Geekom GeekBook M16 business laptop review

Geekom GeekBook M16: 30-second review

Geekom’s GeekBook M16 is a business laptop designed for – as the company states, “enterprise pro, a developer, or an AI enthusiast.” You can add general content creators (but not creative professionals) into that mix.

I mostly agree with that, although it’s not the AI machine it could’ve been due to the limitations of the Core Ultra 9 chip it’s using.

It’s an interesting budget machine in the space. A nicely built, machined chassis that handles general computing tasks well.

Given the $899 price point, there is only one USB4 port, the webcam is only 2MP, and the keyboard and touchpad aren’t the best quality.

That said, the underlying platform is solid, even if you can’t expand the memory, and with a USB 4.0 port, it can be attached to a Dock if you need more ports or more than two displays.

Geekom includes a basic USB-C Dock in the box, so those who need a wired LAN port won’t need a full Dock or adapter.

This isn’t the best business laptop I’ve tested, but it’s far from the worst, and demonstrates that you can get relatively recent platforms in these form factors if you are prepared to compromise on some aspects.

Geekom GeekBook M16: Price and availability

• How much does it cost? From $899
• When is it out? Available now in the USA
• Where can you get it? Direct from Geekom or online retailers

The Geekom GeekBook M16 can be bought directly from Geekom or via online retailers like Amazon.com and Best Buy. Prices start at $899.

TechRadar Pro readers can save an extra 8% when purchasing direct from Geekom or on Amazon when using the code TRGBM168.

The laptop pairs the Intel Core Ultra 9 185H with 16GB of RAM and a 512GB SSD.

• Value: 4 / 5

Geekom GeekBook M16: Specs

Geekom GeekBook M16: Design

• Magnesium-aluminium chassis
• Diverges from the retail model
• Ports aren’t labelled

The M16 is essentially the same machine as the GeekBook X16 Pro, but it comes with only a single SKU that offers less memory and storage. There may be some minor cosmetic differences, like the M16 doesn’t have a MicroSD card slot, but the core components are common, I suspect.

Geekom has machined the GeekBook M16 from a single piece of magnesium alloy, and that heritage shows in the finish.

The Titanium Gray coating feels warm rather than cold to the touch, and there is no flex anywhere across the lid or the keyboard deck. While not the highest quality finish, it doesn’t feel cheap either.

Where the design pitch starts to wobble is the weight. The review unit weighs a whopping 1.73kg on the scales, nearly half a kilogram heavier than the X16 Pro, and that difference is obvious the moment you lift it one-handed. A laptop sold on featherweight portability should not feel like this in the hand.

This weight discrepancy between this and the X16 Pro, I’m confident, is down to the battery that Geekom used in the review hardware, since very little else has changed.

Port selection is generous for something this slim, with two USB-C connections, two USB-A, a full-size HDMI, and a headphone jack.

The frustration is that none of them is labelled with a speed. One USB-C runs at USB4 and the other only at USB 3.2, and there is no visual way to tell which is which, short of plugging something in and checking. For a laptop aimed at people who might use a fast external drive or a high-bandwidth dock, that is a genuine oversight from Geekom, and worth calling out plainly rather than glossing over.

The keyboard includes a full number pad, which is a genuine convenience on a 16-inch chassis and something plenty of rivals leave out. Typing feel is a little on the spongy side rather than crisp, so anyone coming from a firmer keyboard may need a short adjustment period.

The keyboard is workable, but I’m less convinced by the trackpad. It does the job for general navigation and gestures, but it does not feel as refined as the rest of the machine, and precision clicking is not its strong suit.

Those buying a 16-inch laptop clearly want a good display, and the IPS panel on this machine offers 2.5K resolution, a 16:10 aspect ratio, and a 120Hz refresh rate. That extra vertical space suits spreadsheets, documents and code far better than a standard 16:9 screen, and scrolling feels smooth thanks to the higher refresh rate.

Geekom quotes 100 per cent sRGB coverage, which is close enough for everyday creative work without needing a color-calibrated reference screen.

Since many business machines get small upgrades during their working life, I like to take the backs off laptops to see what is possible on that front.

Removing the underside requires removing nine screws with a T5 screwdriver, but once they’re out, it’s relatively easy to detach. Inside, the battery can be replaced, and there is an unoccupied M.2 2230 slot.

While the 2230 drive is an easy upgrade, the primary slot is 2280, so I’d probably recommend cloning the supplied drive to a larger one using that slot first.

The capacities of M.2 2230 aren’t great right now.

Also, these days, all memory comes pre-soldered, so the RAM in this system is the maximum it will ever have, even if the processors used on it can address 96GB.

Overall, this is one of those designs that is somewhat bland and lacks any sort of signature feature, but for many customers, that’s exactly what they want.

• Design: 3.5 / 5

Geekom GeekBook M16: Hardware

• Intel Core Ultra 9 185H
• Modest AI capability
• Wasted PCIe lanes

The Intel Core Ultra 9 185H is the flagship chip from Intel’s first Core Ultra family, known internally as Meteor Lake. It packs sixteen cores across three types: six performance cores, eight efficiency cores and two low-power efficiency cores, giving it real flexibility between raw speed and battery-sensitive multitasking.

Turbo clocks reach 5.1 GHz, and in daily use, that translates into a chip that handles heavy browser sessions, office work, and moderate creative tasks without complaint. Cinebench multicore scores sit comfortably above a thousand points, proof that the hybrid layout genuinely pays off rather than existing purely as a marketing slide.

