Every scored laptop on this site is averaged over the same 5 games, and this one is short of GTA V. A mean over 4 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 Alienware x16 R2 is a machine that asks you to pay flagship money for a specification that reads like flagship hardware, and the benchmark record does not obviously support the transaction. Our record lists an RTX 4080, a Core Ultra 9 185H, 32GB of memory, a 16in 2560x1600 IPS panel running at 240Hz, a 90Wh battery, a 2.681kg chassis, and a UK price of £3,146. That is a serious amount of money — the sort of outlay where the buyer is entitled to see the hardware justify itself in measurements rather than in badges.

Notebookcheck's measured frame rates, taken at 1920x1080 on the High preset with upscaling switched off, tell a more complicated story than the specification does. The headline results are genuinely quick: Strange Brigade at 317fps, The Witcher 3 at 292fps, F1 22 at 186fps. Nothing in the measured set drops below 89fps. On its own terms this is a fast laptop and nobody using it would describe it as slow.

The awkwardness appears the moment the machine is placed next to its peers. Across seven shared games it finishes one frame per second ahead of a Lenovo Legion Pro 5 carrying an RTX 4070 at a 140W power limit. Across four shared games it finishes two frames per second behind an MSI Sword 16 HX, also on an RTX 4070. An RTX 4080 in a £3,146 machine that cannot separate itself from two RTX 4070 laptops is a result that needs explaining rather than excusing, and the explanation matters because it determines whether the money is well spent.

The evidence that the benchmark suite is capable of separating machines sits in the same comparison table. Against a Gigabyte Aero 14 OLED BMF with an RTX 4050, the x16 R2 is 94fps ahead across six shared games. Against an Asus ROG Strix Scar 17 with an RTX 4090, it is 99fps behind across seven. Those are not marginal differences — they are enormous, and they are produced by the same measurement process that returns the ties. A suite that can open a 94fps gap downwards and take a 99fps beating upwards is plainly resolving real hardware differences. When that same suite reports a tie, the tie is telling you something specific: in those particular games, on this class of hardware, the graphics card was not the component under test.

That is the central argument of this review, and it has a practical consequence. The x16 R2's four scoring-suite results — Baldur's Gate 3 at 161fps, Dota 2 at 139fps, Cyberpunk 2077 at 109fps and X-Plane 11 at 89fps, averaging 124fps — are weighted towards titles that lean hard on the processor at 1080p. The Core Ultra 9 185H is the other half of this machine's story and, on the evidence available, the half doing more of the limiting.

There is no score on this page, and the reason is arithmetic rather than judgement. Our scoring suite is five games and we hold four of them here. The missing figure is GTA V. Every scored laptop on the site is averaged over the same five titles, so averaging four and ranking that against five-game averages would quietly distort the leaderboard in this machine's favour or against it depending on which title is absent. We would rather show the working and leave the number off.

Buy the x16 R2 if you specifically want what the chassis and the panel offer — a 16in 16:10 display at 240Hz in a machine that is not a slab, with a large battery and a serious build — and you can find it materially below the price our record holds. Look elsewhere if you are paying the premium in the expectation that an RTX 4080 will pull decisively clear of RTX 4070 machines in the games you actually play, because the measured evidence in front of us does not show that happening.

Performance

An RTX 4080 with no power limit recorded

Nvidia's laptop graphics cards are not fixed products in the way desktop cards are. The same silicon is sold to manufacturers with a configurable power budget, and each manufacturer chooses where in that band to run the part according to what the chassis can cool, how much fan noise the target buyer will tolerate, and what price bracket the machine is chasing. The practical consequence is well established and worth restating plainly because it governs everything that follows: the performance gap between a conservatively configured GPU and an aggressively configured one of the same model is routinely wider than the gap between adjacent model numbers. A well-fed RTX 4070 outrunning a restrained RTX 4080 is not an anomaly in this generation. It is a normal, documented outcome of how the product stack is sold.

