Every scored laptop on this site is averaged over the same 5 games, and this one is short of Cyberpunk 2077, Baldur's Gate 3. A mean over 3 games is not comparable to a mean over 5, so we publish the figures we have and leave the score blank rather than rank it against machines tested on a different set. The numbers below are real - the suite is just incomplete.

How these numbers were produced

Frame rates here are not measured by us, and we label how each one was arrived at. A figure marked measured comes from a published run on that exact machine. A figure marked representative is derived from the GPU and its power limit (TGP) and cross-referenced against published reviews - a sound estimate of what that configuration delivers, but not a measurement of that specific laptop. Unless stated otherwise, numbers are 1920x1080, High preset, upscaling off. Where a laptop ships in several power configurations we use the wattage of the exact SKU listed, because a 140W RTX 5070 and a 115W one are not the same product.

In use

The short version

The Aero X16 1WH is not really a gaming laptop, and reading it as one leads to the wrong conclusions. It is a 1.968kg 16in machine with a 2560x1600 IPS panel, 32GB of memory, a Ryzen AI 7 350 processor and an RTX 5070 restricted to an 85W power limit with 8GB of VRAM. That combination describes a portable workstation with discrete graphics attached, not a machine built around frame rates.

The measured figures support that reading. Notebookcheck's data covers six games at 1920x1080 on High with upscaling off: Strange Brigade at 270fps, Dota 2 at 142fps, Final Fantasy XV at 120fps, GTA V at 112fps, X-Plane 11 at 84fps and Alan Wake 2 at 65fps. The three games from our scoring suite that it holds average 113fps. That is a set with one genuinely modern, graphics-punishing title in it, and that title produces the lowest number.

The comparisons are unflattering in a way that is worth understanding rather than simply reporting. Against the MSI Cyborg 15, an RTX 5050 machine at £984, this laptop averages only 9fps ahead across three shared games. Against two other RTX 5070 machines, including one running its GPU at 115W rather than 85W, it averages 1fps ahead in both cases. And against the Lenovo Legion Pro 7i 16 Gen 10, an RTX 5080 at 175W costing £3,661, it averages 92fps behind across five shared games.

Three of those four results are compressed by the same structural problem: the games available for comparison are the lightest and most processor-limited in the suite, which is close to the worst way to demonstrate what a graphics card does. The fourth result, the 92fps gap, is not compressed at all, and it is the one that shows the benchmark can separate machines perfectly well when there is something to separate.

There is no confirmed UK price for this configuration, and this machine also has no score for a second, independent reason: our five-game scoring suite is incomplete here, with no Cyberpunk 2077 or Baldur's Gate 3 results. A three-game average cannot honestly be ranked against other machines' five-game averages, so the score stays blank.

Buy this if you want a genuinely portable 16in machine with a good screen, plenty of system memory and enough graphics capability to play games properly at 1080p with settings adjusted. Do not buy it as your primary gaming machine, and do not buy it expecting the "RTX 5070" on the specification sheet to mean what it means in a laptop built for gaming.

Performance

85W is roughly half a gaming laptop's power budget

The most informative number on any modern gaming laptop is the GPU power limit, not the GPU name. Nvidia ships its mobile parts in a wide configurable range, and the wattage a manufacturer allows determines most of the outcome. It is entirely normal for two laptops carrying the same GPU badge to be separated by a large margin because one is configured to draw far more power than the other.

85W is at the low end of that range, and it is the single most important fact about this machine's performance. One of the rivals in our comparison set, the Asus TUF Gaming A16, runs the same RTX 5070 at 115W. Elsewhere in this generation, power limits reach 175W. An 85W configuration is therefore not a slightly conservative implementation of a 5070; it is a substantially derated one.

That is a defensible engineering decision given what the machine is. At 1.968kg in a 16in body, there is a hard physical ceiling on how much heat the chassis can move. Cooling capacity scales with surface area, fan volume and heatsink real estate, and a thin machine simply does not have them. Gigabyte has chosen weight over wattage, which is the correct choice for a portable machine and the wrong one for a gaming machine. The 85W figure is the honest price of the 1.968kg figure.

What this means for a buyer is that the GPU name on the lid should be mentally discounted. A 5070 at 85W is not delivering what the same GPU delivers at 115W, let alone at the power limits the larger machines in this comparison use, in the games where the graphics card actually matters. The comparisons below cannot demonstrate that directly, because the shared games are the wrong ones, but the Alan Wake 2 result and the 92fps gap to a properly fed 5080 both point the same way.

