The FTTH Drop Cable can transmit up to 70 kilometers. But generally, the construction party covers the optical fiber backbone to the doorstep of the house, and then decodes it through the optical transceiver.
However, if a one-kilometer project is to be done with a covered fiber optic cable, it should be an outside project. The covered fiber optic cable itself is too fragile and is easily broken. It is not that strong.
Features of FTTH Drop Cable:
Because of its softness and lightness, the covered optical cable is widely used in access networks. The scientific name of the covered optical cable is a butterfly-shaped lead-in optical cable for access networks. Because of its butterfly shape, it is also called butterfly. shaped optical cable, and figure 8 optical cable.
Advantages of FTTH Drop Cable:
Cover optical cable: It is a bend-resistant optical fiber that can provide greater bandwidth to enhance network transmission performance; with two parallel FRP or metal reinforcements, the optical cable has good compression resistance to protect the optical fiber; the optical cable has a simple structure and is light in weight , and highly practical; it has a unique groove design, which is easy to peel off and can be easily connected.
If it is single-mode, it can go further, but if a one-kilometer project is done with a covered optical cable, it should be an outside project. Doesn't it feel like the covered optical cable is too fragile? It is very easy to break and has no strength. So big.
The main uses of FTTH Drop Cable:
There is currently a recommended method: covered optical cable, which can solve problems such as high material costs, slow engineering efficiency, unreliable product performance and quality, and unbudgeted later maintenance.
With the development and related promotion of the optical communication industry in recent years, FTTH (fiber to the home) has become the solution model for the recent development of access networks. It adapts to the development of science and technology in the optical field and is also in line with the high-speed and large-capacity requirements of optical network signals by the majority of users. transmission requirements. In large-capacity FTTH access projects, the mechanical bending and tensile properties of conventional indoor optical cables can no longer meet the needs of FTTH (fiber to the home) indoor wiring. Due to market demand, low bending radius and high strength ftth drop cables have emerged, which will be widely used in FTTH (fiber to the home) access networks.