Arm Architecture
Ongoing coverage on Arm Architecture.
Latest coverage
"We're trying to make it easier": Valve confirm the Steam Frame is just the start of plans to get Steam games working on compatibility-challenged ARM PCs
Valve is developing new compatibility technology, FEX, an x86-to-ARM emulator, to enable Steam games to run on ARM-based PCs and laptops. This initiative, inspired by the Steam Frame VR headset, aims to make a wider range of devices capable of running the full Steam library, addressing the current limitations of ARM architecture for gaming.
I got my greasy mitts on a host of RTX Spark laptops running, what else, games at Gamescom 2026—and there's a…
At Gamescom 2026, Nvidia showcased new RTX Spark laptops featuring their custom Arm-based SOC with RTX Blackwell GPU cores, promising performance comparable to RTX 5070. Several manufacturers, including Asus and Dell, demonstrated these laptops running games like Arc Raiders and Doom: The Dark Ages at high frame rates, with Nvidia's frame generation technology in use. While specific pricing and configurations remain undisclosed, the article highlights the Asus ProArt P14 and Dell XPS 16 Creator Edition as impressive models, contrasting them with the less compelling Microsoft Surface Laptop Ultra.
Arm-based Nvidia gaming laptops get closer to launch, as new performance stats appear on Geekbench
Nvidia's Arm-based RTX Spark chips are nearing launch, with new performance data appearing on Geekbench. These chips, designed for Windows laptops and mini PCs, aim to offer power efficiency for gaming, content creation, and AI tasks. Early benchmarks show the 20-core RTX Spark N1X processor achieving multi-core scores comparable to Intel's i9-14900KS, with DLSS 4.5 support confirmed.
Qualcomm is quietly arming the Snapdragon X2 Elite for gaming laptop glory and the numbers point to a faster invasion…
Qualcomm is making quiet preparations for the PC gaming market with its Snapdragon X2 Elite chip, updating its control panel software to improve user experience and game optimization. Early benchmarks show performance comparable to mid-range Nvidia RTX 5060 gaming laptops, though full compatibility and reliability on ARM architecture remain a work in progress.
It looks like Samsung is taking a leaf out of Nvidia's book and making a proper PC processor
Samsung is reportedly developing its own Arm-based processor, codenamed 'Gaia', for AI PCs, aiming for production as early as next year. This move could introduce competition to Nvidia's RTX Spark and Qualcomm's existing Arm chips in the PC market. The processor is expected to be based on a 4nm process, with Samsung already in discussions with PC manufacturers.
Valve says it is 'definitely' investigating an Arm-based gaming future on top of its work on FEX
Valve is investigating the potential for an Arm-based gaming future, in addition to its work on the FEX translation layer. Engineers confirmed that Arm is definitely under consideration for future Steam Machine hardware, alongside an Arm-specific version of SteamOS and a VR headset. This exploration aims to provide users with more affordable and powerful gaming options.
Nvidia finally unveils Spark superchip, coming to laptops and mini PCs this Fall - here's everything we know so far
Nvidia has officially unveiled its Spark superchip, codenamed N1X, at Computex 2026. The chip, a collaboration with MediaTek, combines a 6144-CUDA-core Blackwell GPU with a 20-core Grace CPU and is expected to launch in laptops from major manufacturers like Asus, Dell, and Microsoft in Fall. Nvidia claims the Spark chip will enable laptops to achieve over 100fps in 1440p for Triple-A titles, with performance potentially matching an RTX 5070 mobile GPU.
Nvidia RTX Spark's gaming battery life will be 'better than anything you've seen before on RTX…
Nvidia has introduced the RTX Spark, an Arm-powered system-on-chip designed for thin-and-light gaming laptops and mini PCs, featuring up to 20 Grace CPU cores and a powerful GPU. The company claims it will offer unprecedented gaming battery life, significantly better than current RTX laptops, though actual performance will depend on various factors like game settings and battery capacity.
Developers are creating Arm game ports, wholly Arm-native versions, and Prism-optimised updates for Nvidia's RTX…
Nvidia is collaborating with game developers to create Arm-native versions of games and optimize existing titles for its upcoming RTX Spark laptops and mini PCs. While an emulation layer will be used for some x86 games, the focus is on native Arm ports and new developments to ensure optimal performance. Nvidia is working with Microsoft and developers to bring top games to the platform.
Not just for AI agents: Nvidia's RTX Spark means Arm-powered laptops for gamers, too, promising 100 fps at 1440p in…
Nvidia has officially unveiled its RTX Spark System on a Chip (SoC), codenamed N1X, which integrates MediaTek Arm CPU cores with Nvidia GPU cores for laptops and mini PCs. The RTX Spark lineup aims to offer configurations ranging from 16GB to 128GB of memory, promising high performance with efficient power consumption. Nvidia is working with developers to ensure compatibility with Windows on Arm and support for anti-cheat software for popular games like Fortnite and VALORANT.
ASUS ZenBook A16 review: A surprisingly light and powerful 16-inch ultraportable
The ASUS Zenbook A16 is a surprisingly light and powerful 16-inch ultraportable laptop featuring a new Snapdragon X2 Elite Extreme chip. It boasts a stunning 3K OLED display, a comfortable Ceraluminum chassis, and impressive battery life, making it a strong contender in its price range despite some compatibility concerns with older applications and certain anti-cheat software.
Qualcomm's new Snapdragon X2 Arm CPU pops up in Geekbench and wallops the x86 laptop competition by over 30% in…
Qualcomm's new Snapdragon X2 Elite Extreme CPU has shown impressive benchmark results, significantly outperforming current x86 laptop processors in single-core performance. However, its real-world gaming capabilities are limited due to reliance on emulation for most games and the use of integrated Adreno GPUs, which lag behind Intel's integrated graphics.
