India’s 5G journey has moved beyond the hype of spectrum auctions and city-count announcements. By late 2025, with three private operators active at scale and state-run BSNL preparing to enter, 5G is beginning to deliver a tangible shift in how millions of Indians experience connectivity.
The key question is no longer who launched first, but what 5G is delivering in practice. Using Opensignal data, this analysis looks at how the transition from 4G to 5G is changing user experience in India, how network architecture influences real-world usage, and where operators are finding credible paths to monetisation.
Key takeaways:
- The uplift is real: Moving from 4G to 5G delivers multi-fold gains in download speeds and a more consistent, “good enough” experience.
- Architecture matters: Standalone 5G converts availability into actual usage far more effectively than Non-Standalone deployments.
- FWA stands out: Fixed Wireless Access has emerged as India’s first large-scale, commercially successful 5G monetisation story.
The 5G “Uplift”: What users actually gain
Vodafone Idea (Vi) began offering 5G services commercially in India in March 2025, when it launched 5G in Mumbai, entering the market several years after Jio and Airtel. From there, Vi expanded its 5G availability to other cities: Delhi, Bengaluru, Chandigarh, Patna, and more through the first half of 2025 as part of its phased rollout across its licensed circles
Despite this later start, Vi customers upgrading from 4G to 5G experience a clear improvement. Opensignal data shows substantially faster - sixfold increase in 5G download speeds compared to Vi’s 4G experience, directly supporting data-heavy use cases such as HD video streaming, faster app downloads, and smoother social media — the experiences that matter most to users. By comparison, the uplift is even larger for other operators — around elevenfold for Jio — although this reflects a lower starting point for Jio’s 4G download speeds.
However, speed alone does not tell the full story.
Consistent Quality measures how often users experience a network that is “good enough” for everyday tasks such as video streaming, video calls, and web browsing. Across all operators, 5G users experience fewer interruptions and less performance volatility than on 4G. This reinforces that the value of 5G lies not only in peak speeds, but in delivering a more reliable day-to-day experience.
Availability versus actual 5G usage
While performance gains explain why users value 5G, how often they are actually able to stay on 5G reveals a deeper story about network design and real-world delivery.
As 5G networks mature, the challenge is no longer just understanding where 5G has been deployed, but how much time users can genuinely access and experience it. This has become more complex with the coexistence of Standalone (SA) and Non-Standalone (NSA) 5G architectures.
Historically, Opensignal’s 5G Availability metric measured the proportion of time users were actively connected to a 5G network bearer. This remains a critical indicator of real-world 5G utilisation, showing how often users benefit from 5G performance in practice. To better reflect what this metric captures, Opensignal has renamed it Time on 5G – the percentage of time users with a 5G device are actually connected to 5G.
However, the fact of the matter is that in many markets, 5G networks still rely heavily on Non-Standalone (NSA) infrastructure. In these cases, a device may detect a 5G signal – or display a 5G icon – even when data traffic continues to flow over a 4G network. The 5G indicator itself can also be configured by operators to show when 5G is nearby rather than actively in use.
To reflect this reality, Opensignal introduced a new 5G Availability metric in October 2025. This metric measures the proportion of time users with a 5G device and subscription detect a 5G signal, regardless of whether data traffic is actually carried over 5G.
Together, these two metrics (Time On 5G and the new 5G Availability) provide a more complete picture of the 5G experience:
- 5G Availability shows when 5G is accessible, measuring how often 5G users are in areas where a 5G signal is present, regardless of whether they connect to it.
- Time On 5G shows when 5G is being used, measuring how often users actually remain connected to 5G while actively using data.
What this reveals in India
As Vi focuses on coverage expansion, Jio and Airtel have entered a more mature optimisation phase. Data from September–November 2025 highlights how network architecture – not just footprint – shapes real-world 5G usage.
The gap between these two metrics reveals how effectively operators convert theoretical access into practical, sustained usage. A small gap suggests that users can stay on 5G during everyday activity; a large gap points to frequent fallback to 4G during active sessions, even when 5G coverage exists.
Reliance Jio: Standalone efficiency
Jio converts availability into usage almost one-to-one, with 67.3% Time on 5G versus 68.1% 5G Availability. Its Standalone (SA) architecture, combined with 700 MHz spectrum for deep indoor penetration, enables devices to remain on 5G throughout active data sessions – translating coverage directly into experience.
