?
The stainless steel armor adds protection but reduces flexibility, so it is less convenient in very tight patching spaces compared with non-armored jumpers.