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How Air Blown Micro Fiber Cable Improves Network Connectivity?

BY Hunan GL Technology Co.,Ltd.

POST ON:2023-03-27

VIEWS 127 Times


As the demand for high-speed internet connectivity continues to increase, telecommunication companies are constantly seeking new ways to improve their networks. One technology that has been gaining popularity is air blown micro fiber cable.

Air blown micro fiber cable is a type of fiber optic cable that is designed to be blown into a pre-installed conduit using compressed air. This innovative technology allows for faster and easier installation of fiber optic networks, as the cable can be quickly and efficiently blown into place without the need for manual pulling or splicing.

In addition to its ease of installation, air blown micro fiber cable also offers several other benefits that can significantly improve network connectivity. Firstly, this type of cable is designed to have a smaller diameter than traditional fiber optic cables, which allows for a higher fiber count in the same size conduit. This means that more fibers can be installed in a smaller space, increasing the network's capacity and bandwidth.

https://www.gl-fiber.com/air-blown-micro-cables/

Furthermore, air blown micro fiber cable also has a reduced weight and increased flexibility, making it easier to maneuver around tight bends and corners. This flexibility also allows for the cable to be blown over long distances, reducing the need for splicing and minimizing the risk of signal loss.

Another benefit of air blown micro fiber cable is its modularity. The cable can be easily upgraded or expanded by blowing additional fibers into the conduit, making it a scalable solution for network expansion.

Overall, the use of air blown micro fiber cable has revolutionized fiber optic network installation and improved network connectivity. Its ease of installation, increased fiber count, flexibility, and scalability make it an attractive option for telecommunication companies looking to upgrade their networks to meet the growing demand for high-speed internet connectivity.

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