We hold no sustained power logs, thermal measurements or noise figures for this machine, so we cannot tell you whether it holds 85W under a long session or how it sounds doing so. In a thin chassis with a discrete GPU, those are the questions that matter most, and they are unanswered here.

Six games, and only one of them modern

The published benchmark data for this configuration covers six titles: Strange Brigade, Dota 2, Final Fantasy XV, GTA V, X-Plane 11 and Alan Wake 2. That is a thin record, and its composition matters more than its size.

Strange Brigade, Final Fantasy XV, GTA V and X-Plane 11 are all long-standing benchmark fixtures from earlier hardware eras. Dota 2 is a competitive title whose engine has never been graphically demanding. Alan Wake 2 is the only game in the set built to current rendering standards.

The consequence is easy to misread. The lowest number here is 65fps, and it would be natural to conclude that this machine never drops below 65fps. It does not drop below 65fps in these six games, and this set contains almost none of the current releases that put real pressure on hardware. There are no results for the recent wave of Unreal Engine 5 open-world titles, no ray-tracing-mandatory games, and nothing from the most demanding of the current big-budget releases. A broader suite would produce results below 65fps on this hardware, and we do not have them.

A benchmark set weighted towards older games flatters modest hardware, because those games were built for the rendering budgets of a previous era. The numbers below are accurate and sourced, but they describe the easier part of the modern gaming landscape and should be read with that in mind.

Working through the numbers

Strange Brigade at 270fps is the ceiling measurement. It is a well-optimised Vulkan title that has stayed in benchmark suites because it scales cleanly and puts no unusual load on a system. At 270fps the graphics card has stopped being the limiting factor, and the number carries no weight in a purchase decision beyond confirming nothing is obviously wrong. It is also the only game in the set that clears the panel's 165Hz refresh rate.

Dota 2 at 142fps is the second-fastest result and the most revealing of the light ones. Dota 2's engine is old and undemanding, and on hardware of any recent vintage its frame rate is set by the processor rather than the graphics card. A figure of 142fps is respectable but not high for a modern platform in that title, and it is the first indication that the processor here is an efficiency-class part rather than a high-performance one.

Final Fantasy XV at 120fps is an older console-era port and lands where an older port should.

GTA V at 112fps is the most processor-bound result in the set. That game shipped in 2013, its rendering demands were modest even then by current standards, and its frame rate on modern hardware is essentially a measure of how quickly the CPU can feed it. A 5070, even at 85W, is not the reason this number is 112 rather than something higher.

X-Plane 11 at 84fps is the most diagnostically useful number here. Flight simulation is one of the most single-thread and memory-latency dependent workloads in gaming, and a result in the mid-eighties is a direct statement about the Ryzen AI 7 350 rather than about the graphics card. It is also the lowest of the three scoring-suite games this machine holds, which pulls its scoring average down.

Alan Wake 2 at 65fps is the number that matters

Of the six results, Alan Wake 2 at 65fps carries by far the most information, because it is the only title in the set built to current rendering standards.

Remedy's engine is expensive per pixel by design, with heavy volumetric lighting and a rendering approach that has made hardware look slow since release. Recording 65fps at 1080p on High with upscaling switched off is a playable result and an honest one. It is above 60fps, which is the threshold most people care about, and it is achieved without any reconstruction assistance.

What it also does is establish the shape of things. This is a machine that, in a demanding current game, at 1080p, with a 1600p panel fitted, produces frame rates in the mid-sixties. At the panel's native resolution the figure will be lower, and we do not hold a native-resolution measurement to say by how much. In games harder than Alan Wake 2, and there are many now, it will be lower again.

The practical translation is straightforward and not damning: this is an upscaling machine. Modern reconstruction techniques exist precisely for this situation, and a 5070 has access to them. If you play current releases on this laptop, you will turn upscaling on, you will run at a quality preset below maximum, and you will get a good experience. What you will not do is run current games at native 1600p on high settings, and the specification should not be read as promising that.

The processor is the constraint in the light games

The Ryzen AI 7 350 is an efficiency-focused mobile part with on-chip AI acceleration, designed for thin machines where total power and thermal budget are shared between CPU and GPU inside a small envelope. It is not one of the high-performance HX-class chips found in gaming laptops built around sustained load.

Its influence is visible in exactly the places you would expect. Dota 2 at 142fps, GTA V at 112fps and X-Plane 11 at 84fps are the three most processor-dependent results in the set, and all three are modest for a current platform. X-Plane 11 in particular, being close to a pure CPU test at these settings, is the clearest evidence: 84fps indicates a competent mainstream processor rather than a fast one.

