The Windows laptop revolution is here! Nvidia RTX Spark has ambitions to bury Intel, AMD, and give Apple a hard time

NVIDIA has made one of its boldest announcements in recent years. At the opening keynote of Computex 2026 in Taipei, company CEO Jensen Huang unveiled the NVIDIA RTX Spark platform, which, according to him, is set to reinvent Windows PCs for the era of personal AI agents. The rhetoric is grand, but the technical foundation is real — and for the laptop market, it represents the biggest shift in the last decade. For the first time, NVIDIA is pushing its own platform combining a processor and graphics in a single chip, moreover, built on ARM architecture. In other words, another major player is entering a segment previously dominated by Intel, AMD, and marginally Qualcomm.

What is RTX Spark and what can it do

RTX Spark is a superchip combining two sides of the NVIDIA world. On the processor side, you’ll find a 20-core Grace chip built on ARM architecture, whose design NVIDIA developed in collaboration with Taiwanese MediaTek — a well-known player in the mobile chip world. On the graphics side, there’s a Blackwell GPU with 6,144 CUDA cores and fifth-generation Tensor cores supporting the FP4 format for artificial intelligence. Both parts are connected by a high-speed NVLink-C2C interconnect and complemented by up to 128 GB of unified LPDDR5X memory.

In numbers, this means up to 1 petaflop of performance for AI tasks and memory bandwidth of up to 300 GB/s. NVIDIA argues that such a machine can locally run a language model with 120 billion parameters and a context window of a million tokens. More practically, in its full configuration, RTX Spark can edit 12K video in 4:2:2 format, render 3D scenes over 90 GB, or play current AAA games at 1440p resolution at over 100 frames per second.

For comparison — all of this is expected to be achieved in a laptop 14 millimeters thin and weighing less than 1.4 kilograms. If NVIDIA’s promises are fulfilled, it would be direct competition for Apple MacBooks with M-series chips, which have so far set the bar for performance/endurance ratio in the market.

Windows changes format: from tool to partner

Hardware is only half the story. NVIDIA, together with Microsoft, is simultaneously building a platform out of Windows where an AI agent is intended to be the new interface for working with a computer. Instead of clicking and typing, you express your intent in natural language, and a local agent — running directly on your PC, not in the cloud — performs the task.

To ensure security, Microsoft is adding new security layers to Windows that control exactly what the agent has access to. NVIDIA is adding its own OpenShell framework, which allows users to configure which queries to send to local models and which to the cloud, and to automatically mask sensitive personal data in queries. Among the first agents to receive a native Windows application are expected to be the open-source projects Hermes Agent and OpenClaw.

The vision is ambitious. Microsoft CEO Satya Nadella commented on the presentation by saying he wants to “deliver unlimited intelligence to every Windows desk.” The question remains, however, how well all of this works in practice — so far, we have seen many spectacular demonstrations of AI agents that failed at seemingly trivial tasks in real-world deployment. The true test will come when we can try out the first units.

Creatives and gamers are not left out

NVIDIA is well aware that selling a laptop solely on the promises of AI agents is not enough yet. In addition to the agent environment, Spark therefore targets two other groups. For creatives, Adobe is rewriting its flagship applications — Photoshop and Premiere are getting a completely new architecture that fully utilizes GPU acceleration. The promised result is a twofold acceleration of AI functions, editing, color grading, and effects. Updates are expected to arrive simultaneously with the first RTX Spark laptops.

Gamers, in turn, will get the full RTX ecosystem they are used to from desktop cards. Ray tracing, a complete suite of DLSS technologies, Reflex for low latency, G-SYNC. NVIDIA also announced a new version of DLSS 4.5 Ray Reconstruction, which will arrive this August. In addition to games, the technology will also appear in Blender Cycles 5.3 for 3D artists. Support for Spark has so far been promised by a number of publishers including Riot Games, Remedy Entertainment, NetEase, and Xbox.

Who and when: laptops in the fall

The first RTX Spark laptops are expected to appear in stores in fall 2026. NVIDIA has brought six main partners who are already working on specific models: ASUS ProArt P16, Dell XPS 16 Creator Edition, HP OmniBook X 14, Lenovo Yoga Pro 9n, Microsoft Surface Laptop Ultra, and MSI Prestige N16 Flip AI+. Acer and GIGABYTE will join later. In total, over 30 laptops and approximately 10 desktops are planned for the first wave.

Common features will include aluminum bodies, OLED displays with G-SYNC support, premium touchpads, and — according to NVIDIA’s promises — all-day battery life regardless of whether the laptop is plugged in. Prices have not yet been announced. However, from earlier leaks of the chip itself, it can be estimated that premium RTX Spark machines will rank alongside competing Apple MacBook Pros or premium Windows laptops with dedicated graphics — meaning somewhere between fifty to one hundred thousand Czech crowns.

Big promises, we’ll wait for practice

RTX Spark is the most serious entry into the Windows laptop segment in years. It combines several trends that have so far diverged — the performance of dedicated graphics, the efficiency of ARM processors, unified memory known from Apple Silicon, and AI acceleration on an unprecedented scale. If NVIDIA and Microsoft see this through, we might look back at Computex 2026 in a few years as the point when the PC began to transform from a tool into something willing to do part of the work itself.

However, there are many promises, and not a single one has yet been verified by review. Windows on ARM has had several unsuccessful attempts, AI agents have so far proven surprisingly fragile in practice, and application compatibility with ARM architecture is an eternal topic. In the fall, we will see how much RTX Spark is a real revolution and how much of it is a well-rehearsed marketing presentation.

Will RTX Spark move the Windows laptop market, or will it remain just an impressive presentation?

Source: NVIDIA