Stellar fiber that is bend insensitive and compatible with legacy networks

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Stellar fiber

Global data traffic is increasing at an exponential pace. And network infrastructure needs to go through a massive upgrade to keep up with this growing demand. The deep fibrerization necessary for 5G and FTTh would require faster network rollout and integration with legacy networks. We need a special fiber designed to address these network expansion challenges a fiber that is compatible with the present and ready for the future.

Bend insensitive fiber

With years of research, STL has developed the world’s first G 657A2 macro bend sensitive optical fiber which is compatible with legacy networks comprising G 657A1 and G 652 D fiber.

Features of Stellar fiber

Introducing Stellar – The installers fiber, stellar ensures faster network rollout and minimal spice loss. Even with semi-skilled installers. MFD Of 9.1 microns ensures seamless splicing with legacy networks, Stellar increases your networks life by as much as 10 years, Lower macro bend losses, and best in class attenuation result in a more resilient network that can accommodate a greater number of repairs arising out of accidental cuts and bends. Stellar saves costs by reducing the size of the passive network infrastructure. Superior macro band performance results in compact splice box and smaller manholes. Stellar is the ideal choice for next-gen PON technologies. And make sure network future-ready the macro bend losses of stellar adhere to the ITUT G657A2 standards even at higher wavelengths and 7.5-millimeter bend radius. So let’s build a network of the future with stellar that bends like magic, blends like magic. Stellar the installers fiber.

What is an optical fibre network?

Optical fiber networks are the networks built to connect people and devices across cities, counties, and even several nations. These networks are complex installations of wired networks with appliances to transmit large amounts of data over hundreds and thousands of kilometers. Optical fiber networks are typically laid by telecommunication companies worldwide; however, as the data demand grows significantly, more and more governments and other tech organisations.

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