That has a direct consequence for the comparisons later in this review. Three of the four rivals are compared on three shared games, and those three are almost certainly the scoring-suite titles this machine holds: Dota 2, GTA V and X-Plane 11. All three are processor-limited at 1080p. When this machine lands within 1fps of two other 5070 laptops and only 9fps ahead of a 5050 laptop, a large part of what is being measured is the processor, not the graphics card.

It also has a consequence for what the machine is good at. Strategy, simulation and management games live in the processor's domain rather than the GPU's, and this platform is merely adequate there. For anyone whose main use is turn-heavy strategy or flight simulation, the 84fps X-Plane 11 result is the number to weigh, and it does not make a strong case.

Where the spread comes from

The six results run from 270fps down to 65fps, a factor of roughly four. In a fuller and more modern set the range would be wider still. Three mechanisms produce it.

The first is engine generation. Strange Brigade, GTA V and Final Fantasy XV were built when the priority was filling many pixels cheaply. Alan Wake 2 was built when the priority became per-pixel quality, with lighting systems costing several times as much per frame. No amount of graphics power collapses that difference, because the games are not doing comparable work.

The second is processor dependence. Dota 2, GTA V and X-Plane 11 all have their frame rates substantially set by the CPU, and at 1080p that dependence is at its strongest, because the graphics card finishes each frame quickly and the processor becomes the thing everything waits on. Half the set falls into this category, and that is why the comparisons compress.

The third is the 85W ceiling. In Alan Wake 2, the only genuinely GPU-bound game measured, the power limit is the binding constraint, and it is the result where a machine with a properly fed GPU would pull decisively ahead. The 92fps gap to the Legion Pro 7i is that effect made visible across a wider shared set.

8GB of VRAM is the specification that will date this machine

The configuration records 8GB of video memory, and on a machine with a 2560x1600 panel that is the tightest element of the specification by a considerable margin.

The failure mode when a graphics card runs short of texture memory is not a graceful decline in frame rate. It is stuttering, hitching and visible texture pop-in, artefacts that make a game feel broken even when the average frame rate looks acceptable. It is also a problem that worsens over time, because texture budgets in new releases have been rising steadily and show no sign of reversing.

The 1080p measurements here will not surface it, because 1080p is undemanding on texture memory relative to what this panel can display. The relevant question is what happens at 2560x1600 with high texture settings in current releases, and we hold no measurements at that resolution. What we can say is that 8GB in 2026, behind a 1600p panel, is the specification most likely to force compromises on you, and that it will do so sooner than the GPU's raw capability would.

There is an argument that this matters less on a machine whose GPU is already going to require upscaling in demanding titles, since running at a lower internal resolution reduces some memory pressure. That argument holds up partially. It does not cover texture resolution settings, which are largely independent of render resolution and are the single biggest consumer of VRAM. If you plan to keep this laptop for four or five years, 8GB is the number to think about hardest.

Memory and storage

32GB of system memory and a 1TB SSD are both sensible for this class of machine and, notably, better balanced than the GPU configuration.

32GB is more than any current game needs, and its value here is in the non-gaming work this machine is clearly designed for: multiple applications, large project files, virtual machines, video timelines, or simply the habit of leaving a great deal open at once. On a portable workstation that is a genuinely useful allocation, and it is one of the stronger arguments for the machine.

1TB is adequate rather than generous. Modern big-budget game installs routinely exceed 100GB and several will fill half the drive, but 1TB is enough that you will not be uninstalling something every time a new release arrives. For a machine that is not primarily a gaming laptop, it is the right amount.

The imbalance is worth naming plainly: 32GB of system memory alongside 8GB of VRAM is a lopsided configuration for gaming. It is a sensible one for a machine whose main workload is productivity with occasional gaming, which is what this appears to be.

The screen

165Hz is honestly specified

The panel runs at 165Hz, and this is the one specification on the machine that is well matched to the hardware behind it. One of the six measured games clears it at 1080p, Strange Brigade at 270fps, with Dota 2 at 142fps not far below.

That deserves credit rather than criticism. It is common in this market for manufacturers to fit 240Hz or 300Hz panels to machines whose GPUs reach those frame rates in one or two benchmark titles and nothing else, which is a specification that exists to look good on a comparison table. A 165Hz panel on a machine producing 65 to 142fps in most of what it was measured on is an honest pairing. You will use a decent share of the refresh rate in lighter and competitive titles, and you are not paying for capability the hardware cannot approach.

