ASUS Unveils Premium Laptop Built for Local AI Workloads

The personal computer landscape is shifting as manufacturers explore architectures that prioritize artificial intelligence over traditional processing power. On October 23, 2026, a review of the ASUS ProArt P16 highlighted this transition. The device marks the first laptop to feature NVIDIA's RTX Spark chip, a platform designed specifically for power users who require significant local computing resources.

This machine represents a departure from the standard x86 architecture provided by Intel or AMD. Instead, it utilizes a system-on-a-chip that combines a 20-core Arm CPU with a Blackwell GPU and up to 128GB of unified memory. This design philosophy mirrors Apple's M-series approach, creating a new branch of PC design that sits alongside existing hardware rather than replacing it. The primary advantage is the ability to run large local AI models within a slim chassis, a capability that standard gaming laptops often lack due to memory constraints.

The build quality of the ProArt P16 is a strong point for potential buyers. The aluminum chassis is sturdy, and the device weighs 3.9 pounds, making it lighter than the 16-inch MacBook Pro. It features a bright 16-inch OLED display with a peak brightness of 1,600 nits. Connectivity options are comprehensive, including three USB-C ports, USB Type A, HDMI, a headphone jack, and a full-size SD card reader, though it lacks an Ethernet port. The keyboard and haptic touchpad are generously sized, contributing to a premium user experience.

Performance benchmarks present a mixed picture. In general application tests, the P16 scored about 3,000 points lower than the ASUS A16 equipped with a Snapdragon X2 Elite chip. It also trailed slightly in single-threaded CPU testing. However, it excelled in graphics and AI tasks. The laptop beat a MacBook Pro with an M5 Max by 4,700 points in GPU testing and outperformed Apple's device by 600 points in AI image generation. It successfully ran complex models like Qwen3.8 27B, which requires 42GB of RAM, with room to spare.

Gaming performance is adequate but comes with caveats. The device achieved 70 fps in Control: Resonant at 1440p with ultra settings and medium ray tracing. Lowering the settings increased this to 120 fps. However, the fans became loud during these sessions. Most games rely on Microsoft's Prism emulator for the Arm CPU, which can reduce performance and cause compatibility issues. While native Arm64 builds exist for titles like Fortnite and DOTA 2, some multiplayer games may still fail due to anti-cheat software compatibility.

Price is the most significant barrier to entry. The base model starts at $2,800, but costs rise steeply with added memory. The review unit, equipped with 128GB of RAM, costs $7,000. This premium pricing reflects the high cost of memory, which is already inflated by demand from the AI sector. For general users or gamers, other options offer better value. The ASUS Zephyrus G16, for example, is available for $2,124 and offers superior gaming performance with full compatibility.

The battery life is a notable weakness, recording 10 hours and 51 minutes in PCMark 10 Applications testing. This is well below the 15-plus hours found in many premium laptops. Performance does not degrade when the laptop is unplugged, but the black finish tends to attract fingerprints. The reviewer noted that while the platform is impressive, it is not intended for a broad audience.

The ProArt P16 is a specialized tool for AI researchers and enthusiasts who can justify the cost for its memory capacity and local model capabilities. For the average consumer or dedicated gamer, the reviewer suggested waiting at least a year before adopting the RTX Spark platform. Competition from NVIDIA may push other chipmakers to improve, but the memory-heavy design ensures that prices will remain elevated for the time being.