24 core optical fiber cable is a communication cable with 24 built-in optical fibers. It is mainly used for the transmission of long-distance communications and inter-office communications. The 24-core single-mode optical cable has wide bandwidth, fast transmission speed, good confidentiality, an...
Drop cables are commonly known as indoor suspended wiring optical cables. In optical fiber access projects, indoor wiring close to users is a complex link. The bending performance and tensile performance of conventional indoor optical cables can no longer meet the requirements of FTTH (fiber to t...
The optical cable model is the meaning represented by the coding and numbering of the optical cable to facilitate people to understand and use the optical cable. GL Fiber can supply 100+ types of fiber optic cables for outdoor & indoor applications, if you need our tethnical support or lastes...
Fiber-to-the-home (FTTH) directly uses optical fiber to connect communication lines from the central office directly to users' homes. It has unparalleled advantages in bandwidth and can realize comprehensive access to multiple services.
The optical fiber in the drop cable adopts G.657A small bend...
The main advantages of FTTH optical cable are:
1. it is a passive network. From the central office to the user, the middle can basically be passive.
2. its bandwidth is relatively wide, and long distance is just in line with the large-scale use of operators.
3. because it is a service carried on ...
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...
Usually, Power optical cables can be divided into three types: Powerline combo, tower and powerline. Power line composite usually refers to the composite optical fiber unit in the traditional power line, which realizes the traditional power supply or lightning protection function in the process o...
GYFTY Cable is The fibers, 250μm, are positioned in a loose tube made of a high modulus plastic. The tubes are filled with a water-resistant filling compound. A Fiber Reinforced Plastic (FRP) locates in the center of core as a non-metallic strength member. The tubes (and fillers) are stranded ar...
GYTA53-24B1 buried optical cable center metal reinforcement core, aluminum tape + steel tape + double-layer armor structure, excellent compressive performance, can be buried directly, no need to wear a pipe, the price is slightly more expensive than the pipe cable GYTA/S, the GYTA53 cable price w...
Measures to solve the thermal stability problem of OPGW optical cable
1. Increase the section of the lightning conductor
If the current exceeds not much, the steel strand can be increased by one size. If it exceeds a lot, it is recommended to use good conductor lightning protection wire (such as...
The ADSS optical fiber cable works in an overhead state supported by two points with a large span (usually hundreds of meters, or even more than 1 kilometer), which is completely different from the traditional concept of "overhead" (the post and telecommunications standard overhead suspension wir...
All-Dielectric Self-Supporting (ADSS ) Cable is a non-metallic cable that is made entirely of dielectric materials and includes the necessary support system. It can be hung directly on telephone poles and telephone towers. It is mainly used for communication lines of overhead high-voltage transmi...
The ADSS optical cable has a different structure from the overhead wire, and its tensile strength is borne by the aramid rope. The elastic modulus of the aramid rope is more than half that of steel, and the coefficient of thermal expansion is a fraction of that of steel, which determines the arc ...
ADSS (All-Dielectric Self-Supporting) cables are used in various industries for long-distance communication purposes. Protecting ADSS optical cables involves several considerations to ensure their performance and longevity. Here are some steps and guidelines to help protect ADSS optical cables:
...
Everyone knows that the design of the optical cable structure is directly related to the structural cost of the optical cable and the performance of the optical cable. A reasonable structural design will bring two benefits. To achieve the most optimized performance index and the best structural c...
The most important task of optical fiber cable structure design is to protect the optical fiber in it to work safely for a long time in a complex environment. The optical cable products provided by GL Technology realize the protection of optical fibers through careful structural design, advanced ...
The structure of ADSS cable can be divided into two categories—central tube structure and stranded structure. In a central tube design, the fibers are placed in a PBT loose tube filled with water-blocking material within a certain length. Then they are wrapped with aramid yarn according to the ...
All-Dielectric Self-Supporting (ADSS Cable) is a non-metallic cable that is made entirely of dielectric materials and includes the necessary support system. It can be hung directly on telephone poles and telephone towers. It is mainly used for communication lines of overhead high-voltage transmis...
Optical fiber cables are an indispensable material for the construction of optical communication infrastructure. As far as optical cables are concerned, there are many classifications, such as power optical cables, buried optical cables, mining optical cables, flame-retardant optical cables, unde...
ADSS optical cable is used for high-voltage transmission lines, using power system transmission tower poles, the entire optical cable is a non-metallic medium, and is self-supporting and suspended at the position where the electric field intensity is the smallest on the power tower. It is suitabl...