RTX Spark raises AI PC stakes

Computex 2026 has turned the personal computer market into a three-way contest over AI laptops, handheld gaming and mid-range graphics, with Nvidia, Intel and AMD using Taipei to push new silicon into segments long shaped by Apple’s Mac ecosystem and AMD-powered portable consoles.
Nvidia’s RTX Spark platform drew the sharpest attention after the company positioned it as a Windows-based alternative for developers, creators and AI users who need large local memory pools. The platform combines Arm CPU cores, a Blackwell-class GPU and up to 128GB of unified LPDDR5X memory, giving Windows machines a specification closer in spirit to Apple’s high-memory MacBook Pro and Mac Studio line than to conventional PC laptops built around separate system and graphics memory.

The pitch is clear: keep more AI work on the device, reduce dependence on cloud inference and allow agent-based software to run longer, larger and more securely on local hardware. Nvidia says RTX Spark systems can support demanding models and extended context workflows, with Microsoft collaboration aimed at turning Windows PCs into machines capable of running more autonomous AI tasks. Major vendors including Dell, HP, Lenovo, Asus, MSI and Microsoft are expected to build systems around the platform, with launches targeted later this year.

The significance for the PC industry is that Nvidia is moving beyond discrete graphics into a more complete computing platform. Its partnership with MediaTek on Arm-based PC silicon gives it a route into territory dominated by Apple’s M-series chips and contested by Qualcomm’s Snapdragon X line. For laptop makers, the appeal lies in offering high-memory AI machines without asking customers to move away from Windows software stacks used in engineering, media production and enterprise IT.

The challenge will be cost, battery life, software maturity and developer adoption. Apple’s advantage remains vertical integration, mature power management and a strong base of creative users already comfortable with unified memory workflows. Nvidia’s counter is its CUDA ecosystem, broad AI developer support and strong relationships with PC manufacturers. Computex showed that AI PCs are no longer being sold mainly as productivity upgrades; they are becoming local compute platforms for models, agents and creative tools.

Intel used the show to make a different argument, aimed at handheld gaming. Its Arc G-Series processors, led by Arc G3 and Arc G3 Extreme, are designed specifically for Windows gaming handhelds and are tied to the company’s Core Ultra Series 3 platform, known as Panther Lake. The launch puts Intel directly against AMD’s Ryzen Z-series processors, which have powered much of the handheld PC wave through devices such as the Asus ROG Ally family and Lenovo Legion Go.

Early hands-on assessments at Computex gave Intel a stronger reception than it has often received in portable gaming. Arc G3 Extreme was presented as a credible challenger for performance and efficiency in compact devices, helped by architecture changes aimed at handheld power envelopes rather than simply adapting laptop silicon. Acer’s Predator Atlas 8, MSI’s Claw 8 EX AI+ and OneXPlayer models are among the first expected devices, giving Intel a broader launch base than earlier attempts to break into the segment.

For Intel, the handheld market offers more than unit sales. It gives the company a visible consumer category where driver stability, battery life and game compatibility can reshape perceptions of Arc graphics. The first MSI Claw generation struggled against AMD-powered rivals, partly because of software and efficiency issues. Arc G3 Extreme therefore carries a reputational burden: it must prove that Intel can compete not just in peak frame rates, but in sustained play, thermals and reliable support for popular games.

AMD, meanwhile, moved to defend its graphics position with the Radeon RX 9070 GRE, a $549 card that has shifted from China-focused availability to a wider global launch. Based on RDNA 4 and Navi 48 silicon, the card carries 48 compute units, 12GB of GDDR6 memory, a 192-bit bus and a 220-watt board power rating. It sits between the RX 9060 XT and RX 9070, aiming at 1440p gaming buyers who want higher performance than entry mid-range cards without paying for the fuller RX 9070 tier.