Fiber technology has become the main platform for accessing Internet services and transferring information. Fiber optic cables, which are actually thin glass wires, are used to transfer information from one place to another. This advantage has been established by the ability of fiber optic cables to carry large amounts of information at very high speeds. In addition, this fiber optic technology is not susceptible to noise that affects wireless communications. The duration of your home fiber installation depends very much on the number of available devices. If the optical network terminal (ONT) is already in place, the installation time will be relatively short.
After pulling the fiber to one side of the family, the next step is to establish a connection inside it. This phase requires the installation of an Optical Network Terminal (ONT), while the ONT is just a small box in the home. This ONT is basically responsible for the operation of fiber broadband services. During fiber installation, you must determine the most suitable fiber end position. In most cases, the end point is where the wired and telephone lines are located. If you are not sure of the location, consult with the contractor to provide other relevant insights.
Test the drive is the necessary steps to complete the installation process. Fiber optic technology should be tested to demonstrate that it functions properly before technicians leave. In summary, fiber optic installation requires a great deal of expertise and must be done by contacting a qualified technician from a reliable fiber optic service provider. In order to facilitate fiber installation, you should also seek high-quality equipment.
Fiber optic splice closure, often used with outdoor fiber optic cables, provide room for splice splice of outdoor fiber optic cables. The inside of the fiber optic splice case and the fiber tray will protect the splice fiber and the outdoor fiber optic cable splice section. In general, fiber optic splice cases are dome-shaped and horizontal, while horizontal fiber splice cases are more commonly used.
Fiber optic splice closure can use both ribbon cable and round cable. Each type (ribbon or round cable) meets the requirements of different fiber splicing counts. They are widely used in optical fiber communication systems.