Reliance Jio has developed a pre-6G technology stack and a Giga MIMO radio as it prepares for the next generation of mobile connectivity, with the company aiming to help India become one of the first countries to roll out commercial 6G services around 2030. The developments were showcased at the India Mobile Congress 2026 in New Delhi, according to a Moneycontrol report published on October 9. Jio is targeting network capacity of up to five times that of current 5G networks and latency up to 10 times lower than 5G, although these are company-reported objectives rather than independently verified commercial performance figures. Moneycontrol reported the developments.
The announcement is part of Jio’s wider strategy to develop indigenous telecommunications technology rather than depend entirely on external suppliers. The company is working across network hardware, software, patents and international standards, while also exploring AI-enabled services and quantum-safe networks. Its progress comes as India pursues the government’s Bharat 6G Vision, which aims to make the country a leading contributor to the design, development and deployment of 6G technology by 2030. However, commercial deployment will depend on global standards, spectrum availability, equipment readiness and the development of compatible devices.
Jio Develops Pre-6G Stack Ahead of Global Standards
Jio’s pre-6G stack is a collection of technologies intended to prepare its network infrastructure for the transition from 5G to 6G. It represents development work ahead of the final international technical specifications for the next generation of wireless communications.
According to Moneycontrol, Jio has already developed the stack and is displaying it alongside its Giga MIMO radio at India Mobile Congress 2026. The company has also unveiled a common baseband unit designed to support both 5G and 6G, potentially helping operators manage the transition between network generations.
The timing matters because 6G standards are still being developed internationally. The International Telecommunication Union’s IMT-2030 framework provides the broad direction for the next generation, while organisations such as the 3rd Generation Partnership Project (3GPP) are involved in developing technical specifications used by mobile networks.
Jio’s pre-6G work therefore does not mean that a fully standardised commercial 6G network is ready for immediate deployment. Instead, it gives the company an opportunity to develop hardware and software, test technologies and contribute to the standards process before commercial networks are widely introduced.
The company aims to position India among the early adopters once the necessary standards and supporting ecosystem are in place.
What Is Giga MIMO Radio?
One of the main technologies highlighted in Jio’s announcement is its Giga MIMO radio, which the company describes as India’s first of its kind.
MIMO stands for multiple-input, multiple-output. It is a wireless communication technique that uses multiple transmitting and receiving antennas to improve how data is carried between network equipment and devices.
Massive MIMO is already an important part of advanced 5G networks. By using large antenna arrays and sophisticated signal processing, it can serve multiple users more efficiently and improve network capacity in areas with heavy traffic.
Giga MIMO represents Jio’s effort to advance this approach as it prepares for future network requirements. The technology is intended to support higher capacity and more demanding applications, although its real-world performance will depend on spectrum, network configuration, interference and deployment conditions.
The distinction is important: a new radio design can improve network capabilities, but it does not automatically deliver faster speeds to every user. Performance depends on the entire network, including radio equipment, spectrum, core infrastructure and compatible devices.
Jio Targets Five Times 5G Capacity and Lower Latency
Jio’s stated performance ambitions are among the most notable aspects of the announcement.
| Technology objective | Jio’s reported target | Potential significance |
|---|---|---|
| Network capacity | Up to 5 times current 5G capacity | More data traffic could be handled across network infrastructure |
| Latency | Up to 10 times lower than 5G | Faster response times for applications requiring near-real-time communication |
| Baseband infrastructure | Common unit supporting 5G and 6G | Could support a smoother transition between network generations |
| Technology development | Pre-6G stack and Giga MIMO radio | Preparation for future standards and network deployments |
| Patent activity | More than 8,000 patent filings, including hundreds related to 6G | Participation in developing and protecting telecom technology |
The figures and targets above are based on the Moneycontrol report and statements attributed to people familiar with the development. They should not be treated as confirmed results from a live commercial 6G network.
Why lower latency matters
Latency measures the time taken for data to travel through a network and for a response to return. Lower latency can be useful in applications where delays affect performance, including industrial automation, remote monitoring and interactive digital services.
A future 6G network with sufficiently high capacity and low latency could support more sophisticated AI applications, connected devices and immersive digital experiences. However, end-to-end performance would also depend on computing resources, software, device capabilities and the reliability of the broader system.
