ASUS ProArt P16 Brings NVIDIA's RTX Spark Chip to a Creator Laptop
ASUS's ProArt P16 is a 16-inch creator laptop that runs on NVIDIA's RTX Spark system-on-a-chip rather than an Intel or AMD processor, according to a review published by Engadget on 23 October 2026. It is ASUS's first laptop built on an RTX Spark chip.
The silicon is the RTX Spark N1X, which pairs a 20-core Arm CPU, a processor design licensed by Arm Holdings and common in phones, with a Blackwell RTX GPU, NVIDIA's current graphics architecture. ASUS's technical specification for the H7607 model lists a 6,144-core GPU and the same 20-core CPU, and describes the CPU as a Grace part. The P16 supports up to 128GB of unified memory, a single pool shared by the CPU and GPU instead of separate memory banks for each. NVIDIA's marketplace listing for one ASUS P16 configuration cites up to 32GB, so the memory ceiling depends on the SKU.
Pricing spans a wide range. The P16 starts at $2,800. The review unit Engadget tested, equipped with 128GB of RAM, cost $7,000.
The physical design is conventional for the segment. The laptop has a 16-inch OLED panel in an aluminum case and weighs 3.9 pounds, against 4.7 pounds for the 16-inch MacBook Pro. ASUS's display specification, as reported earlier this year, calls the panel Lumina Pro OLED technology with up to 4K resolution and a 120Hz refresh rate. Ports include three USB-C, a USB Type-A, HDMI, a headphone jack and a full-sized SD card reader, which remains a practical requirement for photographers and video editors. The H7607BA variant comes in Neo White and ships with Windows 11 Pro. ASUS bundles Adobe Creative Cloud as a partner offering.
ASUS introduced the P16 alongside the ProArt P14 and the GR1X Mini PC at IFA 2026 in early September. ASUS states that the P16, P14 and GR1X RTX Spark systems deliver 1 petaflop of AI performance. In its 16 October announcement of RTX Spark PCs, NVIDIA listed the ASUS P14 and P16, the Dell XPS 16, and the HP OmniBook Ultra and OmniBook X 14 as the current lineup. NVIDIA positions the broader platform around AI and RTX graphics for creating, developing and gaming. Its description of RTX Spark compact desktops emphasizes running personal AI agents around the clock while the same machine handles gaming and creative work.
The broader context here is architectural. Most creator laptops pair an x86 processor from Intel or AMD with a discrete GPU that has its own video memory, or VRAM. An Arm CPU, a NVIDIA GPU and a large unified memory pool take the P16 away from that model. Buyers will likely weigh application support, driver maturity and whether their toolchains run natively or through emulation more heavily than the headline core counts. Anyone working in video, 3D or ML development should test their own software on Windows on Arm before committing.
In my view, the more important question is what the platform makes possible for local workloads. A 128GB unified memory pool on a 3.9-pound machine is a meaningful capacity for running large models on the device itself, and NVIDIA's emphasis on always-on personal agents points in the same direction. Whether that promise holds will depend on software, pricing, and how quickly the ecosystem around RTX Spark matures. Those are questions the coming months of testing will answer.
