Focusing on the R&D, production and sales of communication technology, its main products are widely used in telecommunications, railway communications, radio and television networks, national defense communications, the Internet of Things and other fields
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Fiber optic cables are made from glass or polymers, requiring higher production technology and equipment investment, which results in a higher price level. Over time, from a long-term benefit perspective, fiber optic cables can support services such as FTTR (Fiber to the Room) and other high-volume data transmission applications. These services have a broader coverage, longer lifespan, and offer higher bandwidth.
After completing the fiber-to-home (FTTH) installation, connect one end of the fiber optic cable to the input of the IP to Modulator (QAM) 48 Carriers. This device converts data transmitted via the IP network into a format suitable for broadcasting or cable transmission. Through this equipment, data from the network can be transmitted to televisions, set-top boxes, or other receiving devices.
By using fiber optic cables to connect CDN server nodes located in different geographical regions, it provides high bandwidth, low latency, and reliable transmission capabilities. The fiber optic network can handle large volumes of data traffic for analysis, helping the CDN optimize content delivery paths and improve user experience, such as for high-definition video, 4K streaming, and other multimedia content.
Fiber optic installation varies depending on the specific scenario, with labor costs and difficulty levels differing. It is important to note that during the installation process, excessive bending, stretching, or compression should be avoided, as this may cause the internal fibers to break easily. Construction personnel need to be equipped with tools such as fiber optic cutters, fusion splicing machines, and fiber optic pliers. The precision of these tools must be higher to ensure proper installation. If you are installing on a tower, it is necessary to use appropriate fiber optic accessories, based on the cable diameter.
The lifespan of fiber optic cables is not only affected by environmental factors, but more significantly by the materials used in their production, such as the outer sheath, fiber brand, and so on. Currently, there are many issues with the materials used in fiber optic cables in the market. Manufacturers should implement strict control over material inspection to reduce the risk of damage during installation and minimize the frequency of maintenance in the future.Generally, fiber optic cables have a lifespan of 25 to 30 years, unless breakage occurs due to human factors.
From start to finish, we ensure quality and care —smooth production, safe delivery!