Geekom A9 Max Review: A Capable Mini PC That Needs FSR to Find Its Gaming Stride

The Geekom A9 Max arrives at an interesting point for compact PCs. Conventional gaming desktop prices remain high, laptops are often asked to fill every role from work machine to living-room rig, and mini PCs are increasingly being treated as a serious alternative for players who do not need a huge tower under their desk. This particular silver box is not attempting to dethrone systems with dedicated RTX-class graphics. Instead, it pairs AMD's Ryzen AI 9 HX 470 with Radeon 890M integrated graphics, puts considerable emphasis on AI-assisted professional work, and argues that modern upscaling can make demanding PC games viable in an exceptionally small form factor.

That makes the A9 Max a more nuanced proposition than a typical gaming PC. It is a powerful-looking productivity machine with an integrated GPU attached, rather than a gaming-first computer that happens to be compact. It can play current games, including Cyberpunk 2077, but its best results depend heavily on AMD FSR and frame generation. At its tested $1,599 / £1,799 price, the question is not whether it can run games at all. It can. The question is whether its excellent connectivity, quiet operation, upgrade path, and AI hardware are valuable enough to offset alternatives that deliver more straightforward gaming performance.

Geekom A9 Max specifications

At present, the newer A9 Max arrives in a single configuration. The AMD Ryzen AI 9 HX 470 processor is joined by Radeon 890M integrated graphics, 32GB of DDR5 memory, and a 2TB SSD. For productivity users handling extensive projects, media work, or local AI tasks, that is a substantial baseline for a machine measuring only 135mm by 132mm by 46.9mm.

• CPU: AMD Ryzen AI 9 HX 470
• GPU: AMD Radeon 890M integrated graphics
• Memory: 32GB DDR5
• Storage: 2TB SSD
• Wireless: Wi-Fi 7 and Bluetooth 5.4
• Display outputs: Two HDMI 2.1 ports and USB 4 Type-C connections with DisplayPort support
• Networking: Dual RJ45 LAN ports

The processor's XDNA 2 neural processing unit is rated for up to 55 TOPS, while the broader platform is rated at up to 86 TOPS of AI acceleration. Those figures will matter much more to users running AI models or demanding creation workloads than to someone looking purely for higher frame rates in games. The large SSD and 32GB starting memory allocation also reinforce the workstation direction.

For useful background on this topic, read Retroid Pocket Duo Targets DS and 3DS Fans With Dual AMOLED Screens.

There is an important wrinkle, however. An older system based on AMD's Ryzen AI 9 HX 370 remains available through some retailers. It is not another configuration of this launch, but a prior model. It can be found for around $1,299 and sometimes less, making it a major consideration for anyone looking at the new version primarily through a gaming lens.

Gaming performance: playable, but with clear conditions

Out of the box, the A9 Max demonstrates both the promise and limitations of Radeon 890M graphics. In demanding games at 1080p, it does not consistently reach the 60 frames-per-second target at medium or high presets without assistance. In testing, Total War: Three Kingdoms managed 48fps at 1080p medium, while Cyberpunk 2077 reached 51fps under the same broad conditions. Those are respectable figures for integrated graphics in a machine this small, but they are also a reminder that this hardware is not built to brute-force modern triple-A releases.

Visual compromises become more noticeable when the system is pushed. More complex scenes can bring texture hitching, image instability, jagged edges, flickering, and moments of haze. Players expecting the clean presentation and easy headroom of a dedicated gaming GPU should set their expectations accordingly.

FSR changes the conversation. With AMD's upscaling technology in use, Cyberpunk 2077 can average around 60fps at high settings and 1080p. The system can also move to 1440p with medium settings and approach that same threshold. This is the A9 Max at its most convincing as a gaming device: it is capable of delivering smooth-feeling play in a graphically punishing game, as long as the user is comfortable relying on upscaling and generated frames.

The A9 Max can make demanding games playable, but its most attractive results are not raw-performance victories. They are the result of pairing capable integrated graphics with modern image reconstruction tools.

That distinction matters. Players who dislike synthetic frames, prefer native rendering, or prioritize consistent image quality will need to lower settings substantially, especially in recent blockbusters. Lighter games are much less problematic. Titles such as Islanders, Restory, Oxenfree 2, and Samorost 3 ran without difficulty, making the system a comfortable fit for indie libraries, older games, strategy titles with reasonable demands, and everyday Steam use.

Synthetic benchmarks place the Radeon 890M in a sensible context. Its Steel Nomad Lite performance is broadly comparable with a GTX 1650 or a 45W RTX 2050, if those older dedicated GPUs are considered without the benefits of contemporary upscaling and frame-generation features. That is not elite gaming hardware, but it is meaningful performance for an integrated solution inside a compact productivity PC.