It also means that in the games where this machine sits between 100 and 142fps, variable refresh rate technology has a sensible range to work in, which matters more for perceived smoothness than a headline refresh number does.

2560x1600 native, and what 8GB does to it

16:10 at 2560x1600 on a 16in panel is a good resolution for a working machine. The extra vertical space over 16:9 is genuinely useful for text, code and timelines, and the pixel density is high enough to look sharp.

For gaming it is a more awkward pairing. Every frame rate quoted is at 1920x1080, roughly half the native pixel count. We do not hold 1600p measurements and will not estimate them, but the 1080p figures let you reason about which games have room to absorb the increase. Strange Brigade and Dota 2 plainly do. Final Fantasy XV at 120fps and GTA V at 112fps have some, and GTA V will lose less than it looks like it should because the processor is already its constraint. Alan Wake 2 at 65fps has none, and that is before the 8GB VRAM allocation comes under additional pressure at the higher resolution.

The practical position is that this is a 1080p gaming machine with a 1600p desktop. That is a common and perfectly reasonable arrangement on portable machines, and modern upscaling handles the mismatch well. It is worth being explicit about it, though, because a buyer reading "RTX 5070" and "2560x1600" together could reasonably form an expectation the measured data does not support.

IPS

IPS is the right technology here. It offers better viewing angles and colour consistency than TN without the cost and burn-in considerations of OLED, and modern high-refresh IPS panels have largely closed the response time gap that used to count against them. For a machine that will spend most of its life doing productive work rather than competitive gaming, it is the sensible choice.

Panel quality within the IPS category varies enormously, and we hold no measured response times, contrast ratio, brightness or colour gamut figures for this specific display. On a machine positioned as a portable workstation, colour accuracy and brightness matter considerably, so this is the specification line worth checking against independent measurements before buying.

Build, size and portability

1.968kg for a 16in laptop with a 76Wh battery and a discrete GPU is the machine's central achievement and the reason every other compromise exists.

Weight in a laptop with discrete graphics is dominated by the cooling assembly, the battery and the chassis materials, and all three scale with the power the machine has to dissipate. Getting under two kilograms in a 16in body while carrying a discrete GPU and a 76Wh cell means the cooling system is compact, and the 85W power limit is the enabling decision. You cannot have this weight and a 175W GPU; the physics does not permit it.

What the weight buys is a machine that behaves like a normal laptop. Under two kilograms in a 16in body fits ordinary bags, is not unpleasant to carry across a campus or through an airport, and can be used on a lap or a train table without the experience being absurd. Combined with the 16:10 1600p panel and 32GB of memory, it describes a machine that makes sense as a daily-carry computer that also plays games, which is a different and entirely legitimate proposition from a gaming laptop.

The power supply qualifies the figure. A machine feeding an 85W GPU plus a processor still needs a real adapter, though a smaller one than a 175W machine requires, and that is a genuine practical advantage of the lower power limit that does not show up in any frame rate.

The 76Wh battery

The battery is 76Wh, which is on the smaller side for a 16in machine but reasonable given the weight target. Every watt-hour of battery is grams of carrying weight, and 76Wh in under two kilograms with a 16in panel is a defensible balance.

We do not hold a measured runtime figure and will not state one. Two general points apply without inventing numbers. First, unplugged gaming drains a battery of any size quickly when the GPU is drawing power, and most machines in this category also cut their power limits substantially on battery, so unplugged gaming performance is typically well below the mains figures quoted here. Second, and more relevantly for this machine, an efficiency-class processor paired with a modest GPU is the configuration most likely to deliver reasonable battery life in non-gaming use, which is exactly what a portable workstation needs. That is a plausible strength of this design, but it is a plausible strength rather than a measured one, and you should look for independent runtime figures before treating it as a reason to buy.

How it compares

One point governs three of the four comparisons below. This machine holds exactly three scoring-suite results, Dota 2, GTA V and X-Plane 11, and our comparisons prefer the scoring suite where it overlaps. Three of the four rivals are compared over three shared games, so those three are almost certainly the titles involved. All three are processor-limited at 1080p, which is close to the worst possible basis for demonstrating what a graphics card does. Keep that in view.

Asus TUF Gaming A16, RTX 5070 at 115W: 1fps behind this machine, over three shared games

The TUF Gaming A16 carries the same RTX 5070 at 115W, 30W more than this machine, and the Aero X16 averages 1fps ahead across three shared games.