Our record does not hold a power limit for the x16 R2's RTX 4080. That is a gap in our data rather than a claim that the figure is low, and it is a gap worth acknowledging up front because it is exactly the number that would settle the question this review has to leave partly open. What we can observe is the shape of the chassis around it. The x16 R2 weighs 2.681kg in a 16in form factor. That is not a thin-and-light — it is a substantial machine — but it is also not one of the 3kg-plus 18in desktop replacements where the largest power limits usually live. It sits in the band where manufacturers typically make a deliberate trade between sustained graphics power and the machine remaining something you would consider carrying.

Alienware's x-series has historically been positioned exactly there: a premium chassis that prioritises how the machine looks and feels over squeezing the last increment of thermal headroom out of the components. That is a design philosophy, not a fault, but it does mean the RTX 4080 badge on the specification sheet should be read as an upper bound on what the part can do rather than a guarantee of what it will do. Without a recorded power limit we cannot say where in the band this one sits, and the honest position is that the configuration deserves verification before anyone spends £3,146 on the strength of the GPU name alone.

The measured spread, from top to bottom

Ten games are recorded, all at 1920x1080 on High with upscaling off, and they run from 317fps at the top to 89fps at the bottom. That range is itself the most useful thing in the table, because it demonstrates that the test set is not homogeneous. It contains titles that barely trouble a modern graphics card and titles that will take everything you give them, and this machine's character changes considerably depending on which group your library falls into.

At the top, Strange Brigade at 317fps and The Witcher 3 at 292fps. Strange Brigade has been a fixture of benchmark suites for years precisely because its Vulkan renderer scales cleanly and asks very little unusual of the processor; a figure in the low 300s is what a healthy high-end RTX 40-series card produces there, and it is a useful confirmation that nothing is fundamentally wrong with this machine's power delivery or cooling. The Witcher 3 at 292fps is a similar signal — a well-optimised older engine at a resolution and preset that stopped challenging hardware of this class some time ago.

F1 22 at 186fps and Tiny Tina's Wonderlands at 167fps occupy the next band. Both are modern enough to put real load on a graphics card and both are running comfortably beyond what any panel refresh rate will meaningfully use at these settings. F1 22 in particular is a good indicator of a machine's ability to hold a consistent frame time under a repeatable load, and 186fps at 1080p High is a strong result.

The middle of the table is where the practical experience lives. Baldur's Gate 3 at 161fps, Final Fantasy XV at 140fps and Dota 2 at 139fps are all comfortably clear of any threshold where responsiveness becomes a question. Baldur's Gate 3 at 161fps is a genuinely good number — the game has a well-documented appetite for processor performance in its later act, and a figure that high suggests the Core Ultra 9 185H is not embarrassing itself in mixed workloads.

Dota 2 at 139fps deserves separate attention, because it is one of our scoring-suite titles and because 139fps is far below what an RTX 4080 is theoretically capable of producing in a game of that vintage and visual complexity. Dota 2 is not a demanding title for any RTX 40-series card at 1080p. A result of 139fps is not a statement about the graphics card at all — it is very largely a statement about the processor and the game's own engine behaviour. That matters enormously for the comparison section below.

Far Cry 5 at 122fps and Cyberpunk 2077 at 109fps are the two results where the graphics hardware is doing recognisable work. Cyberpunk 2077 in particular is the closest thing our scoring suite has to a straightforward graphics test at 1080p: it will consume whatever GPU power is placed in front of it, and it responds to power limits and cooling in a way that lighter titles do not. 109fps in Cyberpunk 2077 at 1080p High with upscaling disabled is a solid, high-end result, and it is the single best piece of evidence in the table that the RTX 4080 in this machine is being allowed to work.

X-Plane 11 at 89fps is the lowest figure recorded and, like Dota 2, it is not really a GPU result. X-Plane 11's simulation loop is notoriously processor-heavy and notoriously indifferent to how much graphics silicon is available. It sits in the scoring suite because flight simulation is a genuine category of software people buy machines like this to run, not because it distinguishes graphics cards.

