Advantages of Armored Fiber Patch Cords

Advantages of Armored Fiber Patch Cords

Armored-fiber-patch-cords are designed to prevent rat bites. They have the advantages of common optical fiber patch cords including high tensile, compression and bending resistance, fire and moisture resistance.

Our armored patch cables come with premium connectors and are UL rated for plenum installations. They also have a specialized stainless steel armor layer which increases their strength, durability and crush resistance.


Armored-fiber-patch cords offer much more strength than standard patch cables without being bulky or difficult to work with. Their steel sleeve protects the fibers from external pressure and rodent penetration, making them ideal for complex environments like building wiring. In addition, they are highly resistant to abrasion and chemical erosion. These features make them a perfect choice for use in indoor data centers or other harsh environments.

A common type of armored cable is a riser armored cable, which is used for intrabuilding installation. These cables have helically wrapped aluminum interlocking armor and are optimized for protecting the fiber optic cabling from fractures in harsh environments. They are also moisture, crush and rodent resistant. They are available in a wide range of ethernet cable types.

These cable types are often used in telecommunications and network infrastructure, including LANs, MANs, and WANs. They can also be used in wireless base stations, security and CATV systems, SANs, and military applications. They have a small bending radius and can handle high speeds of data transmission.

They can be equipped with a variety of terminal interfaces, including SC, ST, FC and LC. They are also fire-proof and halogen-free, and they can be customized to meet specific customer requirements. The number of cores that they can accommodate varies from 2 to 144.


Unlike conventional optical fiber patch cords, armored ones feature superior strength and durability. They are designed to withstand crush, pressure, rodent attacks, and other physical threats, making them optimal for harsh environment applications such as campus and building backbone networks. In addition, they offer exceptional tensile strength to ensure resistance against stress and strain.

The stainless steel sleeve of armored fiber optic cables provides extra protection for the optical fiber strands inside, ensuring their longevity. They are also highly flexible and can easily bend without breaking, enabling them to fit in tight spaces. This flexibility armored-fiber-patch-cords also helps to save space during installation. Additionally, they can be routed in a variety of directions and come with multiple terminal interfaces to meet the needs of different applications.

Another advantage of armored fiber is that it can be pre-terminated in a factory for easier installation. This significantly cuts down on installation costs and time. It also helps prevent errors and reduces the risk of downtime during installation, which is critical for any business.

Moreover, armored fiber cables can be buried underground and are ideal for aerial and direct burial applications. They also feature a fire-resistant plenum insulation that meets strict building regulations. They are available in 2 to 144 strand options and have tight buffered fibers with aramid yarn strength members, which help to prevent rodent bites.


Armored fiber patch cords feature a stainless-steel sheath that protects the optical fiber from mechanical damage. They can withstand significant pressure without breaking, and they can also resist rodent penetration. This makes them a good choice for challenging environments, including office cabling and building wiring. They are ideally suited for intra-building telecommunication connections, spanning cable backbones, and connecting equipment in high-level computer rooms.

Armored fiber optic patch cords can be divided into two categories based on the type of metal tube used to cover them: aluminum interlock armor and corrugated armor. Both are suitable for rugged direct burial applications, where they can withstand natural decay and moisture. The aluminum interlock armor is more flexible than the corrugated steel, so it can better withstand the pulls and strains of installation.

Indoor armored cables have tight-buffered or loose-buffered fibers with aramid yarn strength members, surrounded by an inner jacket and outer jacket helically wrapped in aluminum interlocking armor. They are also fire-resistant plenum-rated, so they can be safely installed in ducts and conduits. This makes them ideal for telecommunications applications within buildings and across campus networks. They are often used to connect equipment in data centers and other key computer room facilities. They can also be used to carry data between buildings, and they can be easily extended by deploying fiber optic transceivers.


Armoured patch cords are built with a stainless steel sleeve that protects the optical fiber. This sleeve is used to protect the cable from external pressure and prevent rodents from penetrating the cable. This protection is particularly important for areas where there is a lot of human traffic or heavy machinery. The sleeve also ensures that the cable can withstand harsh environments.

Compared to standard fiber optic patch cables, armored fiber patch cords can withstand more strain and are less prone to damage. They are also designed to withstand rodent bites and can resist moisture and oil. This makes them ideal for use in harsh environments.

Bonelinks takes quality seriously and tests every single armored fiber patch cord to meet the highest standards. This includes end cleaning, loss testing and testing of connector parameters. The result is a rugged, durable and secure cable that’s perfect for data centers.

Our armored fiber patch cords are available in various diameters and termination options. They can be fitted with SC, LC, FC, ST, MU and E2000/APC type connectors. They can be multimode fiber optic cable assemblies manufacturer terminated in single mode or multi-mode fibers and come in OM1, OM2, OM3, 50/125, 62.5/125 and OM4 types.

They can be deployed in high-traffic areas, crowded spaces and between floors. They are especially suited for intrabuilding applications in the midst of a busy environment. They can also be substituted for OFCR riser cables to help comply with strict building regulations.