Taken at face value, that suggests the extra 30W is worthless. It is not, and this is a good illustration of why comparison methodology matters. If the shared games are the three processor-limited scoring titles, then in all three the graphics card has spare capacity at either power limit, and the extra wattage has nothing to do. Giving a GPU more power only produces more frames when the GPU is the thing holding the frame rate back, and in Dota 2, GTA V and X-Plane 11 at 1080p, it is not.

The correct conclusion is not that 85W equals 115W. It is that on these three games they are equal, and that a buyer whose library consists of esports titles, older games and simulators would genuinely see no benefit from the higher power limit. That is a real finding for that specific buyer. In Alan Wake 2, or in any of the current releases missing from this set, the comparison would look different, and there is no data here that lets us say by how much.

What the two machines do differ on unambiguously is what the power limit costs. A 115W implementation needs more chassis, more cooling and more mass. If portability is your priority, this machine wins that trade regardless of what the frame rates say.

Asus ProArt P16, RTX 5070: 1fps behind this machine, over three shared games

The ProArt P16 also carries an RTX 5070, and this machine averages 1fps ahead across three shared games. Our data does not record its power limit.

The analysis is the same, with the same caveats, and 1fps is well inside the run-to-run variation you would expect from repeating a benchmark. What makes this comparison worth including is that the ProArt is another machine of broadly this character: a creator-oriented portable rather than a gaming laptop. Two machines built to the same brief, with the same GPU, landing level, is unsurprising and mildly reassuring. It suggests this configuration is a normal implementation rather than an unusually weak or unusually strong one.

Neither machine has a confirmed UK price in our data, so there is no value comparison to draw.

MSI Cyborg 15, RTX 5050 at £984: 9fps behind this machine, over three shared games

This is the comparison a prospective buyer should think about hardest. The Cyborg 15 carries an RTX 5050, two tiers below, and has a confirmed UK price of £984. The Aero X16 averages 9fps ahead of it across three shared games.

Nine frames per second is more than the 1fps ties above, so it is a real difference rather than noise. It is also a very small return for two GPU tiers, and it is the clearest available evidence of what the 85W power limit costs. In these three processor-limited games, a considerably cheaper machine with a considerably weaker graphics card is within 9fps.

The honest caveat has to be applied here as much as anywhere: the shared games are the wrong ones for showing GPU differences, and in Alan Wake 2 or a modern open-world release the gap would be wider. But the caveat cuts both ways. A buyer who mostly plays esports titles, older games and simulators is a buyer for whom these three games are representative, and for that buyer the £984 machine is 9fps away from this one. That is a difficult fact for the Aero X16 to answer, particularly since we have no price for it.

What the Aero offers over the Cyborg beyond frames is substantial: a 16in 1600p 165Hz IPS panel, 32GB of memory, 1TB of storage and a body under two kilograms. Those are real advantages and they are the argument for the machine. The argument is simply not a frame rate argument.

Lenovo Legion Pro 7i 16 Gen 10, RTX 5080 at 175W and £3,661: 92fps ahead of this machine, over five shared games

This is the comparison that gives all the others their meaning. The Legion Pro 7i carries an RTX 5080 at 175W and costs £3,661. Across five shared games it averages 92fps ahead of the Aero X16.

Against a three-game scoring average of 113fps here, a 92fps gap is enormous. It is also measured over five shared games rather than three, which makes it both a broader and a more demanding comparison, and it is the one result in this set that is not compressed by the processor-limited-games problem.

The methodological importance is considerable. Three consecutive results within 1 to 9fps might reasonably lead a reader to suspect the benchmark cannot separate machines at all, that everything is being measured as a tie because the test has run out of resolution. This result disproves that decisively. The same comparison method, run the same way at the same resolution, finds a 92fps difference when a 92fps difference exists. A 1fps result is therefore a finding about the games, not a failure of the measurement.

The buyer's reading is equally clear. If frame rate is what you want, the difference between a 5070 at 85W in a two-kilogram chassis and a 5080 at 175W in a machine built to feed it is not marginal, it is transformative. The £3,661 price and the weight that goes with it are what that costs. There is no clever positioning that closes the gap, and anyone considering the Aero X16 as a primary gaming machine should understand the size of what they are giving up.

What the spread proves

Read as one dataset, the four comparisons describe a consistent picture.

The same GPU at 115W: 1fps. On processor-limited games, extra GPU power has nothing to do.
The same GPU in another portable: 1fps. This is a normal implementation of the configuration.
Two GPU tiers below, at £984: 9fps. A small return for a large tier difference, on games that favour neither.
A higher tier at 175W, at £3,661: 92fps. When the GPU is the constraint, the gap is vast.

