Key Takeaways
1. Nvidia is launching its GeForce Now service in India soon, after delays due to backend infrastructure needs.
2. GeForce Now features advanced streaming capabilities with RTX 5080 GPUs, supporting resolutions up to 5K and 120 fps, along with new Cinematic Quality Streaming (CQS) mode.
3. The service allows streaming of over 4,000 games from various platforms, backed by Nvidia’s global network of data centers, including new ones in India.
4. Initial testing showed positive performance with low latency, but concerns remain about service reliability in remote areas and data center capacity for a growing user base.
5. Pricing for GeForce Now in India is expected to range from free to around ₹1,900 per month, with questions about persistent storage and competition from services like Microsoft Xbox Cloud Gaming.
Nvidia has been considering launching its GeForce Now (GFN) service in India since CES 2025, but the need for a solid backend to handle a large number of users has caused delays.
Now, Nvidia is set to introduce GeForce Now to India in the next few weeks. We got a brief early experience, which was quite positive but also raised several questions.
Launch and Upgrades
Nvidia first made GeForce Now available to the public in February 2020. The service has since been enhanced to feature Blackwell RTX 5080-class GPUs that can stream games at resolutions up to 5K and 120 fps, with support for DLSS 4 multi-frame generation (MFG).
The new Cinematic Quality Streaming (CQS) mode from GeForce Now includes YUV 4:4:4 chroma subsampling, 10-bit HDR, AV1 streams, support for high DPI displays, and bitrates reaching 100 Mbps.
Data Centers and Titles
Nvidia claims to have over 30 data centers dedicated to GeForce Now across more than 100 countries. The data centers in North America, Western Europe, and now India are fully owned by Nvidia.
While GeForce Now itself does not publish games, it currently allows users to stream over 4,000 popular titles from platforms like Steam, GOG, Epic, EA, Battle.net, Xbox, and Ubisoft Connect.
According to Nvidia, the global network of “SuperPods” — essentially RTX 5080-powered data centers — can achieve sub-30 ms network latency in supported areas.
Hardware Specifications
These RTX 5080 SuperPods utilize AMD Threadripper Pro CPUs running at 4.5 GHz, with each instance featuring eight cores and 16 threads.
The SuperPods also use Nvidia’s ConnectX 7 smart NICs and Rivermax hardware packet pacing to lower latency on the server end.
On the networking side, GeForce Now supports Low Latency Low Loss and Scalable Throughput (L4S) networks. However, it hasn’t been confirmed if Indian ISPs support L4S, and only a few ISPs in the US have adopted it so far.
We were able to test GeForce Now at an exclusive media preview in Mumbai, India. Our initial thoughts: it was impressive! At least in the controlled environment we experienced it.
Impressions from Testing
Nvidia mentioned that its SuperPods are located in Mumbai — likely close to our testing venue. This proximity contributed to very low latency and minimal input lag while playing titles like Arc Raiders and Doom: The Dark Ages.
The demo area had various devices ready, including Linux ultrabooks, an iPhone 13, an older OnePlus 10T, and a Steam Deck, along with several gaming PCs.
One notable demonstration featured two identical RTX 5080 gaming PCs playing Warhammer 40,000: Space Marine 2. One PC ran the game natively while the other streamed it via GeForce Now with the same settings, making it hard to distinguish between the two.
Unfortunately, we weren’t shown how to set up the service, and the test systems were already connected to Steam and other game stores.
Game Performance
We had a brief hands-on experience running Doom: The Dark Ages on a Meteor Lake-powered ultrabook using Ubuntu.
Doom is a fast-paced shooter known for its impressive graphics, making it a suitable test candidate for streaming services. The performance metrics overlay gives insights into the server hardware running the game.
The game launched through the new GeForce Now app for Linux. It wasn’t the quickest experience, and it took a while for the game to start up.
As shown in the video below, once the game loaded, it provided a nearly seamless experience. With all settings set to Ultra, including path tracing, DLSS 3.5 ray reconstruction, and DLSS 4 Quality settings with MFG 4x, the game performed surprisingly well for a streamed title.
There was slight input lag, which might be partly due to MFG 4x. However, Nvidia insists that server-side optimizations can help reduce potential input lag on the client side.
We also tried Arc Raiders at 1080p and 360 fps on a 360 Hz Asus gaming monitor. This did require lowering some in-game quality settings and switching chroma subsampling to YUV 4:2:0.
It’s worth noting that 4K gaming is limited to 120 fps even if higher frame rates are achievable. For frame rates above 120 fps, you’ll need to reduce the resolution to either 1440p or 1080p.
Storage Options and Concerns
Nvidia didn’t go into much detail, but GeForce Now offers an install-to-play feature that allows for 100 GB of temporary, single-session storage powered by NVMesh. This lets you install Steam games onto GeForce Now servers, even if the game isn’t available for streaming yet.
If you want to upgrade to persistent storage, you can get up to 1 TB for $8 per month.
While we left with good impressions, many questions linger. Nvidia hasn’t revealed pricing or availability details for GeForce Now in India, aside from a vague timeframe of Q1 2026 for closed and open betas.
Another major issue is performance. The event showcased the best-case scenario, but that was with servers located nearby.
How will the service hold up in remote areas, especially in a country with various internet providers in every state and district, each facing their own challenges? Nvidia claims that a 50 Mbps connection with less than 80 ms ping should suffice for 4K 120 fps gameplay.
Is the current data center capacity sufficient to accommodate a large gaming community without issues? Will Nvidia enhance its infrastructure if demand increases, or rely on a third-party provider?
We will gain insights into real-world performance and challenges once Nvidia begins beta testing in the upcoming weeks.
Pricing Expectations
Nvidia has been quite vague about pricing and availability thus far. Based on US pricing, GeForce Now plans are expected to range from free to $19.99 (~₹1,900) per month for the Ultimate tier, which grants access to RTX 5080 SuperPods.
The free tier offers RTX 3050-class performance, which should be adequate for casual gamers without needing to spend any money on PC hardware, although users might face long wait times and a one-hour play limit.
There’s also a lack of clarity regarding add-ons like persistent storage and 24-hour day passes.
Then we have Microsoft Xbox Cloud Gaming (Project xCloud), which recently launched in India. Microsoft’s approach differs as there’s no free tier, requiring a Game Pass Ultimate subscription ($29.99 per month or ₹1,389 per month on Amazon) to access the complete console library and stream games at 1440p.
GeForce Now has an advantage here, allowing streaming of PC versions of games with full graphics settings, alongside the ability to stream in resolutions up to 5K at 120 fps, with support for technologies like Reflex and DLSS.
With rising supply constraints and hardware prices affecting budget-conscious consumers, combined with a massive increase in mobile device usage, India presents a huge opportunity for online game streaming services.
A price point for the entry-level Performance tier around ₹500, scaling up to around ₹1,500 per month for the Ultimate tier, could attract many gamers to GeForce Now, provided Nvidia can deliver a consistent and reliable experience throughout the country.
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