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Gaming on the go has reached fresh heights over the years, with slim laptops and compact handhelds delivering great performance. AMD and Intel have spearheaded the charge with their mobile processors, but a new player is in town.
Nvidia revealed its RTX Spark at Computex in May, an ARM-based superchip designed for Windows on ARM laptops, with AI capabilities and obvious strong suits for creators – but also gamers, too, with a powerful integrated RTX GPU. It's designed for slim laptops and compact PCs, keeping workspaces less cluttered and making creation alongside gaming much easier when travelling.
I was lucky enough to go hands-on with an RTX Spark laptop at Gamescom 2026, specifically the HP OmniBook Ultra 16, which was running Borderlands 4. Gearbox Interactive's latest entry in the franchise was notorious for its rough performance at launch.
It has significantly improved since then, and the OmniBook Ultra 16 was running the game at an incredible frame rate, one I could tell was above 60 frames per second, with the help of Nvidia's Frame Generation x2.
The mention of Frame Generation may throw some off; after all, it's been frowned upon for a long time with the 'fake frames' nickname (a criticism I disagree with). However, the input delay and overall latency weren't an issue for me on this RTX Spark system.
I didn't get the chance to put the system through its paces other than playing that particular game, but it's worth noting that the other RTX Spark laptops at Nvidia's booth were running games like 007 First Light and Arc Raiders, both of which ran at smooth, solid frame rates.
If it wasn't clear already, I think RTX Spark is great for laptops and compact PCs, and my only concern is the price. I'm hoping for something that isn't too expensive, but that's probably wishful thinking due to the nature of these devices and the ongoing RAM crisis. However, it would be a shame if RTX Spark laptops don't blossom as a result of memory shortages.
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Speaking with Nvidia's staff at Gamescom, I asked if the RTX Spark was intended to be used with handheld gaming PCs, and it was made clear that Team Green is completely open to any handheld manufacturer reaching out to use the superchip.
Handheld territory isn't exactly foreign to Nvidia either. The Nintendo Switch 2 uses the Tegra T239 processor, with access to DLSS across multiple games — and the upscaling technology does wonders for image quality and performance.
While AMD and Intel's processors continue to provide fantastic performance on most handheld gaming PCs, especially with Intel's new G3 Extreme CPU, I told Nvidia that DLSS on something like a Legion Go or MSI Claw would be untouchable.
Of course, performance has to be balanced with battery life and power usage, as well as pricing, and I'm very aware that this could be a tricky equation to deal with.
If the RTX Spark (or any similar chip in Nvidia's plans going forward) could be the engine of a handheld gaming PC, using more aggressive upscaling wouldn't be something to avoid in terms of any easy win to boost performance. DLSS Super Resolution is great at maintaining sharp image quality, and it would work even better on the smaller screen of a handheld.
Will this ever happen, though? That's down to the manufacturers of these devices.
