India targets 1B 5G users by 2030, up from 550M: Scindia at IMC 2026

What exactly is India’s target for 2030, and how does one billion 5G users compare with the current 550 million?

India’s 2030 target is one billion 5G customers. The country currently has 550 million 5G users, so the goal is an increase of 450 million users. In percentage terms, one billion is about 1.8 times the current base, making it close to a doubling.

This target matters because 5G adoption is already described as the fastest in the world. India moved slowly in the earlier 4G era, according to Communications Minister Jyotiraditya Scindia, but now wants to lead globally in the next generation, 6G.

Reaching one billion users will require continued network investment, affordable data, compatible phones, and strong coverage. The target also gives India a clear benchmark for 2030. It connects today’s rapid 5G adoption with the country’s wider ambition to become a leader in future mobile technology.

What is 5G, and how is it different from the 4G mobile networks that came before it?

5G is the fifth generation of cellular mobile technology. It connects phones and other devices to networks using radio signals. Compared with 4G, 5G is designed to deliver higher speeds, lower delays, and support for more connected devices at once. These improvements can make mobile internet more responsive and capable.

The basic mechanism remains similar. A phone communicates wirelessly with a nearby network site, which sends traffic through the operator’s wider network and onward to the internet. Newer radio technology, network equipment, and spectrum arrangements help 5G handle data more efficiently than earlier systems.

The article places this technical shift in India’s broader telecom journey. Scindia said India was behind the world in 4G but marched with the world on 5G. India now has 550 million 5G users and aims to lead globally in 6G.

How large is India’s overall digital and mobile market, given that it has 1.35 billion mobile customers and more than 1.1 billion broadband customers?

India’s digital market is enormous by any measure reported here. The country has 1.35 billion mobile customers and more than 1.1 billion broadband customers. Together, these figures show the scale of access to mobile and internet services, although they may include overlapping customers rather than separate individuals.

The growth has been especially striking since the first India Mobile Congress in September 2017. Broadband customers increased from 60 million to over 1.1 billion. The article also reports that the cost of 1 GB of data fell from Rs 268 in 2014 to Rs 8, which supports wider and more frequent internet use.

This large customer base gives India a powerful platform for 5G and future 6G services. It also creates major demands for network capacity, reliable connections, and rural expansion. BharatNet is intended to extend middle-mile connectivity to nearly 2.6 lakh gram panchayats.

Why has 5G adoption in India been so rapid, and what role have falling data prices and expanding network coverage played?

5G adoption becomes easier when people can afford to use mobile data and networks reach more places. India’s data price has fallen dramatically, from Rs 268 for 1 GB in 2014 to Rs 8 now. The minister described this as the cheapest data in the world. Lower prices reduce the cost of regular internet use and data-heavy services.

Network and broadband expansion also matter. Since the first India Mobile Congress in 2017, broadband customers have grown from 60 million to over 1.1 billion. India now has 1.35 billion mobile customers. These figures show a broad base of users, connections, and demand for mobile services.

The article calls Indian 5G the fastest-adopted 5G technology in the world, but it does not give a single cause or a detailed coverage map. Continued affordability and expansion will be important if India is to grow from 550 million 5G users to one billion by 2030.

What infrastructure will India need to build to connect another 450 million 5G users and extend broadband to villages and homes?

Connecting another 450 million 5G users requires a larger access network. That means more radio equipment and mobile sites, suitable spectrum, and enough core-network capacity to manage rising traffic. It also requires wired backhaul, because towers need high-capacity links into the wider internet. Reliable power and compatible devices are important practical supports.

The article gives a specific rural example through BharatNet. Its $15 billion government-funded programme will provide middle-mile connectivity to close to 2.6 lakh gram panchayats. It will also offer on-demand connectivity to the remaining 3.8 lakh villages. Every home could receive a 100 Mbps connection when citizens demand it.

These projects address different layers of connectivity. 5G expansion links mobile users, while BharatNet extends the underlying broadband network toward villages and homes. Together, they show that India’s 2030 ambition depends not only on user growth, but also on substantial physical network construction.

What do the ITU, the Bharat 6G Alliance, and international patents contribute to the development and standardisation of future mobile networks?

The ITU is the International Telecommunication Union, the global body referenced in the article. Its work includes international coordination and standardisation for telecommunications. Hosting an ITU Plenipotentiary Conference gives India a prominent role in that global institutional process. The ITU Council has accepted India’s proposal to host the conference in 2030.

The Bharat 6G Alliance is an Indian collaboration involving 90 institutions. It has established 7,700 patents, including 4,400 international patents. Patents document and protect inventions. International patents can help technical ideas move beyond one country and support participation in global technology development.

Together, these efforts combine institutional coordination with research and invention. The article also notes that the ITU’s WTSA was held in India for the first time in 2024. Scindia presented these developments as part of India’s stated ambition to lead the world in 6G.

How does a cellular network actually connect a phone to the internet, and what roles do radio spectrum, mobile towers, and wired backhaul play?

A cellular network connects a phone through several linked parts. The phone sends and receives data over radio waves. Radio spectrum provides the frequencies used for that wireless connection. A nearby mobile tower, or radio site, receives the signal and manages communication with the device.

The tower then needs a connection to the operator’s wider network. This is called backhaul and is commonly provided through wired links such as fibre. Backhaul transports traffic from the tower to network equipment that directs it toward internet services. The reverse path brings online content back to the phone through the same chain.

The article’s BharatNet plans highlight why this underlying infrastructure matters. India intends to provide middle-mile connectivity to nearly 2.6 lakh gram panchayats and reach remaining villages on demand. Expanding mobile use therefore depends on both wireless access and strong links behind each access point.

Key Facts:

📌 India targets one billion 5G customers by 2030.

📌 India currently has 550 million 5G users.

📌 The target requires adding 450 million users.

📌 5G is the fifth generation of mobile network technology.

📌 5G is designed for faster, more responsive connections than 4G.

📌 India has 550 million 5G users.

📌 India has 1.35 billion mobile customers.