NiPoGi P2 Mini PC AMD Ryzen 4300U Review UK (2026), Tested

Look, I get it. You've priced up a DIY build, watched a few YouTube videos, and then started wondering whether the hassle is actually worth it. Especially when you're not after a gaming rig, just something that sits on a desk, runs quietly, handles spreadsheets and video calls, and doesn't cost a fortune. That's the real question with a machine like the NiPoGi P2 Mini PC AMD Ryzen 4300U Review UK (2026), Tested: is the convenience worth the trade-offs, and are those trade-offs even that bad? I've spent about a month with this little box on my desk, and I've got some thoughts.

Mini PCs have come a long way. A few years back, anything this small was basically a glorified Raspberry Pi with a Windows sticker slapped on it. Now you're getting proper AMD silicon, NVMe storage, and enough grunt for real productivity work. NiPoGi isn't a household name, but they've been putting out budget mini PCs long enough that I was curious whether the P2 has matured into something genuinely recommendable or whether it's still cutting corners in places that matter.

So I ran it through its paces. Office workloads, some light media tasks, thermals under sustained load, and yes, I tried a few games on it just to see what the Radeon integrated graphics could actually do. Here's the honest verdict.

Memory is 16GB of DDR4, running in dual channel at 3200MHz. Storage is a 512GB M.2 NVMe SSD, which is a decent starting point. The machine ships with Windows 11 Pro, which is a nice touch at this price tier. You're not getting the Home edition here, which matters if you need remote desktop or BitLocker for work purposes.

The chassis is compact, roughly the size of a thick paperback book. It's got a passive and active cooling setup, a small internal fan, and it connects to your display via HDMI and DisplayPort. Power comes from an external brick, which is standard for mini PCs of this type. No internal PSU to worry about, which actually simplifies things considerably.

In Cinebench R23, the 4300U scored around 4,100 in multi-core and roughly 1,050 single-core. Those numbers put it comfortably ahead of older Intel Core i5 chips from the 8th and 9th generation, which is still what a lot of people are running on ageing office machines. If you're upgrading from something five or six years old, this will feel noticeably snappier. If you're coming from a modern Ryzen 5 or Core i5 laptop, the performance will feel familiar.

Sustained performance is where mini PCs often fall down, and I'll cover thermals in more detail later. But the short version is that the 4300U held its boost clocks reasonably well during extended workloads. I ran a thirty-minute stress test and it didn't throttle badly. There was some clock speed variation, but nothing that would cause real-world problems in normal use. For a budget mini PC, that's actually a decent result. The chip's 15W TDP helps here, it's not trying to push 65 or 95 watts through a tiny chassis.

What the Vega 6 can do is handle older and less demanding games reasonably well. In our testing, Minecraft ran fine at 1080p medium settings. Rocket League was playable at 1080p with settings turned down to medium or low. CS2 ran at around 40-60fps at 1080p low, which is functional if not exactly smooth. Older titles like Stardew Valley, Hades, and similar indie games ran without any issues at all. So if your gaming needs are casual or retro, this isn't a complete dead end.

For anything more demanding, forget it. Cyberpunk 2077, Elden Ring, modern open-world games, they're either unplayable or require such aggressive quality reductions that you'd be better off not bothering. The Vega 6 has no dedicated VRAM, it pulls from system RAM, and with 16GB shared between the CPU and GPU, you're not exactly flush. This is a productivity machine that can handle light gaming on the side, not the other way around. Anyone telling you differently is selling you something.

The 512GB NVMe SSD is adequate for most users. Boot times were quick in our testing, around twelve seconds from cold to desktop. Application load times felt snappy. The drive isn't a top-tier Samsung or WD Black, it's an OEM unit, but sequential read speeds came in around 2,200MB/s in CrystalDiskMark, which is perfectly fine for everyday use. You're not going to notice the difference between this and a faster drive in normal productivity tasks.

Storage expansion is possible, and I'll cover the specifics in the upgrade section. But the base 512GB should be enough for most people who aren't storing large media libraries locally. If you're using cloud storage for documents and photos, you'll probably never fill it. If you're a content creator or you want to store a lot of games locally, you'll want to think about expansion sooner rather than later.

Under sustained load, the fan does spin up, but it stays at a reasonable noise level. I measured it at around 35dB at arm's length during the stress test, which is quieter than most tower PC coolers and significantly quieter than a gaming laptop under load. Temperatures peaked at around 85 degrees Celsius on the CPU during the stress test, which is within AMD's acceptable range for this chip. It didn't throttle significantly, which is the main thing.

One thing worth noting is that the machine does get warm to the touch on the top surface during extended use. Not hot enough to be a concern, but warm. Make sure you're not blocking the vents, which are on the sides and bottom. If you're mounting this behind a monitor with a VESA mount, check that the airflow isn't restricted. I tested it flat on a desk and mounted behind a monitor, and temperatures were similar in both configurations as long as the vents were clear. Don't stack things on top of it, basically.

