We specialize in Fiber Optic construction

MICRO TRENCHING, BLOWING FIBER,  BORE DRILL, SHALLOW TRENCHING, CONCRETE...etc…  

We offer the most experience and the best product, in addition to a nationwide-class team of project managers.

Our installation team will work with you each step of the way to ensure a trouble-free process so that services are delivered on time.

With a single point of contact, we make complex fiber optic communications simple.

BORE DRILLING

A fiber-optic cable is designed to protect the inside fiber core that carries the transmission of a light signal.

The construction of a fiber-optic cable includes the fiber core, cladding, primary coating, strength members (or buffer strengthening fibers), and cable jacket.

Who Uses Fiber Optic Cables?

In order to provide a physical connection to a device, or network, fiber-optic cables can simply be plugged into patch panels and communications equipment.

Fiber-optic cables are typically used by Governments, commercial businesses, the military, and of course there are many other industrial applications where fiber-optic cable is used in the transmission of data, video, and voice.

Our experts of Aerial Fiber Lineman, and in Pole transfer, pulling strand and attached to poles, pulling fiber aerial and underground, Lashing, D-Lashed and Re-Lashed, Rackout, install downguy and build risers.

Micro Trenching, blowing fiber, Bore Drill, Concrete...etc…  

24/7 standby for emergency call.

Aerial bucket truck pulling fiber and strand

Heavy Equipment for fiber cable construction



PRESIDENT: SAU FANGUPO

Mr. SAU has over 35 years in managing Fiber construction field and building construction businesses. He is overlooking the entire operation of the company.

MANAGER: NAKI TUITUPOU  

Mr. Naki has over 30 years in managing Fiber construction and residential construction businesses. He is managing the entire operation of the company.

What Is A Fiber-Optic Cable And What Is It Used For?

A fiber optic cable is basically a network cable: a cable whereby strands of glass fibers are contained within an insulated casing.

Fiber optic cable has been designed specifically for the long-distance transfer of high-performance telecommunications and data networking.

Consisting of one or more strands of glass, about the thickness of human hair, encased in an insulated outer jacket, fiber optic cable provides higher bandwidth than wireless coaxial cable, and is capable of transmitting data over longer distances.

These cables are responsible for supporting most of the world's telephone systems, cable television, and Internet.

Using pulses of light generated by light-emitting diodes, or small lasers, the fiber optic cable carries communication signals.

In the center of each glass strand is the "core", and the core is surrounded by cladding, a layer of glass that reflects the light inwards, allowing the light to pass through bends in the cable while avoiding loss of signal.

It is the core of the cable that provides the pathway for light to travel over long distances. Light pulses are used in fiber-optic cables to send information, as opposed to electrical signals.

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