Bharti Airtel: Non-Standalone trade-offs
Airtel matches Jio’s reach, with 66.6% Availability, but users spend only 28.0% of their time on 5G. This reflects characteristics of its Non-Standalone (NSA) deployment, where 5G relies on a 4G anchor for control signalling. While NSA has enabled faster nationwide rollout and earlier access to 5G services, it can also lead to more frequent handovers back to 4G during mobility or sustained data use.
Vodafone Idea: Early-stage rollout
Vi records 32.5% Availability and 9.7% Time on 5G, consistent with a network still in the early phases of deployment rather than indicating inherent performance limitations.
These gaps underline why operators are increasingly focusing on densification, including the deployment of small cells and street-level infrastructure, to improve indoor coverage and reduce reliance on 4G offload.
5G adoption and financial momentum
As the "free 5G" era fades, India’s top-tier telcos are refining their monetization playbooks. We are seeing a clear divergence in how the "Big Two" approach the market:
- Reliance Jio’s scale play: Jio continues to lead in sheer volume, projected to approach 300 million 5G subscribers by FY26. Their strategy is one of deep vertical integration bundling 5G with AI-driven services and "Cloud Phones." This approach lowers the hardware barrier to entry while increasing "stickiness" within the Jio digital ecosystem.
- Airtel’s Quality Focus: Bharti Airtel maintains higher ARPU of ₹256 (US$2.8) compared to Jio’s ₹211.4 ($2.3). Their focus remains on high-value customers and long-term network resilience. Its acquisition of 400 MHz of spectrum from Adani Data Networks in the 26GHz signals clear intent to lead on capacity and performance, particularly in urban hotspots and industrial corridors.
FWA: The New Revenue Frontier
One of the most consequential developments of 2025 has been the rapid rise of 5G Fixed Wireless Access (FWA). For years, fibre expansion in India was constrained by Right-of-Way challenges and high deployment costs. 5G FWA has effectively bypassed these barriers. Our data also shows that FWA offers a comparable experience to fixed line in India.
By October 2025, the total 5G FWA base – including Unlicensed Band Radio (UBR) – reached 13.18 million subscribers. Reliance Jio dominates this segment, with 10.2 million AirFiber subscribers, around four times Airtel’s 2.5 million base. A meaningful share of Jio’s growth comes from its UBR-specific offering, which alone accounts for 2.8 million subscribers.
UBR allows operators to deliver last-mile broadband using unlicensed spectrum (typically in the 5 GHz band), while relying on licensed spectrum for backhaul and control. In practice, this hybrid approach lowers deployment costs, accelerates rollouts, and reduces pressure on licensed 5G spectrum.
FWA users were consuming more than 12 times the data of mobile users last year in India – a high value service to consumers that enabled operators to monetise 5G through higher-value, tiered broadband plans and digital home bundles. This marks India’s first successful non-mobile 5G monetisation use case at scale, particularly in Tier 2 and Tier 3 cities.
BSNL’s "Made in Bharat" Entry
Looking ahead to 2026, BSNL’s planned 5G launch introduces a distinct strategic dimension. Using an entirely indigenous telecom stack developed by C-DOT and TCS, BSNL’s rollout aligns closely with India’s Atmanirbhar Bharat ambitions.
This not only bolsters India’s "Atmanirbhar Bharat" initiative but also positions the country as a global exporter of cost-effective, end-to-end telecom solutions. BSNL has already commissioned nearly 98,000 indigenous 4G towers that are 5G-convertible, aiming for a full 5G switch shortly after.
Looking Ahead
As investor scrutiny intensifies ahead of Jio’s anticipated IPO, the metric for success has fundamentally changed. The market is no longer asking who rolled out the fastest; it is asking who can maintain quality as data consumption nears a staggering 40 GB per user per month.
With sub-₹10,000 ($112) 5G smartphones accelerating adoption, network stress will only increase. The next phase of India’s digital journey will be won by operators that can balance scale with consistency, and deliver a 5G experience that remains reliably “good enough” for everyday life.
How Opensignal measures real-world 5G experience
Opensignal’s insights are based on billions of measurements collected from real users’ devices. Our metrics reflect how consumers actually experience mobile networks in everyday conditions, rather than theoretical network capability.
- 5G Availability measures the proportion of time users with a 5G device and subscription detect a 5G signal.
- Time on 5G measures the proportion of time those users are actively connected to a 5G network bearer.
- Consistent Quality assesses how often the network is “good enough” for common activities such as streaming video, video calls, and web browsing.
By combining these metrics, Opensignal captures both access to 5G and actual usage of 5G, providing a holistic view of real-world network performance.
For more detailed methodology follow this link.
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