The lesson is the one that runs through this entire GPU generation: treat the GPU name as the least informative number on a specification sheet, and the power limit as the most informative. An 85W 5070 and a 175W 5080 are not two points on a smooth scale. They are different classes of machine that happen to be described with similar vocabulary.

Why there's no score, and what else we don't have

Every scored machine on this site is ranked on the same five games so that any two laptops can be compared like for like. This configuration holds three of them: Dota 2, GTA V and X-Plane 11, with Cyberpunk 2077 and Baldur's Gate 3 missing. Averaging three games and setting that against other machines' five-game averages would produce a number that looks precise and is not, so the score stays blank.

The missing pair matters more than the count suggests, and in this case it matters in the machine's favour and against it simultaneously. Cyberpunk 2077 is the most graphics-limited title in the scoring suite, and its absence is a large part of why the comparisons above compress so severely. Including it would very likely widen the gaps to the higher-powered machines and to the Cyborg 15 in the opposite direction. We cannot claim either as a result, because neither has been measured on this machine, but it explains the shape of the record.

The other gaps in what we can tell you:

Price. No confirmed UK figure. Without it there is no value assessment, and for a machine whose case rests on being a sensible portable rather than a fast one, value is close to the whole argument.
Native-resolution frame rates. Everything is at 1920x1080; nothing at the panel's 2560x1600.
Battery life. The cell is 76Wh. There is no measured runtime, which is a significant gap on a machine sold on portability.
Noise, temperatures and sustained power. No fan noise, no surface or component temperatures, and no evidence about whether 85W holds under long load in a thin chassis.
Panel measurements. No response times, contrast, brightness or gamut coverage for the IPS display.
Build quality, keyboard and ports. We have not handled the machine and will not describe how it feels.

Who it's for

The Aero X16 1WH makes sense for someone whose primary need is a capable portable computer, and whose gaming is a secondary use they want handled properly rather than a priority they are building the purchase around.

For that person, the specification reads well. A 16in 2560x1600 IPS panel at 165Hz is a good working display with a refresh rate honestly matched to what the hardware can produce. 32GB of memory handles serious multitasking and creative work. 1TB of storage is sufficient. The Ryzen AI 7 350 is an efficiency-class part designed for exactly this kind of machine. And 1.968kg means it can be carried daily without complaint, which is the whole point.

The gaming capability that comes with it is genuine, within limits. Alan Wake 2 at 65fps says that current demanding titles are playable at 1080p on High without upscaling, and with upscaling enabled the experience will be comfortable at higher settings or resolutions. Dota 2 at 142fps and GTA V at 112fps say that lighter and older games run well. For someone who plays in the evenings on a machine that spent the day doing something else, that is a reasonable and useful amount of capability.

The buyer this suits most precisely is a student, a professional or a creator who needs one machine, values carrying weight highly, and wants discrete graphics for both accelerated application work and evening gaming. On that brief, the compromises this machine makes are the right ones.

Who should buy something else

Anyone for whom gaming is the primary use. The 92fps gap to a properly fed 5080 is the evidence, and the 9fps gap to a £984 machine with a 5050 is the other half of it. If frame rate is what you are buying, a heavier machine with a higher power limit will deliver far more for the money, and this is not a close call.

Anyone keeping the machine for five years. 8GB of VRAM behind a 1600p panel is the specification most likely to force compromises before anything else does, and texture budgets in new releases are still rising. If longevity matters, this is the number to walk away from.

Anyone who plays modern open-world releases at native resolution. Alan Wake 2 at 65fps is a 1080p figure on a 1600p panel, and it is the easiest of the current heavyweights rather than the hardest. Native 1600p on high settings in that category is not what this machine does.

Anyone whose games are strategy or simulation. X-Plane 11 at 84fps is the most processor-dependent result in the set and the weakest of the three scoring games this machine holds. The Ryzen AI 7 350 is an efficiency part, and in genres where the processor sets the pace, that shows.

Anyone who needs the price to decide. Without a confirmed UK figure we cannot tell you whether this is well-judged or overpriced, and given that a £984 machine came within 9fps on the games they share, the price is carrying more of this decision than usual. If it sits close to that £984 mark, the panel, the memory, the storage and the sub-two-kilogram weight make a strong case. If it carries a large premium, the frame rate data will not support it, and you would be paying for portability alone.