The $7,000 Laptop That Runs AI Models Locally

For buyers seeking a laptop that can handle heavy artificial intelligence tasks without sending data to the cloud, a new option has arrived. The ASUS ProArt P16 is the first notebook to feature NVIDIA's RTX Spark chip, a design that prioritizes local processing power for creators and researchers. While the device is impressive in its build and capabilities, it is not a replacement for traditional computers. Instead, it serves a specific niche of users who need substantial memory and graphical power in a portable form factor.

The core of this machine is a system-on-a-chip that integrates a 20-core Arm CPU with a Blackwell GPU. This setup supports up to 128GB of unified memory, a configuration similar to Apple's M-series designs. This architecture allows the laptop to run large language models and other AI applications directly on the device. In testing, the machine handled a 27-billion parameter model that required 42GB of RAM, leaving plenty of headroom for other tasks. This capability is the primary selling point for professionals who work with data-intensive AI tools.

However, the price tag is a significant barrier to entry. The base model starts at $2,800, but the cost rises sharply with added memory. The specific unit reviewed, equipped with the maximum 128GB of RAM, costs $7,000. This premium pricing reflects the high demand for memory components driven by the broader AI industry. For those who primarily play games, the value proposition is less clear. While the laptop performs well in gaming scenarios, dedicated gaming laptops offer similar or better performance at a lower cost.

Physical design elements received high praise. The chassis is made of sturdy aluminum and weighs 3.9 pounds, making it lighter than the 16-inch MacBook Pro. The display is a bright 16-inch OLED panel that reached 1,600 nits, one of the brightest screens seen on a laptop. The keyboard and haptic touchpad are spacious, and the port selection includes three USB-C connections, USB Type A, HDMI, and an SD card reader. There is no Ethernet port, which may be a drawback for some office environments.

Performance benchmarks showed a mixed picture. In general application tests, the ProArt P16 scored lower than a comparable ASUS laptop using a Snapdragon chip. However, it excelled in graphics and AI-specific tests, outperforming a MacBook Pro with an M5 Max chip in both GPU and computer vision tasks. In gaming, the system achieved 70 frames per second in Cyberpunk 2077 at ultra settings with ray tracing enabled. Lowering the settings increased the frame rate to 120 fps. The fans were audible during these workloads.

Compatibility remains an open question for many users. Most games rely on an emulator to run on the Arm-based processor, which can reduce performance and cause issues with anti-cheat software. While native versions exist for titles like Fortnite and DOTA 2, support for other multimedia applications is still developing. Battery life was also a shortcoming, lasting about 10 hours and 51 minutes in standard testing, which is below the 15-plus hours typical of premium laptops. Performance did not drop when the device was unplugged.

The review suggests that AI professionals are the ideal buyers for this hardware. For general users or gamers, waiting at least a year might be a better strategy. A competing model from ASUS, the Zephyrus G16, is available for $2,124 and offers a high refresh rate display with full compatibility for traditional gaming. Until the ecosystem matures and prices stabilize, the ProArt P16 remains a specialized tool for those who need its specific AI capabilities.