TITANNIUM US
taking large steps into the future of optical fiber - simplified optical networks with greater efficiency and saving - take it to the next level - TITANNIUM, developing the future of optical fiber
TITANNIUM developed technological innovations that promote the implementation of optical fibers
Express
We significantly increased the efficiency and speed of optical networks
Accessible
Economic advantage with Plug and Play functionality
Ecological
Environmental pollution reduced by 90%
Sustainability
We eliminate material overuse by up to 90%
Innovation
We can install networks in places never explored before
Easier
We facilitated the implementation and expansion of new optical networks
TAPs - Low cost infrastructure
Nowadays there is a need to use rolls of 2,5 miles or more, heavy, with large numbers of pass boxes and optical splicing, fiber distribution cases at roadside, railways and urban centers, demonstrating a complicated infrastructure and expensive.
Our technology eliminates the need of high-cost and complex elements (cabinets, fiber fusion, optical distributor, optical cords).
Cheaper: Drop cables: Used to connect dozens of IoTs to FTTH in a single cable. Devices such as semaphores, cameras, call box, sensors, meters (energy, gas, electricity), besides common devices such as computers, laptops, desktops, servers, wifi router, printers, etc...
The use of a single fiber in the drop cable does not require optical distributor and enables mechanical splicing and pre-polished connectors.
Our technology eliminates the need of high-cost and complex elements (cabinets, fiber fusion, optical distributor, optical cords).
Cheaper: Drop cables: Used to connect dozens of IoTs to FTTH in a single cable. Devices such as semaphores, cameras, call box, sensors, meters (energy, gas, electricity), besides common devices such as computers, laptops, desktops, servers, wifi router, printers, etc...
The use of a single fiber in the drop cable does not require optical distributor and enables mechanical splicing and pre-polished connectors.
Why use PON technology?
The TDMA (Time Division Multiple Access) operation is much more efficient than the traditional CSMA CD (Carrier Sense Multiple Access with Collision Detection) used by local networks, since it guarantees the sending of the frames without collisions and retrasmissions, each at its specific time.
TDMA guarantees 100% of the data flow, without loss off network packets
TDMA guarantees 100% of the data flow, without loss off network packets