Graphics duties fall to an integrated Arc GPU built from eight Xe cores, clocked up to 2.35GHz. This was the point where Meteor Lake felt like a proper step forward. Games at modest settings run smoothly, video timelines scrub without stutter, and general graphical work feels far removed from the older Iris chips it replaced. It will never trouble a discrete GPU, but for a laptop chip doing double duty as a workstation and a light gaming machine, it earns its keep.

Then there is the NPU, which Intel calls AI Boost on this silicon. On its own, the dedicated neural engine delivers around 11 TOPS. Add contributions from the CPU and GPU, and Intel quotes a platform total of 35 TOPS. That was a genuinely new capability when Meteor Lake launched, letting local AI tasks like background blur, transcription and some generative features run without leaning on the cloud.

The trouble is that time moves fast in Silicon. Microsoft set the bar for its Copilot Plus program at 40 TOPS from the NPU alone, and the 185H simply does not reach it.

Intel’s 200 series chips, split between Lunar Lake and Arrow Lake depending on the segment, push NPU performance well past 40 TOPS on the Lunar Lake side. The newer 300 series, built on Panther Lake, goes further still, pairing a stronger NPU with a genuine jump in graphics performance too.

So is the 185H still worth having? Yes, with a clear head about what it is.

It remains a strong general-purpose chip for everyday work, and its Arc graphics still beat plenty of rivals from its own generation. What it is not is a true Copilot Plus chip, and anyone chasing the latest on device AI features should look at the newer series instead. Judged simply as a capable, well-rounded laptop processor for typical work, there is still very little to complain about here. It has aged into a dependable middle child rather than a has-been, useful for exactly the sort of laptop you might have in front of you now.

Where this design isn’t well-served is that the Core Ultra 9 supports 28 PCI lanes (PCI 5.0 and 4.0), and the ports provided use hardly any of them. Given how much unused PCIe bandwidth was available, why is only one USB-C port USB4 spec? This chipset does support Thunderbolt, and if this were a Mini PC at this price point, I’d be expecting that, but only one USB4 port is poor considering the small army of unused PCIe lanes.

When I look at the number of mini PCs and laptops using this Meteor Lake silicon, I’m inclined to conclude that Intel made far too many of these wafers and now has unused bins clogging the channel they use to move 200- and 300-series chips.

If that’s an accurate analysis, then we’re likely to see more machines like the M16, where Intel attempts to off-load them before they’re four generations back.

• Hardware: 3.5 / 5

Geekom GeekBook M16: Performance

My comparison machine, the Acer Swift Edge 14 AI, is a smaller display option, but it uses a newer 200 series processor, the Intel Core Ultra 7 258V.

As is evident, the improvements Intel made between Meteor Lake and Luna Lake weren’t subtle, and the Core i7 on the Acer performs better pretty much across the board. It’s dramatically better on single-core exercise, even if in some situations the GPU utilisation is slightly better on the older chip.

And, for those wondering about 300 series silicon, like the Intel Core Ultra 7 355 on the Samsung Galaxy Book6 Enterprise Edition, I recently covered, it performs even better.

There is no ‘golden age’ of mobile processors to discover, and the newest ones are genuinely better in almost every respect.

In testing, this machine lasted 23 hours and 21 minutes, and that’s better than the extra 12Whr of battery capacity the M16 has over the Swift Edge 14 AI might suggest.

I think a factor in this is the amount of RAM, since keeping 32GB of RAM alive for the life of the battery probably uses more power than the 16GB on the M16 consumes. It’s one of the few ways that having less RAM is actually an advantage.

What isn’t covered in these benchmarks is AI, and that’s lucky for the GeekBook, because it would get slapped by any 200 or 300 series processor, even a Core Ultra 5.

Overall, if you are looking for a workman-like system that has decent battery life and performs adequately on office tasks, the GeekBook M16 ticks enough boxes. But it’s not a machine for power users or creatives, unsurprisingly.

For those interested in the screen, I gave it a full analysis using the Datacolor Spyder X2 Ultra, and it was better than I’d anticipated for a side-lit IPS screen.

The gamut representation was 98% sRGB and 78% AdobeRGB and P3, which is fine. The brightness is capped at just over 300 nits, and the contrast is at about 1060:1.

The weaknesses of this panel are a mediocre tone response and poor white point accuracy.

But the usual challenges of luminance and colour uniformity aren’t a big issue here.

Overall, the screen is better than I’ve seen on some big-name brands, even if it can’t compete with the AMLOED displays that some products rock.

• Performance: 4 / 5

Geekom GeekBook M16: Final verdict

Customers of Geekom getting the M16 are getting a much cheaper machine than the spec might suggest. It is roughly the same chassis, screen and platform as the X16 Pro, but with less memory and storage, but 23% more battery.

This is an interesting option for those wanting a reasonably punchy machine but without burning the budget down entirely with the latest processor platforms.

The only thing I’d like to see from this brand is more attention to detail, especially in respect of labelling ports. This would have been less of an issue if both USB-C ports had been USB4, and there are few valid excuses I’d take for why they aren’t.

Those points aside, and a trackpad that might have been better, there are many positive things about this design that only a few years ago might have been described as a flagship model.

It isn’t super-cheap, but with rising memory and storage costs, hardware under this lid might look like more of a bargain as time goes by. And, compared with 200 and 300 series machines, it’s definitely on the budget-friendly side of the line.

Where I’d be careful with this hardware is deploying it to a student, because it’s difficult to assess how much abuse it can take, and carrying this all day might prove tiring.

Should you buy a Geekom GeekBook M16?

Buy it if…

Don’t buy it if…

Mark is an expert on 3D printers, drones and phones. He also covers storage, including SSDs, NAS drives and portable hard drives. He started writing in 1986 and has contributed to MicroMart, PC Format, 3D World, among others.

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