Just before Computex 2026 kicked off, Intel announced a new chip that could drastically shake up the handheld gaming landscape. Dubbed the Intel Arc G3 series, the combined CPU and GPU system-on-a-chip (SoC) builds on the brand’s Panther Lake laptop chips in a bid to topple AMD’s ubiquitous presence in the most popular portable gaming devices.
Separated into two variants, the Arc G3 and the Arc G3 Extreme, Intel claims the SoCs power up to 42 per cent more frames on average across many of the biggest games than AMD’s Ryzen Z2 Extreme chipset, which is found in devices like the ROG Xbox Ally X. That comparison specifically applies to the latest MSI Claw 8 handheld running an Arc G3 Extreme at 35W, playing games in 1080p with upscaling enabled.
Intel Arc G3 focuses on power efficiency
But one of the biggest frustrations among handheld gamers is limited battery life. When cranking the wattage up to play more demanding games, you’d be lucky to get two hours before needing a power outlet.
Intel reckons it has power efficiency figured out. The company’s internal data suggests that devices running an Arc G3 only require half the power of a Ryzen Z2 chip to produce roughly the same, if not higher, performance levels. With the help of upscaling, Intel claims that handhelds using its gaming SoC can run smoothly at 17W, whereas competing systems need 35W.
It’s worth noting that AMD’s Ryzen Z2 chips are more than a year old now. Still, Intel’s latest foray into gaming proves how much can change in the space of 12 months. As is often the case with processors, pushing top-end performance is a focus, but doing more with less power demand is usually the top priority with chip makers.
Many of these efficiencies come from how Intel’s new SoC handles power, with less fluctuation between the CPU and GPU demands. With Intel’s ‘Endurance Gaming’ mode enabled, which reduces power consumption and sets frame limits, Forza Horizon 6 could run on a handheld for nearly six hours at 30fps, the company claimed. Older, less demanding games, like Team Fortress 2, could last up to nearly 12 hours.
Other gains stem from improved software as part of Intel’s XeSS 3 platform. This includes standard upscaling, which renders an image at a lower quality before using AI to bring it up to the target resolution. Then there’s also what Intel calls ‘Multi-Frame Generation’, which produces additional frames to create a smoother look. It’s more of an acquired taste, as it can create some visual artifacts, but it’s not as noticeable on the smaller screen of a handheld device.
Is Intel ready to make a bigger gaming push?
While AMD has dominated the handheld gaming PC market so far, Intel already has some supporters on board. Among the first devices to use Arc G3 chips are the Acer Predator Atlas 8, MSI Claw 8 EX AI+, and OneXPlayer.
I played each of the upcoming handhelds during a pre-Computex briefing, and Lego Batman: Legacy of the Dark Knight looked a treat. It looked sharp, ran smoothly, and I could have easily passed a few hours had my schedule permitted.
But I was keen to quiz Intel about what the Arc G3 meant for its future in gaming. Traditionally, AMD has had a stranglehold on console processors, including those found in PlayStation and Xbox consoles. Meanwhile, the Nintendo Switch 2 runs on a custom Nvidia chip.
Tom Peterson, an Intel Fellow in the company’s architecture, graphics and software division, agreed that Intel was interested in being more active in the gaming space.
“The market is starting to mature, and it’s becoming more and more interesting,” Peterson said. “While this generation we think is going to be somewhat constrained because of DRAM pricing primarily, over time, this is a fruitful area for us to expand.”
As for why it’s taken Intel a while to dip its toe into making dedicated gaming chips, he explained that developing the technology isn’t an overnight process.
“It takes almost, I don’t want to say decades, but it takes a long time to build a new platform,” Peterson said. “And in this case, it’s mostly about the software, the thermal design, and making all that beautiful, so we’re building technologies over time that make it a really tractable product.”
Peterson acknowledged there was “some hesitation” among brands over the current high prices of handheld gaming PCs, largely caused by the global memory shortage, but was confident that the form factor would stick around in the long run.
“I think there’s also broad interest because we all sort of recognise this as a viable platform, and you don’t want to miss out,” he said. “So maybe moderate investments in the first couple of generations while you wait for things to sort of normalise on pricing.”
Chris attended Computex 2026 in Taipei as a guest of Intel.
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