130ft/40m OD-5mm Industrial TPU OM4 Fiber LC to LC Duplex - Rugged

Our review of this 130ft OD-5mm Industrial TPU OM4 Fiber LC to LC cable finds it aimed squarely at installers and site engineers who need a rugged, pre-terminated multimode link for harsh outdoor or industrial runs. The single biggest reason to buy is the combination of a TPU outer jacket and metal steel armor plus glass fiber yarns, which together deliver exceptional physical protection and weather resistance for overhead, direct-burial, or conduit installations. The pre-attached swivel pulling eye kit reduces the risk of connector damage during installation and can be removed and reused.

Key Features

• Durable TPU jacket: The TPU outer jacket offers high abrasion resistance, strong tensile strength and UV and temperature resistance for long outdoor life.
• Dual physical protection: Metal steel armor combined with glass fiber yarns protects the fiber core from rodents and mechanical damage in harsh environments.
• Pre-terminated with LC connectors: Ready-to-use OM4 LC to LC duplex connectors save termination time and reduce field connector errors.
• Swivel pulling eye kit: The installed pulling eye eliminates cable strain and connector damage during pulls and can be removed and reused after installation.
• 5.0mm outer diameter: Thicker 5mm construction is better suited to high-wear outdoor or industrial routes than thinner 3mm cables.
• OM4 multimode performance: Designed for 50/125 OM4 fiber to support 40G/100G short-reach multimode links in data center or campus aggregation links.

Who It's For

This cable is best for network technicians, industrial integrators, and construction crews who need a pre-terminated multimode fiber run that resists abrasion, UV, temperature extremes and rodent damage. It suits overhead spans, direct-burial runs where armored protection is preferred, and installations that require a reliable pulling solution to protect connectors during long pulls.

It is less appropriate for ultra-high-density indoor patching where a slimmer, riser-rated 3mm cable or simple patch cords are preferred, and for single-mode long-haul requirements where OM4 multimode fiber is not applicable.

Pros & Cons

Pros

• Robust TPU jacket and steel armor provide strong protection in extreme outdoor and industrial environments.
• Pre-terminated OM4 LC-LC duplex saves time and reduces field termination errors.
• Swivel pulling eye kit protects connectors during installation and can be reused on future runs.

Cons

• At 5.0mm OD the cable is thicker and less flexible than 3mm patch cords, which may complicate very tight indoor routing.
• OM4 multimode is not suitable for single-mode long-distance links, so verify link type before purchase.

Specifications

Length	130ft / 40m
Fiber Type	OM4 multimode (50/125)
Connectors	LC to LC duplex pre-terminated
Outer Jacket	TPU (abrasion, UV and temperature resistant)
Armor	Metal steel armor plus glass fiber yarns
Outer Diameter	5.0mm
Installation Kit	Swivel pulling eye installed on one end (removable)

Our Verdict

For outdoor and industrial multimode links that demand mechanical protection and weather resistance, this 130ft OD-5mm OM4 LC to LC cable is a practical choice that saves time with pre-termination and reduces installation risk with a reusable pulling eye. It represents good value where durability and installation safety matter more than compact flexibility, making it a solid pick for site installs and protected burial runs.

Frequently Asked Questions

Can this cable be buried directly in the ground?
Yes, the combination of TPU jacket and metal armor allows direct burial, though local codes and additional conduit or warning tape may be required.

Is the pulling eye removable after installation?
Yes, the swivel pulling eye kit is installed on one end to protect connectors during the pull and can be removed and kept for reuse.

Will this support 40G or 100G links?
Yes, the OM4 multimode 50/125 fiber is specified for short-reach 40G and 100G multimode applications in appropriate transceiver and channel configurations.