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Bharat 6G Project

News: In addition to launching the Bharat 6G Project to discover and fund research and the implementation of the next-generation technology in India, the Prime Minister also published a vision document for the deployment of high-speed 6G communication services by 2030.

The Bharat 6G Project will be implemented in two phases, the first from 2023 to 2025 and the second from 2025 to 2030. To facilitate coordination between excavation agencies and underground utility owners, the government has also launched the “Call Before You Dig” app.

The government has also designated an apex council to oversee the project and concentrate on matters such as standardization, identification of the spectrum for 6G usage, creation of an ecosystem for devices and systems, as well as determining funding for research and development.

novel technologies include terahertz communication, radio interfaces, tactile internet, artificial intelligence for connected intelligence, novel encoding techniques, and waveform chipsets for 6G devices will be a major area of concentration for the council.

Phase one will support exploratory concepts, riskier pathways, and proof-of-concept experiments.

Ideas and concepts that exhibit promise and the potential to be embraced by the global peer community will be given the necessary support to be developed to completion, to establish their advantages and use cases, to produce implementational IPs, and to establish testbeds that will eventually lead to commercialization in phase two.

By identifying key areas for 6G research based on India’s comparative advantages, it seeks to help India become a leading global provider of intellectual property, products, and solutions of inexpensive 6G telecom solutions.

Technology 6G

The 6G (Sixth-Generation Wireless) cellular standard replaces the 5G cellular standard.

In comparison to 5G networks, it will be able to utilise higher frequencies and offer significantly larger capacity and lower latency. (delay).

One of 6G internet’s objectives will be to provide communication with a one-microsecond latency. (delay of one-microsecond in communication).

This is 1,000 times faster than one millisecond throughput, or 1/1000th the latency.