ASUS ProArt P16 H7607: what RTX Spark tests show

Reviews of the ASUS ProArt P16 H7607 with NVIDIA RTX Spark N1X show that it can run local language models and creative software, but the results depend on the workload—and Windows on ARM compatibility affects which tools can be used. The tested systems also came in different memory and storage configurations, so a benchmark from one unit is not a universal score for every H7607. HardZone, El Chapuzas Informático and Geeknetic published their reviews on October 16, 2026.

What the tested H7607 configurations include

The reviewed H7607 systems pair a 20-core Grace ARM CPU with an integrated Blackwell GPU reported with 6,144 CUDA cores. The 16-inch touchscreen is an OLED panel with a 120 Hz refresh rate. The reviews covered different configurations: HardZone tested a unit with 64 GB of memory and a 1 TB SSD; El Chapuzas Informático and Geeknetic tested units with 128 GB and a 2 TB SSD. HardZone reported that the memory in its 64 GB sample was soldered and could not be upgraded. HardZone, El Chapuzas Informático and Geeknetic report the configurations they tested.

The 99.9 Wh battery and reported weight of 1.77 kg give a sense of the hardware being carried, but neither number predicts how long the laptop will last on a particular workload. Battery results varied with each reviewer’s test conditions.

Local AI: the model and test setup matter

HardZone ran Qwen3 32B in NVFP4 format through Ollama and measured generation rates of 13.8887 tokens per second with a configured 4,096-token context and 13.9047 tokens per second with a configured 32,768-token context. The test used a 43-token input and capped output at 256 tokens; the larger context setting did not mean the prompt itself contained 32,768 tokens. HardZone’s test ties those figures to its 64 GB/1 TB sample and stated workload.

A separate HardZone benchmark used Qwen3 8B NVFP4 in llama-bench. With 20 threads, 128 generated tokens and an f16 K/V cache, its generation rate fell from 44.4473 tokens per second at a 4,096-token context to 26.1271 tokens per second at 32,768 tokens—about 41.2% lower in that setup.

The difference is useful if you expect to work with longer contexts: a result from one setting does not stand in for the other. These are measurements from the same Qwen3 8B NVFP4 benchmark, not a general performance rule for every model or application. HardZone

HardZone also tested Flux2 Dev NVFP4 image generation. Its latest five-run median was 41.4219 seconds for a 1024 × 1024 image using 20 steps, the Euler sampler and guidance 4. The review records another session at 111.1935 seconds. These timings belong to those reported sessions and settings. HardZone

Photoshop, display and gaming results

For Photoshop, HardZone recorded 12,314 PugetBench points on the 64 GB/1 TB system, using Photoshop 27.11 ARM and PugetBench 1.0.7 with the Standard preset. That is a whole-system benchmark result for that software version and configuration. HardZone

Geeknetic’s Antonio Delgado measured 515.2 cd/m² for full-screen SDR white on the 128 GB/2 TB H7607BA sample. The review also reports measured coverage of 100% sRGB, 80.5% Adobe RGB and 97.3% DCI-P3, while cautioning that its external colorimeter readings may be less precise than direct measurement. That qualification matters when you are judging color performance for professional work. Geeknetic

Gaming results were tied to specific titles and settings in HardZone’s tests. At 2880 × 1800, Control Resonant reached about 60 frames per second with high graphics, ray tracing, DLSS Performance and frame generation enabled; on battery, that same profile reached about 50 frames per second. Cyberpunk 2077 reached about 49 frames per second at Ultra without ray tracing and about 32 frames per second with the Medium ray-tracing preset while plugged in. HardZone

Battery, heat and fan noise

The battery tests used different workloads, so their durations are best read as separate observations. HardZone played YouTube video at 4K for six hours and recorded 50% charge remaining; its roughly 12-hour total was an extrapolation from that run. Geeknetic measured 6 hours and 43 minutes during office work at maximum brightness and balanced power, and nearly nine hours with lower brightness and more conservative settings. El Chapuzas Informático reported 4.5 hours for online video or light tasks. HardZone, Geeknetic and El Chapuzas Informático describe those distinct tests.

Heavy workloads also brought audible fan noise. Geeknetic reported a maximum chip temperature of 83.1 °C under combined CPU and GPU stress, plus a 45.6 °C measurement at the center of the keyboard after 25 minutes of load. That keyboard reading is a surface temperature. El Chapuzas Informático reported CPU temperatures around 70 °C and GPU temperatures around 75 °C, with the fans audible at maximum performance. Geeknetic and El Chapuzas Informático

Windows on ARM compatibility

Compatibility is a practical factor for anyone who relies on a particular creative app, driver or game. Geeknetic reported that it could not run F1 24, SPECviewperf2020, Procyon CPU/GPU WinML or Geekbench AI GPU DirectML in its test suite. HardZone reported that GPU-Z did not produce a valid result and that loading its driver caused a blue screen; it also said AIDA64 ran through Microsoft Prism emulation, which could affect the readings. Geeknetic and HardZone

For a workflow centered on Photoshop and local inference, the reviews include concrete results on the H7607. If your work depends on other software or drivers, the ARM compatibility reports are just as relevant to the decision as the benchmark numbers.