Sterlite Tech has bolstered its all new FlashFWD 5G Solution with the launch of 1152F variant cables at India Mobile Congress (#IMC2017).
While launching this solution, Secretary (T) and Chairman – Telecom Commission, Department of Telecommunications,Government of India, Ms. Aruna Sundararajan said, “I am delighted to launch Sterlite Tech’s 5G cable that has been completely Made in India. This is really a next generation product. As the world looks at more fibre deployment, I think this is one of the products that will be a market leader. This technology also fulfils the Government of India objectives. As BharatNet and other optical fibre projects roll out in the country, we will see more such technology deployments.”
Addressing at the launch, Anand Agarwal, CEO, Sterlite Tech,asserted, “We are proud to have designed and manufactured this dense network solution for mobile backhaul in India. Sterlite Tech manufactures these products across the value chain from core silicon to semiconductor grade glass to optical fibres and optical fibre cables, making us the most integrated player globally. This solution proposes the usage of one fibre cable and one duct solution instead of putting multiple ducts, which are subsequently unusable. In India, today millions of kilometres of empty plastic ducts have been deployed without any subsequent usage. This is the technology that we are deploying globally, and bringing to India for the first time.”
Elaborating the applications and benefits of the new optical fibre cable, Badri Gomatam, CTO, Sterlite Tech, said, “These cable solutions have 50x the capacity of the current cables deployed in the country and extremely future proof for the next 20 years. With efficient use of limited duct space, the 1152F cable features a rugged design that protects the network in harsh weather and impact situations, increasing life expectancy to at least double the current average lifetime with lowest carbon-footprint.”
FlashFWD 1152F is NABL certified and complies with the latest global standards of IEC.60794 series, ANSI/ICEA S-87-640, Telcordia GR-20, and ITU-T Recommendations.