GYTS Fiber Optic Cable for Aerial and Duct Applications

GYTS fiber optic cable is mainly used for outdoor duct and aerial applications. The insulated cable usually contains all optical fibers for a telecommunication line and can be suspended between power poles or transmission towers.

It is characterized by its heavy sheath and strong metal or aramid strength members. It is also characterized by its high lateral pressure resistance.

Aerial Laying

GYTS outdoor fiber cables are used in aerial and duct applications. These cables support single mode and multimode, with a fiber count from 2 to 432 cores. They are suitable for urban access networks, local area networks, and FTTH communication. They feature a steel wire reinforced layer, which provides strong tensile strength and lateral pressure resistance.

Aerial fiber cables are typically hung from power poles or electricity pylons gyts-fiber-optic-cable-aerial-and-duct to carry telecommunication lines across long distances. They can be deployed using two different methods – cable-in-duct or a ruggedized pre-fibered aerial cable. The latter option is more convenient and quicker since it eliminates the need for digging underground. In addition, it can be installed on existing poles, which saves a lot of time and money.

These cables can be air-blown, jetted, pulled, or pushed into a duct or conduit to provide an effective and protective environment for them during their installed lifetime. The sturdiness of the cable can be further improved by adding a sheath to protect it from external stress, impacts, and chemicals.

These cable types have a central steel wire sheathed with polyethylene(PE) for high fiber counts. Moreover, the loose tube of the cable is jelly filled and longitudinally covered with a copolymer steel tape, and then PE sheathed. The sheath improves the cable crush and impact-resistance, while enhancing its moisture proof performance.

Pipe Laying

The duct optical fiber cable can be laid by pothooks on flat ground or by wire rope in mountain and steep slope. The pothooks should be set to the suspension line of the electric pole and fixed to the pole by a safety ring, and it is necessary to bind them every 3-5m. Warning signs should be hung for aerial optical cables every 4 poles and when they cross roads, rivers, bridges and other special sections.

GYTS outdoor light armored fiber cable is used in duct and aerial applications for long haul communication and local area networks (LANs). It can support core network, access network and FTTH system. The cable consists of a steel tape-armored structure with a PE sheath, and it can be used in environments that require high lateral pressure resistance. It has excellent tensile strength and good longitudinal water-blocking performance. In addition, it has a good corrosion resistance and abrasion resistance.

The stranded loose tube GYTS fiber cable has a central metal wire or a sheathed steel strip that acts as the metallic strength member and is filled with a water-resistant filling compound. The fibers are then positioned in the tubes, and each fiber is color coded as per the GYTS fiber optic cable color coding scheme. The cable is then covered with a PE inner sheath and a LSZH outer sheath.

FTTH

GYTS is an outdoor fiber cable which is designed to be laying in aerial and duct environment for long distance communication and LAN. It provides excellent mechanical and temperature performance, good crush resistance, water blocking and flexibility. It can be used in various scenarios such as urban access network, local area network and FTTH application.

The structure of GYTS is made up of a loose tube layer stranded optical fiber sheath with metal strengthening member. The gaps between the tubes are filled with water blocking compound. The whole cable core is surrounded by PSP, which ensures the mechanical and thermal performance of the cable. The steel wire reinforced layer improves the lateral pressure resistance of the cable.

The non-armored loose tube fiber cable is characterized by a central strength member and jelly filled loose tube stranded with PP filler (if necessary) twisted, which can carry single mode or multimode optic fibers. It has a PE jacket and a metal strengthened core. The central strength member strengthens the cable to withstand the external tensile stress, which helps in maintaining its transmission performance during operation. Moreover, the tight buff layer prevents the mutual influence between optical fibers. It also features high tensile strength and good impact resistance. It is suitable for laying under the condition of higher lateral pressure.

FTTB

FTTB is a fiber-optic setup that offers high bandwidths and internet connections. It is ideal for apartment buildings, office buildings and industrial complexes. It works by laying fiber cables all the way up to a building and then forwarding the data to individual apartments or offices through existing internal cabling. This method allows you to increase the speed of your internet connection, and it can also improve the quality of your gaming and web browsing experience.

Unlike traditional copper wires, fiber optics use light to transmit data. This allows them to travel long distances at high speeds, and they provide much better internet speeds than DSL or cable. nbn(tm) has rolled out a nationwide fiber network to deliver fast, reliable broadband services to homes and businesses. To access the service, you will need a compatible modem mpo-patch-cable-assembly-line-equipments and a VDSL compatible phone line. nbn(tm) provides information about compatible modems and phone lines on its website.

Unlike FTTH, FTTB brings fiber-optic cables directly to the building. The cables reach a point in the building, such as a basement, and then transmit the signal to individual residences or offices through coaxial or twisted-pair copper cable. This is a common technology in urban areas. It is often combined with FTTC or FTTH to offer greater coverage to customers. FTTB is sometimes called “fiber to the basement.”