The Core Ultra 9 185H is the other half of the story

The processor in this machine is a Core Ultra 9 185H — Intel's Meteor Lake generation, and specifically an H-series part rather than one of the HX parts derived from desktop silicon that Alienware and its competitors put in their larger chassis. That is a deliberate choice consistent with the x16's design brief: the H-series parts are built for machines where package power and board area matter, and they trade sustained multi-core headroom for a package that fits a slimmer machine.

This is directly relevant to the frame rates. In every one of the titles identified above as processor-bound — Dota 2, X-Plane 11, and to a degree Baldur's Gate 3 — the ceiling is set by how quickly the processor can feed the graphics card, not by how much graphics performance is available. If a machine's processor is an H-series part and its rival's is an HX part with more cores and a higher sustained power budget, the rival will often match or beat it in exactly those games regardless of which graphics card each is carrying. That is not speculation about this specific comparison; it is the standard mechanism by which 1080p benchmark results compress genuine hardware differences, and it is the mechanism most likely to be operating here.

None of that makes the 185H a bad processor. In mixed use — the sort of workload where efficiency cores and an integrated graphics block earn their space — it is a capable and modern part, and Baldur's Gate 3 at 161fps is not the result of a weak processor. But at £3,146 with an RTX 4080 attached, the buyer's reasonable expectation is that the graphics card is the thing setting the limits, and in a majority of the measured titles it is not.

Why four of these numbers count more than the other six

Our scoring suite exists so that machines can be compared on identical software rather than on whichever games happened to be current when each was reviewed. For the x16 R2 we hold four of the five: Baldur's Gate 3 at 161fps, Dota 2 at 139fps, Cyberpunk 2077 at 109fps and X-Plane 11 at 89fps, giving a mean of 124fps.

Set that list against the analysis above and the problem announces itself. Two of the four — Dota 2 and X-Plane 11 — are substantially processor-bound at 1080p on hardware of this class. Baldur's Gate 3 is mixed. Only Cyberpunk 2077 is asking the graphics card a question it cannot answer with headroom to spare. So the four-game mean, which looks like a graphics performance figure, is in practice a blend in which the graphics card gets one clear vote out of four.

This is not a criticism of the suite. A scoring suite that consisted only of graphical showcases would be useless for the large number of buyers whose actual library is competitive shooters, strategy games and simulators, and it would flatter machines that are miserable to use for anything else. But it is essential context for interpreting the comparisons, because it means a tie in the shared-game average frequently reflects two machines having comparable processors and the games never reaching far enough into the graphics hardware to tell them apart.

The missing GTA V figure

We have no GTA V result for this machine, and that absence is why no score appears on the page. It is worth being precise about what the gap costs. GTA V is an old title with a renderer that leans heavily on single-thread processor performance; at 1080p on High it ceased to be graphics-limited on hardware of this class years ago. Its presence in the suite is about coverage of what people actually play, not about resolving graphics cards.

So the missing figure would probably not have changed the picture much. What it would have done is allow a like-for-like ranking, and without it we cannot produce one. A four-game average benchmarked against five-game averages introduces a systematic bias whose direction depends on which title is missing, and publishing it as though it were comparable would be dishonest. The four numbers are all here, the mean is here, and the ranking is not.

What the frame rates mean in practice

Strip out the value argument for a moment and the practical picture is genuinely strong. Every measured title runs above 89fps at 1080p on High with no upscaling. Seven of the ten run above 122fps. Two of them — Strange Brigade and The Witcher 3 — are approaching three times that. If your library is competitive multiplayer, older single-player titles, strategy or simulation, this machine will produce frame rates well beyond what most players can distinguish, and it will do so with headroom in reserve for the settings you would actually want to raise.

If your library is the heavy end of modern single-player releases, Cyberpunk 2077 at 109fps is the number to hold onto. That is comfortable — far above the 60-frame threshold, and well clear of the point where frame pacing becomes intrusive — and it is achieved with upscaling switched off, which means DLSS remains available as headroom rather than as a necessity. For a machine of this generation that is a healthy position and it will remain playable as games get heavier.

