Network’s “future proof”

Triple Play Support (Data, Voice and Video)

Easier installation and low cost repair

Adequate solution for pipes with hard access

Greater quality and stability in the transmission

There is no need for active equipment at the distribution nor access network

The equipment doesn’t suffer from electromagnetic interference

Fusion, connectorized and pre-connetorized Topologies


The FTTH (Fiber-To-The-Home) networks are 100% optic and are responsible for taking the optic fiber into the customer's house, which are individual constructions and non-vertical (apartments), just like offices, houses and housing associations.


The PON (Passive Optical Network) used in FTTH (Fiber-To-The-Home) architectures for the provision of data, voice and video services basically use the division of optical fibers coming from the OLT ports at the central office of the service provider until they reach the homes of subscribers. As it is a transparent network free from active equipment between points, it may be used by different technologies like GPON and EPON.

Birla Furukawa FTTH Solutions takes Fiber into the Customer House Quickly and Reliably with Greater Quality and Stability in transmission.


Equipment Central

This is the start of the network where the optical transmission equipment (OLTs), Optical Distributors, splitters, racks and cords are installed.

Distribution Network

Responsible for the transition of the cables of greater amount of optic fiber which come from the central, to the smaller amount of optic fiber which are going to arrive in the customer’s boxes. The key products central office for this application are the splice boxes (CEO) and the splitters.

The Transition

Transition between the cables from distribution network external to internal. The key products for this application are the termination boxes (CTO) and the access cables, as an example the Drop Cables.

Termination Network

At the end of the network happens the transition from the drop cables to the connection of the termination equipment (ONU/ONT), passing through the termination point (PTO/Rossette). In this termination point, the ONU/ONT is interconnected to the access network through an optic cord.