ASUS ProArt PX13 (2026) review: a 64GB pocket studio with one big condition

What you are actually buying

This review covers one specific ProArt PX13, the HN7306EA-XS99T. It pairs an AMD Ryzen AI Max+ 395 with Radeon 8060S graphics, 64GB of onboard memory, a 1TB SSD, a Nano Black finish and Windows 11 Pro. ASUS lists that exact configuration in its US AMD lineup.

The name is where buyers get tripped up. Earlier PX13 models paired a Ryzen AI 9 HX370 with NVIDIA RTX 4050, 4060 or 4070 graphics and 32GB of memory. Those remain separate machines. ASUS announced this AMD-only generation as its own line, not as a memory upgrade to the RTX design. If a listing mentions RTX graphics, it is not the laptop reviewed here.

Integrated graphics usually means modest graphics, but that is not the case here. AMD rates the Max+ 395 at 16 CPU cores and 32 threads. The Radeon 8060S has 40 compute units, the building blocks of a GPU, and it draws on system memory instead of having its own. That is a different architecture from a discrete RTX card, so performance will vary by task. Software compatibility is the first thing to check, though: if your tools need NVIDIA, nothing else on the spec sheet matters. Pickori's view: this is a memory-rich pocket studio, not a universal upgrade over the RTX version.

Why 64GB matters, and when it does not

The 64GB of LPDDR5X is one pool shared by the CPU and GPU. You are not getting 64GB of system RAM plus a separate supply of video memory. Whatever the GPU holds comes out of the same 64GB that Windows and your apps use. Larger GPU allocation figures you may see for this processor family come from higher-capacity configurations, not this model.

Capacity and speed solve different problems. A print-size composite with dozens of layers, or a 3D scene full of high-resolution textures, needs room to hold everything at once. When it does not fit, an app may page to the SSD and slow down, or a GPU render may fail to load the scene instead of degrading gracefully. A short, noisy low-light clip that needs heavy denoising is a different job. The GPU has to grind through every frame, and it still needs enough video memory, but capacity beyond that point is unlikely to change much. The 16 cores address a third kind of job: tasks that split cleanly across threads. Knowing which limit you actually hit tells you whether this laptop solves your problem.

The memory is soldered, so you cannot go from 64GB to 128GB later. If you have confirmed that insufficient memory causes your projects to stall or fail on a 32GB machine, 64GB is a sensible step up. If you are buying it just in case, that money may do more good elsewhere.

Storage gives you one way out. The 1TB SSD sits in a single, occupied M.2 2230 PCIe 4.0 slot. The 2230 means 22mm wide by 30mm long, so the common 80mm drives will not fit. You can swap in a larger 2230 drive, but you would be replacing the original, so back up first. An external SSD adds room for footage, but it does not add memory.

Judge the whole job, not just the export bar. A laptop that finishes a render quickly does little for you if the project will not fit while you are building it. A roomy laptop does little for you if every preview stutters. The 64GB PX13 is aimed at the first problem: keeping big projects open. Its speed then depends on how well each app uses the AMD GPU. Local AI follows the same logic. Shared memory may let a larger model load, but loading a model is not the same as running it at a pace you would enjoy. Treat the capacity as permission to try, not as a promise of fast responses.

AMD graphics and your software

Blender shows how AMD support works in practice. Its Cycles renderer supports HIP, AMD's GPU computing route, on compatible AMD hardware, alongside NVIDIA's CUDA and OptiX. That makes the Radeon 8060S a real rendering option. Still, the app version, driver, renderer and add-ons all have to work together, so check current compatibility notes rather than assuming every configuration is certified.

Plugins deserve the closest look. A render engine, denoiser or effects pack written only for CUDA cannot use the Radeon GPU at all. Some offer a CPU mode, which is typically slower, and others simply refuse to start. That is a compatibility problem, not a speed problem. Gaming benchmarks will not settle it either, because a good frame rate says nothing about whether your renderer or AI tool has a working AMD path.

Photographers and video editors put pressure on different parts of the system. Culling a shoot depends on how quickly the laptop decodes raw previews and reads files, and that leans on the processor as much as the drive. Batch AI denoise across hundreds of raw files depends on whether your editor accelerates it on AMD. Video adds decoding, effects and export, and each of those stresses different hardware. Being able to handle 4K tells you little on its own, because 4K is a resolution, not a workload.

Proxies can help on compact machines. A proxy is a reduced-resolution working copy that your editor swaps in while you cut, reducing the work of decoding heavy camera footage. It may not solve slow effects or plugins. Editors normally return to the originals for final export, unless your settings specify otherwise. Smoother cutting is still a real gain even if export time barely changes. Test your own camera files before counting on it.

Two reviews, one chassis, different numbers

Both evaluations used here tested 128GB GoPro Edition units, not the standard 64GB model. Notebookcheck used a unit with a 2TB SSD, and Ultrabookreview tested one with a 1TB SSD. The processor matches this model, but the memory and bundle do not.

Their fan figures differ. Notebookcheck recorded about 53.4 dBA in Performance mode with its microphone 15cm away, while Ultrabookreview heard roughly 45 to 48 dBA at head level. Measuring distance and setup differ, and firmware or room may also contribute, so the gap cannot be split by cause. Expect audible fans under sustained load.

Our reference material includes no battery result for this SKU. Notebookcheck's light Wi-Fi test at 150 nits lasted 9 hours 22 minutes, which tells you little about exports. Ultrabookreview found that 100W USB-C charging limited the available performance profiles, so use the 200W adapter for full-speed work.

Ultrabookreview also measured SDR brightness below 400 nits on the glossy panel and noticed fine grain on light backgrounds. If you work near bright windows, see the screen in person.

Living with the 13-inch convertible shape

ASUS specifies a 13.3-inch 2880x1800 OLED touchscreen at 60Hz and claims P3 color coverage. A wide color gamut is not the same as accurate output, so set a profile that matches your delivery format (usually sRGB for web work) and check exports on the screens your audience uses. Based on gamut and peak-brightness claims alone, we would not choose it as a reference monitor for HDR grading.

A high-resolution small panel makes things sharper, not physically larger. At a comfortable scaling setting, a timeline or a stack of editing panels gets less usable room than it would on a bigger screen. The two USB4 ports and HDMI 2.1 make plugging into a desk monitor easy.

The 360-degree hinge earns its keep for markup on a table, client proof reviews and sketching. At 1.39kg, though, it is no lightweight iPad replacement. Stylus support does not guarantee a stylus in the box, so check your bundle. The DialPad, a touch-based control, can speed up brush or timeline adjustments in supported apps. It is a control, not a performance boost, and your workflow does not depend on it.

The port selection is broad for a 13-inch convertible, but the card slot is microSD 4.0, not full-size SD, so mirrorless shooters will need a reader. Include the 200W charger, cables and that reader in your carry plan, not just the 1.39kg laptop.