The one thing the measured data does not tell us is how the machine behaves at the panel's native 2560x1600 rather than at the 1920x1080 the benchmarks use. Raising resolution to the panel's native count increases the pixel load by roughly two-thirds, and that load falls almost entirely on the graphics card — which is precisely the component the 1080p results have been least able to characterise. Our record holds no figures at native resolution, so this review cannot tell you what they would be, and neither can anyone else without measuring them.

The screen

16in at 2560x1600

The panel is a 16in 2560x1600 IPS running at 240Hz. The resolution is a 16:10 aspect ratio, which by this point in the generation has become the sensible default for machines in this class and remains a genuine improvement over 16:9 for anything that is not full-screen video. The extra vertical space shows up in every application with a toolbar, every strategy game with a minimap, and every browser window, and once you have used it the older ratio feels cramped.

2560x1600 on a 16in diagonal gives a pixel density high enough that text is crisp without scaling being mandatory, and high enough that the difference from 1920x1200 is visible rather than theoretical. It is also, importantly, a resolution that a card of this tier can actually drive in real games rather than an aspirational number attached to hardware that cannot feed it — which is the trap that 4K gaming laptops fell into for several generations.

240Hz, and what actually reaches it

A 240Hz refresh rate is a meaningful specification only if something on the machine can produce frames at that rate. Working through the measured set at 1080p: Strange Brigade at 317fps and The Witcher 3 at 292fps clear 240fps outright. Nothing else in the table does. F1 22 at 186fps and Tiny Tina's Wonderlands at 167fps get a substantial way there. Baldur's Gate 3 at 161fps, Final Fantasy XV at 140fps and Dota 2 at 139fps sit in the 140 to 160 band. Far Cry 5 at 122fps, Cyberpunk 2077 at 109fps and X-Plane 11 at 89fps do not come close.

And those are the 1080p figures. At the panel's native 2560x1600 every one of them would fall, and the ones already below 240fps would fall further from it. The realistic reading is that the 240Hz panel is fully exploited only in light and older titles at reduced resolution, and that in most of what people buy an RTX 4080 to play it is operating as a high-quality variable-refresh display rather than as a 240fps display.

That is not a criticism unique to this machine — it is true of essentially every 240Hz gaming laptop of this generation. The value of the high refresh rate is not that games hit it; it is that the panel can display whatever frame rate the machine produces without tearing or judder, that motion clarity improves across the whole range rather than only at the ceiling, and that competitive players who deliberately drop settings to chase frames have somewhere for those frames to go. Dota 2 at 139fps and the 292fps Witcher 3 result both benefit, in different ways, from a panel that is not the bottleneck.

IPS at this price

Our record lists the panel technology as IPS. At £3,146 that is a fair point of discussion, because by this generation OLED and Mini LED options existed in the same price territory and both offer materially better contrast and black level than any IPS panel can. What IPS gives in exchange is consistency: no risk of image retention over a long ownership, no variable-brightness behaviour that some HDR backlight implementations exhibit, no aggressive automatic dimming on static content, and typically better response uniformity across the panel.

Our record holds no brightness, contrast, colour gamut or response time measurements for this display, so this review cannot tell you whether it is a good IPS panel or a mediocre one, and the difference between those two things at this price is substantial. That is a gap worth closing before purchase. What can be said is that the specification — 16in, 2560x1600, 240Hz, IPS — describes a sensible and well-matched display for the hardware behind it, and that a buyer whose priority is contrast rather than motion should be checking whether an alternative panel option exists in this chassis before committing.

Build, size and portability

2.681kg in a 16in chassis

At 2.681kg the x16 R2 is not a machine you forget about. That figure places it firmly in the category of laptops that move between desks rather than laptops you carry all day, and it is worth being realistic about what that means. Added to a charger substantial enough to feed an RTX 4080 and a Core Ultra 9 under simultaneous load, the travelling weight is well into the range where a proper bag and a short walk are the sensible assumptions.

