Jio wraps up 5G coverage planning in top 1,000 cities, conducts field trials of its telecom gears: RIL
Country's largest telecom player Jio has completed 5G coverage planning in top 1,000 cities and conducted field trials of its home-grown 5G telecom gears, Reliance Industries said in its annual report.
In the report, RIL (Reliance Industries Limited) said that Jio took major steps during 2021-22 in getting ready for 5G with its 100 per cent indigenous technology.
The company was the biggest bidder in the recently-concluded 5G spectrum auction.
India's biggest-ever auction of telecom spectrum that concluded on August 1 (Monday) received a record Rs 1.5 lakh crore of bids, with Mukesh Ambani's Jio cornering nearly half of all the airwaves sold.
"Jio's 5G coverage planning has been completed in top 1,000 cities based on targeted customer consumption and revenue potential using heat maps, 3D maps and ray tracing technology," the report released on August 7 said.
Reliance Jio was the top bidder, offering a cumulative bid of Rs 88,078 crore for 24,740 MHz of airwaves across five bands capable of offering speeds about 10 times faster than 4G, lag-free connectivity, and can enable billions of connected devices to share data in real-time.
It has acquired the coveted 700 MHz spectrum, which can provide 6-10 kilometres of signal range with one tower, and forms a good base for offering fifth generation (5G) services in all 22 circles or zones in the country.
Jio has also joined hands with University of Oulu in Finland -- the leader of the world's first major 6G research programme -- to accelerate research and standardisation in 6G.
The company has done active trials of 5G use cases ranging from augmented reality, virtual reality, low-latency cloud gaming, network slicing and multi-tenancy for video delivery, TV streaming, connected hospitals and industrial applications.
According to the Department of Telecom, 5G technology is expected to deliver 10 times better download speed than that of 4G and up to three times greater spectrum efficiency.