Admin Team
09 May

INDIA’S TELECOM TRANSFORMATION: FROM 5G TO 6G

Introduction

India is rapidly transforming from a technology adopter into a technology creator and global telecom innovator. The country’s telecom ecosystem is witnessing major developments in:

  • 5G deployment
  • 6G research
  • Open RAN
  • Quantum communication
  • AI-integrated telecom systems
  • Indigenous telecom manufacturing
  • Telecom standardisation

India’s telecom strategy is aligned with the broader vision of:

  • Digital India
  • Atmanirbhar Bharat
  • Viksit Bharat 2047

Commercial deployment of 6G is expected around 2030, but India has already begun building institutional, technological, and research ecosystems to secure leadership in future communication technologies.


INDIA’S TELECOM TRANSFORMATION

India has emerged as one of the fastest-growing telecom ecosystems globally.

Key Telecom Achievements

IndicatorStatus
India became world’s 5th country to develop indigenous 4G stackAchieved
5G launched in India2022
India’s 5G subscriber baseAround 400 million users
India’s global position in 5G subscriber base2nd largest
5G population coverageAround 85%
5G geographic coverage by telecom network operatorsAround 99.6%
Rural telephone connectivity growth since 2014Nearly 43%
Overall teledensity86.65%
Rural telephone connections377.78 million (2014) → 539.83 million (Sept 2025)

INDIGENOUS 4G TECHNOLOGY STACK

India achieved a major technological milestone by becoming the:

World’s Fifth Country to Develop an Indigenous 4G Technology Stack

Developed By

  • C-DOT
  • Tejas Networks
  • TCS

Deployed By

  • BSNL

The indigenous telecom stack represents a major step toward:

  • Telecom self-reliance
  • Indigenous innovation
  • Strategic telecom sovereignty
  • Reduced dependence on foreign telecom vendors

C-DOT

Centre for Development of Telematics (C-DOT)

ParticularDetails
Established1984
HeadquartersNew Delhi

Role

  • Indigenous telecom technology development
  • Telecom R&D
  • Communication infrastructure innovation

INDIA’S TRANSITION FROM 5G TO 6G

India is now focusing on next-generation telecom technologies.

6G Technology

6G is expected to support:

  • AI-integrated telecom systems
  • Holographic communication
  • Advanced Internet of Things (IoT)
  • Extended Reality (XR) ecosystems
  • Massive machine-to-machine communication
  • Ultra-low latency communication

The article also highlights that 6G may enable:

1 Terabit Per Second (1 Tbps) Communication Speeds


HOLOGRAPHIC COMMUNICATION

Holography

Invented By

  • Dennis Gabor

Meaning

Holography is a technique that:

  • Records and reconstructs the complete light field of an object

Works On

  • Optical interference
  • Coherent light
  • Diffraction

Holography works on the principle of:

Optical Interference


BHARAT 6G VISION

The Bharat 6G Vision Document was released on:

22 March 2023

The vision aims to position India as:

  • A global 6G leader
  • A telecom innovation hub
  • A contributor to global telecom standards

BHARAT 6G ALLIANCE (B6GA)

The Bharat 6G Alliance (B6GA) is a major institutional mechanism driving India’s 6G ecosystem.

Growth of Bharat 6G Alliance

YearMembership
Initial phase14 members
Expanded membership85 members

OBJECTIVES OF BHARAT 6G ALLIANCE

  • Promote indigenous 6G research
  • Build future-ready telecom ecosystems
  • Strengthen telecom innovation
  • Support standardisation
  • Facilitate international collaboration

India also aims to secure:

10% of Global 6G Patents


GLOBAL COLLABORATIONS OF BHARAT 6G ALLIANCE

B6GA has partnerships with major international telecom and research organisations including:

OrganisationRegion/Country
NextG AllianceUSA
6G IAEurope
Oulu UniversityFinland
6G ForumSouth Korea
XGMFJapan
ESA (European Space Agency)Europe
6G BrasilBrazil