What the weight buys is the thing the frame rates depend on. Cooling capacity is a function of volume: fan diameter, heat pipe cross-section, vapour chamber area, exhaust aperture and sheer thermal mass to absorb transients. A 16in machine at 2.681kg has appreciably more of all of those than a 14in machine at half the weight, and that is the mechanism by which it holds 109fps in Cyberpunk 2077 while lighter machines with nominally similar hardware do not. The weight is not incidental to the performance; it is a precondition for it.

Set against the 18in desktop-replacement class, though, 2.681kg is comparatively restrained, and that restraint is the x16's positioning. It is intended to be a machine that looks and feels like a premium object rather than a cooling apparatus with a keyboard attached. Whether that is worth paying for is a personal judgement, but it is a real difference and Alienware charges for it explicitly.

The 90Wh battery

Our record lists a 90Wh battery. That is a large cell by any standard and close to the practical ceiling for a machine intended to fly, and it is the right specification for a chassis of this size. What it will actually deliver in hours is not something this review can tell you — our record holds no battery runtime measurements for this machine, and inventing one would be worse than useless.

What can be said with confidence is structural. No gaming laptop of this generation runs an RTX 4080 at anything approaching full power from the battery; the power draw under load exceeds what any laptop cell can sustain, so unplugged gaming means reduced performance across the board regardless of how large the battery is. A 90Wh cell's real value is in everything that is not gaming — the browsing, video, document work and light development that occupies most of the hours a machine like this is switched on. Meteor Lake's efficiency cores and on-package graphics were designed precisely for that scenario, and the pairing of that processor generation with a 90Wh cell is a coherent combination for a machine that is expected to leave the desk.

The chassis as part of the value argument

It is worth being explicit about where the £3,146 goes, because the performance comparisons below make clear that it is not all going into frame rates. Alienware's x-series machines are built to a materials and finish standard well above the mainstream gaming market, and the x16 R2 is the current expression of that. If you value the chassis, the keyboard, the thermal engineering and the support arrangements that come with a machine at this price, that is a legitimate reason to buy it and this review is not going to pretend otherwise.

What this review will say is that the buyer should be clear about which of those things they are paying for. If the answer is "the RTX 4080", the comparison data below should give pause. If the answer is "the whole machine, of which the graphics card is one part", the calculation looks different and considerably more favourable.

How it compares

Four machines from the same graphics generation are set against the x16 R2 here, chosen to give a spread rather than only the nearest neighbours: the two closest results, the machine this one beats by the widest margin, and the machine that beats it by the widest margin. Each comparison uses only the games both machines hold, preferring scoring-suite titles. None of the four has a confirmed UK price in our record, so none of what follows is a claim that a specific alternative is better value in cash terms — it is a claim about what the measurements show.

Gigabyte Aero 14 OLED BMF — the widest win

The Aero 14 OLED BMF carries an RTX 4050, and across six shared games the x16 R2 averages 94fps ahead of it. That is a very large margin — the sort of gap that requires no interpretation at all. Two tiers of graphics hardware separate these machines and the benchmark records the separation cleanly.

This result is the foundation of everything else in this section, because it establishes the measurement's sensitivity. A comparison method that reports a 94fps advantage when the hardware genuinely differs is not a blunt instrument. It can see. When the same method reports a one-frame difference against a different machine, that near-tie is a finding, not noise.

The Aero 14 is also a useful reminder of what the x16 R2's weight buys. A 14in machine with a 4050 is a fundamentally different proposition — lighter, quieter, less capable — and the 94fps gap is what that difference looks like in games. If portability is the priority, that trade is available and the penalty is exactly this large.

Lenovo Legion Pro 5 — a dead heat

The Legion Pro 5 carries an RTX 4070 at a 140W power limit, and across seven shared games the x16 R2 averages one frame per second ahead. Seven games is a substantial sample and one frame per second across it is, for all practical purposes, a tie.