Potential Applications of 6G Technology
Jio’s long-term vision extends beyond faster mobile internet. The company expects future network capabilities to support applications that require high data throughput, reliable connections and rapid responses.
Artificial intelligence and connected services
AI-powered applications could benefit from networks that transfer large volumes of information quickly between devices, edge computing systems and cloud infrastructure.
Potential uses include connected industrial equipment, intelligent transport systems and services that combine information from multiple sensors. Better network performance could also improve interactive AI experiences where delays affect usability.
Healthcare and education
Future networks could support connected medical equipment, remote monitoring and richer digital learning experiences. High-quality connectivity may also help deliver services in areas where access to specialised resources is limited.
However, applications such as remote medical procedures would require much more than a fast network. They would also need dependable equipment, stringent safety controls, trained professionals and reliable backup systems.
Holographic and immersive communication
Jio has identified holographic video and other next-generation digital experiences as potential beneficiaries of improved network performance.
Such applications could require substantial bandwidth and low latency to transmit complex visual information smoothly. Their widespread adoption will depend on advances in display technology, computing hardware, content creation and affordability as well as connectivity.
These are potential future use cases, not services that consumers can access through a commercial Jio 6G network today.
Jio’s Patent Portfolio and Standards Contributions
Jio is also emphasising intellectual property and participation in international telecommunications standards.
Moneycontrol reported that the company had filed more than 8,000 patents, including hundreds related to 6G, and had made over 934 contributions to global standards.
Patent filings can help companies protect inventions and establish a position in emerging technology markets. Standards contributions, meanwhile, allow companies to propose technical approaches that may influence how future networks are designed.
Neither measure guarantees commercial success. Patent applications can have different outcomes, and the importance of standards contributions depends on whether proposals are accepted and incorporated into final specifications.
Jio’s broader technology strategy is nevertheless consistent with its efforts to build proprietary capabilities in 5G, fixed wireless access, network software and digital services. The company has also described plans to take parts of its homegrown telecommunications technology to selected international markets.
The 6G programme could extend that strategy into the next generation of wireless infrastructure.
India’s Bharat 6G Vision and the Global Race
India’s ambition to become an early 6G adopter is not limited to Jio. The government released its Bharat 6G Vision document in March 2023, setting out a goal for India to contribute to the design, development and deployment of 6G by 2030.
The Department of Telecommunications has also supported the Bharat 6G Alliance, which brings together industry, academia, research institutions and standards organisations.
In a March 2025 parliamentary response, the government said 6G was still under development internationally and was expected to become available around 2030. It also described ongoing studies of potential spectrum bands for IMT-2030, with decisions dependent on the international spectrum process.
This means India’s target depends on several parallel developments: global technical standards, suitable spectrum, equipment manufacturing, network testing and an ecosystem of compatible devices.
Jio’s pre-6G stack could contribute to domestic readiness, but the company will need to ensure that its technology aligns with the final standards if it is to be deployed at scale.
The Bigger Picture
Jio’s pre-6G announcement reflects a broader shift in India’s telecommunications sector from deploying connectivity infrastructure to developing the technology that powers it. Indigenous radios, baseband equipment, network software and intellectual property could reduce reliance on imported systems while creating opportunities to export technology to other markets.
The opportunity is significant, but the path to commercial 6G remains uncertain. Jio’s performance targets will need to be tested against final standards and real-world conditions, while affordability, spectrum access and device availability will influence adoption. The announcement is best understood as an important development milestone, not confirmation that India already has a commercially ready 6G network.
Looking Ahead
The next major milestones will include progress in international 6G standards, further testing of Jio’s pre-6G technologies and evidence that the Giga MIMO radio and common baseband unit can meet practical network requirements. Jio will also need to demonstrate how its technology integrates with existing 5G infrastructure and whether it can deliver meaningful improvements in capacity, latency and reliability. The 2030 timeline remains a target shaped by industry and regulatory developments rather than a guaranteed launch date.
Over the longer term, Jio’s efforts could strengthen India’s role in developing telecommunications technology instead of limiting the country to deploying equipment designed elsewhere. If the company’s hardware, software and standards contributions translate into interoperable products, the opportunity could extend to international markets as well as domestic networks. For consumers, the eventual benefits will depend on affordable services, compatible devices and applications that make use of the additional capabilities.
Get the day’s top stories in your inbox
One concise email. No spam, unsubscribe anytime.