INDIA’S 6G ECONOMIC POTENTIAL

India’s 6G sector is projected to contribute:

USD 1.2 Trillion by 2035

This reflects the expected impact of:

  • Telecom innovation
  • AI-enabled communication systems
  • Digital infrastructure expansion
  • Smart connectivity ecosystems

OPEN RAN (OPEN RADIO ACCESS NETWORK)

Meaning

Open RAN refers to:

Open Radio Access Network

It is a telecom architecture where:

  • Hardware and software components can work together through open interfaces
  • Multiple companies can supply different telecom components

SIGNIFICANCE OF OPEN RAN

Traditional telecom systems often depend on a:

  • Single vendor ecosystem

Open RAN aims to:

  • Prevent monopoly
  • Increase interoperability
  • Promote competition
  • Reduce costs
  • Encourage telecom innovation

INDIA–SWEDEN DIGITAL AND TELECOM COOPERATION

India and Sweden held high-level bilateral talks on:

18 February 2026

Major Areas of Cooperation

  • Telecommunications
  • Digital innovation
  • 5G
  • 6G
  • Open RAN
  • Quantum technologies
  • Cybersecurity

FIVE KEY PILLARS OF INDIA–SWEDEN TELECOM COOPERATION

  1. Next-generation connectivity
  2. Telecom innovation
  3. Secure digital systems
  4. Green and sustainable telecom infrastructure
  5. Research collaboration

INTERNATIONAL TELECOMMUNICATION UNION (ITU)

ParticularDetails
Established1865
HeadquartersGeneva, Switzerland
NatureSpecialized Agency of the United Nations

Functions

  • Global telecom coordination
  • Spectrum management
  • International telecom standards

3GPP

3rd Generation Partnership Project

ParticularDetails
Established1998
NatureGlobal telecom standards collaboration project

Functions

Develops standards for:

  • 3G
  • 4G
  • 5G
  • Future 6G systems

TELECOM TECHNOLOGY DEVELOPMENT FUND (TTDF)

Launch

  • 1 October 2022

Nature

TTDF is a flagship scheme of the:

  • Department of Telecommunications (DoT)

OBJECTIVES OF TTDF

  • Promote indigenous telecom R&D
  • Support startups and academia
  • Develop next-generation telecom technologies
  • Strengthen India’s telecom innovation ecosystem

TTDF SYMPOSIUM 2025

The Department of Telecommunications, in collaboration with:

  • IIT Madras
  • Telecom Centres of Excellence (TCOE) India

organized the:

First TTDF Symposium 2025

Venue

  • IIT Madras Research Park, Chennai

INDIA MOBILE CONGRESS (IMC) 2025

Theme

“Innovate to Transform”

The event highlighted India’s growing telecom innovation ecosystem.


5G-ENABLED SOCIAL INNOVATIONS SHOWCASED AT IMC 2025

Annapurti Grain ATM

Developed with support from:

  • Ericsson
  • World Food Programme (WFP)

Deployed In

  • Shillong
  • Varanasi
  • Gorakhpur
  • Lucknow
  • Bhopal

Other Innovations

StethoECG

Developed jointly with:

  • IIT Madras

Automated Railcar Inspection System

Also showcased during IMC 2025.


ESTIC 2025

Full Form

Emerging Science, Technology and Innovation Conclave

Theme

“Viksit Bharat 2047 – Pioneering Sustainable Innovation, Technological Advancement, and Empowerment”

Venue

  • Bharat Mandapam, New Delhi

Duration

  • November 3–5, 2025

Organized By

  • 13 Ministries and Departments of Government of India

DoT AT ESTIC 2025

The Department of Telecommunications showcased:

  • India’s telecom innovation ecosystem
  • 6G vision
  • Open RAN development
  • Indigenous telecom technologies
  • Academia–industry collaboration

The event highlighted India’s ambition to emerge as a:

  • Global telecom innovation leader
  • Future communication technology hub
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