This is the comparison that most deserves attention, and it has two components. The first is the power limit. 140W is at the top of how an RTX 4070 gets configured in this generation — a machine running the part as hard as it is designed to be run. Our record does not hold a power limit for the x16 R2's RTX 4080, so we cannot say what the comparison is on that axis, but the general principle applies with force: a fully fed 4070 against a 4080 of unknown configuration is a much closer contest than the model numbers suggest.

The second component is the games. Seven shared titles at 1080p, in a set that includes Dota 2 and X-Plane 11, is a comparison in which a meaningful fraction of the results are decided by the processor. The Legion Pro 5 is a machine from a line built around larger, desktop-derived processors in a chassis with the thermal room to run them. Where a title's ceiling is set by processor throughput rather than graphics throughput, a machine like that will match or exceed an H-series part regardless of what graphics card sits alongside it. That is very likely what a substantial part of this seven-game tie represents.

The honest conclusion is that this comparison does not show the RTX 4080 failing. It shows a set of shared games in which the RTX 4080's advantage had limited opportunity to appear, against a rival whose graphics card was being run at its own maximum. What it does show is that a buyer whose library resembles that shared set will not perceive a difference between these two machines, and that is worth knowing before spending £3,146.

MSI Sword 16 HX — narrowly behind

The Sword 16 HX also carries an RTX 4070, and across four shared games the x16 R2 averages two frames per second behind it. Our record holds no power limit for the Sword's graphics card either, which limits how far this can be analysed.

Four shared games is a smaller sample than the Legion comparison and a two-frame deficit across it should not be over-read. But the direction is worth noting, because it is the second consecutive result in which this RTX 4080 does not pull clear of an RTX 4070. The Sword 16 HX's name identifies it as an HX-processor machine, which reinforces the reading offered above: in shared benchmark sets weighted towards processor-limited titles at 1080p, a machine with a desktop-derived processor and a lesser graphics card is a genuinely difficult opponent for a machine with a stronger graphics card and an H-series processor.

Two ties against RTX 4070 machines do not establish that the x16 R2's graphics card is underperforming. They establish that on the evidence available, the buyer of this machine cannot demonstrate a graphics advantage over 4070 laptops in the titles our record holds in common. That is a narrower claim, but at this price it is the one that matters.

Asus ROG Strix Scar 17 — the widest loss

The Scar 17 carries an RTX 4090, and across seven shared games the x16 R2 averages 99fps behind it. Our record does not hold a power limit for that machine's graphics card, so this comparison is between an RTX 4090 of unstated configuration and an RTX 4080 of unstated configuration — but the margin is large enough that the configurations barely matter to the conclusion.

Ninety-nine frames per second across seven games is a decisive result and it is the single most informative number in this section, for two reasons. First, it demolishes any suggestion that the shared-game set is simply incapable of separating high-end machines. It separated these two by a very wide margin across the same kind of games in which the Legion Pro 5 comparison produced a tie. Second, it establishes what a genuine tier gap looks like in this measurement. If moving from a 4090 to a 4080 costs approximately this much, and moving from this 4080 to a 4070 costs approximately nothing, the pattern is informative about where the x16 R2's configuration sits.

The Scar 17 is, of course, a different kind of machine — a 17in chassis built around maximum sustained output rather than around portability or finish. The 99fps gap is what that difference in priorities produces. A buyer who wants the frame rates rather than the object should be looking at machines of that type, and this comparison quantifies the cost of not doing so.

What the spread proves

Set the four results side by side and the pattern is clean. Against a 4050: 94fps ahead. Against a 4070 at 140W: level. Against another 4070: level. Against a 4090: 99fps behind. The wide margins at both ends confirm the benchmark's ability to discriminate; the ties in the middle therefore carry information rather than being measurement noise.