Inside, the layout is tidy. The M.2 slot is accessible without too much fuss, the RAM slots are reachable, and the thermal module is sensibly positioned. There's no cable management to speak of because there are no internal cables, everything is on the board or connected via short ribbon connectors. It's a clean internal layout by necessity, but it works. Opening the machine requires removing four screws from the bottom, and the lid pops off without drama.

There's no RGB, which I personally appreciate. It's a work machine. The power LED is a subtle white dot on the front panel. The overall aesthetic is understated and professional, the kind of thing that looks fine on a home office desk or in a business environment without drawing attention to itself. If you want a light show, this isn't your machine. If you want something that just looks like a proper bit of kit, it delivers.

Around the back you've got two USB 2.0 ports, HDMI, DisplayPort, the Gigabit Ethernet port, and the DC power input. The dual display output is a proper feature, not a gimmick. I ran it with two monitors during testing and it worked without any issues. Both displays ran at 1080p 60Hz without complaint. If you need 4K output, HDMI 2.0 handles 4K at 60Hz, which is fine for productivity use.

WiFi 6 is a genuine upgrade over the older AC standard you'd find in cheaper machines. In our testing, wireless speeds were consistently good, pulling around 500Mbps on a WiFi 6 router at close range. Bluetooth 5.2 connected to a wireless keyboard and headset without any pairing issues. The Gigabit Ethernet is the obvious choice for a desktop machine if you can run a cable, and it performed as expected. Overall, the connectivity package is solid for the form factor and the price tier.

Bloatware is minimal. There's a NiPoGi utility app pre-installed that lets you check system information and adjust some basic settings. It's not intrusive and you can uninstall it if you want. Beyond that, it's basically a clean Windows 11 Pro install. No trial antivirus, no third-party toolbars, no nonsense. That's refreshing compared to some prebuilt machines that come loaded with software you spend the first hour removing.

Windows 11 runs fine on this hardware. The 16GB of RAM means it doesn't feel sluggish, and the NVMe storage keeps boot and load times quick. I did notice that Windows Update ran in the background during initial setup and caused some slowdown for about twenty minutes, which is normal but worth knowing if you're setting this up for someone less tech-savvy. Just let it do its thing before handing it over. After that first update cycle, everything settled down and ran smoothly for the rest of the testing period.

Storage expansion is the more practical upgrade path. There's one M.2 2280 slot occupied by the included NVMe drive, and depending on the specific board revision, there may be a second M.2 slot or a 2.5-inch SATA bay available. I'd recommend checking the current product listing or opening the machine to confirm before buying additional storage. In our unit, there was a 2.5-inch SATA bay available, which gives you an easy path to adding a large HDD or SSD for extra storage without replacing anything.

The external 65W power brick means there's no internal PSU to upgrade or worry about. You can't add a discrete GPU, full stop. If you think you might want a dedicated graphics card at some point, this isn't the right starting point. But if you're buying this for what it is, a compact productivity machine, the upgrade path for RAM and storage is adequate. It's not a dead end, just a narrow road.

The Beelink SER5 Max is probably the strongest competition. The Ryzen 5 5560U is a six-core chip with SMT, so you get twelve threads versus the 4300U's four. That's a meaningful difference in multi-threaded workloads. The Vega 7 graphics in the 5560U also edge out the Vega 6 in the P2. If you're doing any video editing, compiling, or running multiple demanding applications simultaneously, the SER5 Max has a real advantage. The MINISFORUM UM350 uses an older chip and is generally less competitive on performance, but it has a strong reputation for build quality and support.

Where the NiPoGi P2 can hold its own is on price and the Windows 11 Pro inclusion. Some competing machines ship with Windows 11 Home, and the Pro licence has real value if you need it. The WiFi 6 support is also a differentiator at this tier. It's not the fastest mini PC you can buy, but it's a sensible package at a budget price point.

The limitations are real but predictable. Four cores and four threads will feel limiting if you're doing anything CPU-intensive. The Vega 6 graphics are fine for casual gaming and video playback but nothing more. And the upgrade path, while not non-existent, is narrow. You can add RAM and storage, but that's about it. If you know going in that this is a productivity machine and not a gaming rig, none of that should surprise you.

Compared to building something equivalent yourself, the maths actually works out reasonably well here. A DIY mini PC build using similar components would cost you more once you factor in the chassis, board, and Windows licence. The convenience premium is small, and for most buyers in this category, it's worth paying. I'd give the NiPoGi P2 a 7 out of 10. It's not exciting, but it's solid, honest value for what it is. If you want something more powerful, spend more. If this fits your budget and your use case, it's a decent buy.