Productivity and AI are the real focus

The A9 Max is stronger as a flexible professional machine than as a pure games box. Its Ryzen AI processor, generous memory, large storage allocation, and NPU are all aimed at workloads beyond launching a Steam library. It can support more complex rendering, media creation, and AI-accelerated tasks than less ambitious mini PCs.

Raw CPU comparisons also show why buyers should identify their priorities before spending $1,599. In Geekbench 7 testing, the A9 Max outperformed the Ryzen AI Max+ 392 in single-core work, where the comparison score was 2,445, but fell behind that chip in multi-core performance, where the other processor reached 20,906. Apple's M5 Pro-equipped Mac mini was further ahead in the cited productivity figures, exceeding 3,600 in single-core and 30,000 in multi-core testing.

Those comparisons are not a complete verdict because the machines target different strengths. The A9 Max is specifically designed around AI capabilities rather than purely chasing the highest conventional CPU benchmark totals. Still, buyers focused on heavy multi-core production work should recognize that the mini PC does not lead every category simply because it carries AMD's AI branding.

Ports, upgrades and cooling make a strong practical case

One of the A9 Max's clearest wins is its physical design. The unit uses a familiar compact square silhouette with rounded corners and a silver finish, but it remains unobtrusive on a desk. A bundled VESA mounting plate also gives owners the option to hide it behind a monitor. The side panels are textured for airflow, while the overall presentation is clean enough for either an office or a living-room setup.

Connectivity is unusually generous for the size. The front includes three USB 3.2 Gen 2 Type-A ports, plus another always-on Type-A connection and a 3.5mm audio jack. That makes it easy to keep a keyboard, mouse, wireless headset receiver, and charging cable within reach. The rear adds two HDMI 2.1 ports, two USB 4 Type-C ports, another USB 3.2 Gen 2 Type-A port, USB 2.0, dual Ethernet, and an SD card reader.

The display arrangement supports up to four 4K screens, although bandwidth is not distributed equally across every display. For a multi-monitor workstation, that flexibility is a bigger advantage than it may initially appear. Wi-Fi 7 and Bluetooth 5.4 further ensure the little PC feels current rather than compromised.

Long-term ownership is helped by upgradeable memory and storage. The chassis supports up to 128GB of RAM and up to 8TB of SSD storage. That potential is especially useful for professional users whose libraries, projects, or local models expand over time. Geekom's choice of single-channel memory in the newer model does complicate matters, though. Adding a dual-channel setup can improve performance, and it is particularly relevant because the older HX 370-based version already benefits from dual-channel memory.

Cooling is another encouraging point. The IceBlast 3.0 system uses a copper heatsink, two copper heat pipes, and larger fan blades designed to move air efficiently. During testing, the A9 Max remained controlled and produced little distracting fan noise. For a small PC expected to sit close to its owner, that is a meaningful quality-of-life advantage.

Should you buy the Geekom A9 Max?

The Geekom A9 Max is easy to recommend to a specific buyer: someone who needs a compact, well-connected, quiet PC for demanding productivity work and AI-focused tasks, but also wants access to modern PC games at 1080p using FSR. Its 32GB of memory, 2TB SSD, versatile ports, four-display potential, VESA mount, and substantial upgrade ceiling create a stronger all-round package than gaming benchmark numbers alone suggest.

It is harder to recommend as a gaming-only purchase. At $1,599, buyers can often find gaming laptops with RTX 5060 graphics, and sometimes RTX 5070 hardware during promotions. Those systems should offer stronger native 1080p performance in games. They may not match the A9 Max's desk-friendly footprint, front-facing port selection, upgrade access, or workstation-centric AI credentials, but they better serve anyone whose primary goal is frame rate.

The older Ryzen AI 9 HX 370 mini PC is also difficult to ignore. Its lower price and dual-channel memory arrangement can give it an advantage in games before upgrades enter the equation. The newer A9 Max's value is therefore tied to its future potential: install dual-channel memory, take advantage of the improved CPU and AI capabilities, and it becomes a more compelling longer-term machine. Without that plan, the premium is less obvious.

Verdict: The A9 Max is a polished and capable mini PC with genuinely usable upscaled gaming, but it is best understood as an AI-ready productivity system that can game, not a compact substitute for a dedicated gaming desktop. FSR can make Cyberpunk 2077 look impressively attainable at around 60fps, yet the asking price demands that buyers also value everything the machine does when they are not playing.