Structure of a E-Fiber™ Advanced PON-FTTx Network
This architecture allows to eliminate
all active components between the telecommunications service provider and the client, introducing in its place passive optical components to route traffic across the network. The use of these passive systems, whose main element is the optical splitter device- reduces the cost of installation and maintenance
. 
The Passive Optical Splitter
divides or combines light waves in a straight forward physical manner requiring no electrical processing and enables several customers to share an optical fiber from the operator central office to the splitter itself.
VoxGotha Laboratories have developed an optical splitter for outside plants that can be installed in aerial or underground closures near the customer’s house or company, and have also developed associated housing technology.
It features high reliability in the face of high temperatures, high humidity and outdoor environments.
VoxGotha Optical Connectors
ready to use mechanically couple and align the cores of fibers so that light can pass enabling quicker connection and disconnection.
VoxGotha, transmits signals using hair-thin strands of glass fiber and laser-generated pulses of light.
When that light reaches your home or office through the VoxGotha network, it is converted into electric signals
in a box, called the ONT, installed in the inside of your location. That way,
it can be "read" by your telephones and computers.
E-Fiber™ High Performance fiber networks
E-Fiber™ other FTTx architecture 
Architecture Point to Point