Nvidia’s Absence from the Handheld Gaming PC Revolution: Why It Matters
At CES 2025, one of the most thrilling advancements in handheld gaming PCs was revealed
At CES 2025, one of the most thrilling advancements in handheld gaming PCs was revealed, but surprisingly, Nvidia was entirely absent from the conversation. Instead, the spotlight shone on AMD, which is dominating the space with its semi-custom designs, particularly the new Ryzen Z2 range. Meanwhile, Intel has also begun carving a niche with devices like the MSI Claw 8 AI+. Nvidia, by contrast, doesn’t seem particularly interested in handheld gaming. While an Nvidia-powered handheld might not necessarily surpass the AMD-powered devices currently available, Nvidia’s existing hardware and features could make a significant impact on the handheld gaming experience. However, despite the promising potential, Nvidia remains a tough nut to crack in this sector.
Handheld Gaming: A New Era with AMD and Valve
At CES this year, several new handheld gaming PCs caught the eye of enthusiasts. Among these were the Lenovo Legion Go S, which stands out for being the first handheld officially licensed to run SteamOS, and the giant Acer Nitro Blaze 11. Despite these new entries, the real surprise came from Valve, which announced significant updates to SteamOS. The company revealed that SteamOS would soon be available on any handheld, allowing users to install it on their devices in April. While Valve cautioned that issues could arise without official licensing, this move is a game-changer, according to gaming experts.
This broader support for SteamOS addresses the compromises that have long plagued handheld gaming. On one hand, the Steam Deck provides a seamless experience with SteamOS, but it’s powered by older, less powerful AMD hardware. On the other hand, devices like the ROG Ally X offer more power but come with the disadvantages of Windows 11, creating a disjointed handheld experience. Forks of SteamOS like Bazzite are working to bridge this gap, but they aren’t without their challenges.
SteamOS Evolution: A Bright Future
Valve’s decision to expand SteamOS support is part of a broader effort to make the gaming experience more seamless. Over the years, SteamOS has matured, and its compatibility with Proton has significantly improved, allowing many Windows games to run smoothly on the Linux-based system. Anti-cheat software, once a significant obstacle, has also seen improvements. Although some games with specific anti-cheat mechanisms like Destiny 2 and Apex Legends still don’t work on SteamOS, the situation is better than it once was. Newer titles, like Marvel Rivals, are even considering alternative anti-cheat solutions to make them more compatible with Linux.
With these advances, SteamOS is becoming increasingly reliable, and with the upcoming broad availability of the operating system, the landscape for handheld gaming is poised to improve significantly. However, despite all these advancements, Nvidia remains notably absent from the handheld gaming conversation.
Nvidia’s Missed Opportunity in Handheld Gaming
Nvidia has made great strides in gaming over the years, particularly with its AI-driven technology like DLSS (Deep Learning Super Sampling). DLSS has been a key factor in the success of Nvidia’s graphics cards, and its potential in the handheld gaming space is undeniable. Handheld gaming, with its constrained power and limited computing capabilities, would greatly benefit from DLSS, especially in terms of performance and battery life.
While AMD offers alternatives like F
SR (FidelityFX Super Resolution) and Intel’s XeSS (Xe Super Sampling), Nvidia’s DLSS stands out for its superior upscaling quality and frame generation. Upscaling technology has become an essential feature in handheld gaming devices, with the Steam Deck supporting system-wide FSR from its launch. As games grow more graphically demanding, frame generation is becoming increasingly important. Both FSR 3 and Intel’s Fluid Motion Frames 2 are helping devices like the ROG Ally X deliver playable performance in resource-heavy games. However, DLSS takes things to the next level, especially with the announcement of DLSS 4, which introduces multi-frame generation.
DLSS offers not just better performance but also improved battery life. By reducing the need to manually render every pixel and frame, DLSS helps conserve power—an essential feature for portable devices. While FSR and XeSS also offer similar benefits, DLSS excels in its support across a broad range of games. As of now, DLSS 3 is supported by over 150 games, and DLSS Super Resolution is available in more than 500 titles. In comparison, XeSS 2 frame generation is only supported in one game, and while FSR 3 is available in more than 75 titles, it’s still not as widespread as DLSS.
Despite the robust handheld experience provided by AMD and Intel-powered devices, it’s hard to argue that an Nvidia-powered handheld wouldn’t provide a superior experience. Nvidia has built a reputation for delivering high-quality products, and its dominance in the desktop GPU market (with a share above 80%) is proof of this. With DLSS, the company has a unique advantage in handheld gaming.
The Roadblocks: Nvidia’s Linux Support Struggles
Despite the clear advantages Nvidia could bring to handheld gaming, there are significant obstacles preventing the company from entering this space. One of the primary reasons Nvidia has stayed away from the handheld market is its ongoing struggles with Linux support. Nvidia has long maintained a closed-source driver for Linux, unlike AMD, which uses open-source, Mesa-based drivers. As any Linux user will tell you, Nvidia’s driver support has often been problematic, and this is especially true for gaming on Linux-based systems like SteamOS.
Valve has been working on improving Nvidia’s Linux support for years, and while some progress has been made, it still lags behind AMD and Intel in terms of performance and compatibility. The situation with Nvidia GPUs on SteamOS is far from ideal, as Valve’s Pierre-Loup Griffais explained to me at CES. Even with the company’s recent shift toward open-source code for its Linux drivers, the experience of using Nvidia hardware with SteamOS is still subpar. This lack of support is a major hurdle to Nvidia’s entry into the handheld market, and it shows no sign of improving in the near future.
The situation with Nvidia and Linux support is emblematic of a classic “chicken and egg” problem. Nvidia’s limited Linux support prevents the creation of Linux-based gaming handhelds, but without handheld devices running on Linux, there’s little incentive for Nvidia to prioritize fixing these issues. Given that Linux represents a small portion of the PC gaming market, it’s understandable why Nvidia has not prioritized SteamOS or Linux in general. But this also means that the company is missing out on a major opportunity in the handheld gaming space.
The Future of Handheld Gaming: Nvidia’s Potential Role
There’s no doubt that Nvidia’s DLSS technology could revolutionize handheld gaming. The multi-frame generation in DLSS 4, for instance, would be a game-changer for devices with limited computing power. The energy-saving benefits of DLSS alone would make a significant difference in the performance and battery life of handheld devices. However, Nvidia’s lack of solid Linux support remains a significant obstacle to its entry into the handheld market.
Valve’s recent push to broaden SteamOS support and its ongoing efforts to work with Nvidia on improving driver compatibility are positive steps, but there’s still a long way to go before Nvidia GPUs can deliver a seamless experience on Linux-based handhelds. Until then, it’s likely that Nvidia will remain absent from the handheld gaming PC conversation, despite its immense potential to transform the market.
Ultimately, the future of handheld gaming lies in the continued development of operating systems like SteamOS, as well as the advancement of technologies like DLSS. But for Nvidia to fully capitalize on this opportunity, it will need to invest in improving its Linux support and aligning itself with the growing demand for Linux-based handheld devices. Until that happens, AMD and Intel will continue to dominate the space, while Nvidia watches from the sidelines.