Two readings are available and both are defensible on the data we hold. The first is that the shared games are heavily processor-limited at 1080p and are simply failing to interrogate the graphics card, so the x16 R2's RTX 4080 advantage exists but is invisible in these particular measurements. The second is that the x16 R2's RTX 4080 is configured conservatively enough that its real-world advantage over a well-fed 4070 is genuinely small. Cyberpunk 2077 at 109fps — the one clearly graphics-limited result in the machine's own table — leans towards the first reading. The absence of a recorded power limit means we cannot rule out the second.

For a buyer, the two readings converge on the same practical advice, which is the useful part: if the games you play resemble the shared set, you will not perceive a difference between this machine and a good RTX 4070 laptop, and you should not pay a large premium expecting one. If your library is dominated by the heaviest modern releases, the Cyberpunk figure suggests the extra hardware is doing something — but our record does not contain enough heavy-title comparisons to prove how much.

Who it's for

Buy it if

You want a 16in 16:10 machine that is genuinely premium as an object. The x16 R2's chassis, materials and finish are a substantial part of what £3,146 buys, and for some buyers that is a legitimate and sufficient reason. The performance is high in absolute terms — nothing measured drops below 89fps — so nobody is compromising on capability by choosing this machine. They are simply not extracting maximum frames per pound.

You want serious gaming performance in something under 2.7kg. Within the population of machines that will hold 109fps in Cyberpunk 2077 at 1080p, this one is at the lighter end. That is a real and non-trivial engineering achievement, and if the machine has to move regularly it is worth money.

Your library is broad rather than concentrated at the heavy end. If you play competitive titles, strategy games, simulators and a mix of older single-player work, the measured figures say this machine will handle all of it with room to spare, and the 240Hz panel will make good use of the frames in the lighter titles.

You can buy it well below the price our record holds. This is the most important condition. Every criticism in this review is a value criticism rather than a capability criticism, and value criticisms dissolve when the price moves. At a substantial discount the x16 R2 becomes a straightforwardly good machine with a very good screen and a chassis better than most of its competition.

Buy something else if

You are buying the RTX 4080 badge. The comparison data does not show this configuration separating from RTX 4070 machines across the games our record holds in common. If maximum frames per pound is the objective, the two 4070 comparisons above are the argument against this machine and they are difficult to answer without a recorded power limit.

You want the fastest thing available in this generation. The Scar 17 comparison is a 99fps gap across seven games. That is what the top of the RTX 40-series stack looks like, and no amount of chassis quality closes it. Buyers whose priority is frame rate above all else should be shopping in that class, accepting the weight and noise that come with it.

Contrast matters more to you than motion. The panel here is IPS. At this price OLED and Mini LED alternatives existed in the same generation, and if you care about black level in dark games or in film, an IPS panel — however good — will not deliver what those technologies do. Our record holds no measurements of this specific display, which is itself a reason to look at one before buying.

You need the machine to be genuinely portable. 2.681kg plus a high-wattage charger is a desk-to-desk machine, not an all-day carry. If the laptop needs to be in a bag on a commute every day, the Aero 14 comparison shows what the lighter alternative costs in frames — a substantial amount — but it also shows that the lighter alternative exists and is a real product category.

You want a published score to compare against the rest of the site. There is not one here, because GTA V is missing from our figures. Four of the five scoring-suite games are present and the mean of those four is 124fps, but that number cannot be honestly ranked against machines averaged over all five, and we will not pretend otherwise.

The unresolved question

The single most useful thing anyone could add to this machine's record is its GPU power limit. Every ambiguity in this review traces back to that gap. If the RTX 4080 in the x16 R2 is running at or near the top of its configurable band, then the ties against RTX 4070 machines are an artefact of processor-limited benchmark titles and the machine is performing exactly as it should. If it is running conservatively — which the chassis philosophy makes at least plausible — then the ties are a genuine warning about what £3,146 buys.

Our record does not currently answer that, and this review is not going to guess. What it will say is that a buyer considering this machine at anything near the recorded price should treat that number as the thing worth finding out, and should weigh the Cyberpunk 2077 result — the one measurement in the table that clearly reflects graphics performance rather than processor performance — more heavily than the shared-game averages when deciding.