Gigabyte Gaming A16 review

Frame rates

1920×1080, High preset, upscaling off. Averages 121fps across the 5 core benchmark games.

Measured on this machine. Source: Notebookcheck, 2025-07-30.

In use

The short version

The Gigabyte Gaming A16 is a well-specified gaming laptop on paper: an RTX 5070, a 16in 2560x1600 IPS display, a 165Hz refresh rate, 16GB of memory, a 1TB SSD and a 76Wh battery in a 2.26kg chassis. At £1,400, though, the important question is not whether those headline parts look attractive in isolation. It is whether this particular RTX 5070 implementation delivers enough performance to justify the price.

The published benchmark data gives a mixed answer. Notebookcheck’s figures show that the Gaming A16 can be very quick in less demanding games. Strange Brigade reaches 243fps, Dota 2 runs at 159fps and GTA V manages 158fps. Those are excellent results for players whose libraries include older, lighter or competitive games, and they give the 165Hz panel a realistic purpose in selected titles.

The problem is the RTX 5070’s 85W GPU power limit. This is not one of the higher-powered RTX 5070 laptops in the comparison group. The closest RTX 5060 and RTX 5070 rivals all have 115W GPU power limits, and the Gaming A16 is not clearly faster than them in the shared results. Against the Lenovo LOQ with an RTX 5060 at 115W, it averages exactly the same frame rate across 13 shared games. Against the Lenovo Legion 5 15AHP G10, Lenovo Legion 7 16, ASUS TUF Gaming A18 and Razer Blade 14, it trails by a small average margin across their shared games despite carrying an RTX 5070 badge.

That does not make the Gaming A16 slow. Its mean across the five scoring-suite games is 121fps, and the results in Dota 2, GTA V, Baldur’s Gate 3 and X-Plane 11 are all strong. But the broad average masks a substantial divide between games. The newer and more demanding titles pull the machine back sharply: Doom: The Dark Ages reaches 60fps, Indiana Jones and the Great Circle 55fps, Stalker 2 52fps and The Elder Scrolls IV Oblivion Remastered 47fps. Cyberpunk 2077 reaches 84fps and Kingdom Come Deliverance 2 reaches 86fps, which are respectable figures, but nowhere near the screen’s 165Hz ceiling.

At £1,400, that spread matters. You are paying for an RTX 5070 laptop with a high-resolution, high-refresh display, yet the available figures show performance that is broadly level with, or marginally behind, several 115W RTX 5060 and RTX 5070 alternatives in the shared games. The Gaming A16 therefore makes most sense for a buyer who values the supplied 16in 2560x1600 165Hz IPS screen, wants 1TB of storage as supplied, and mostly plays games closer to Dota 2, GTA V, Strange Brigade or Baldur’s Gate 3 than Stalker 2 or Oblivion Remastered.

It is less convincing for someone buying specifically for the RTX 5070 name, someone expecting modern demanding games to sit close to 165fps, or someone trying to obtain the strongest gaming performance possible from a £1,400 laptop. The measured numbers do not support treating this as a clearly faster choice than the 115W RTX 5060 machines listed below. The Gaming A16 is capable, but its graphics power limit prevents the specification from translating into the kind of lead that buyers may reasonably expect from its badge and price.

Performance

What the benchmark figures actually show

Notebookcheck measured the Gigabyte Gaming A16 at 1920x1080 using the High preset with upscaling disabled. That is an important baseline. These are native-rendered 1080p High results rather than figures assisted by upscaling, and they provide a useful indication of the laptop’s underlying gaming performance. They are not, however, direct measurements at the panel’s 2560x1600 resolution. The difference matters because the laptop’s screen is sharper than the benchmark resolution, while the measured frame rates are the firm evidence available for comparing it with the listed rivals.

At the quick end of the results, Strange Brigade reaches 243fps. That is the clearest example of the Gaming A16 having more performance than a 165Hz display can show in a straightforward average-frame-rate sense. The laptop cannot display more than 165 refreshes per second on its supplied panel, so a result of 243fps demonstrates considerable headroom in that particular game at the measured settings. It also tells us that the RTX 5070 at 85W is not universally constrained to middling frame rates. In games that are comparatively accommodating, it can produce very high figures.

Dota 2 follows at 159fps. That is very close to the panel’s 165Hz refresh rate, and it is one of the five games used in the scoring suite. For a Dota 2 player, this is one of the Gaming A16’s strongest arguments. The display’s 165Hz capability is not theoretical here: the measured result is close enough to that limit that the screen’s high refresh rate has a clear practical role. It is also a useful reminder that a gaming laptop should not be judged solely by its most punishing titles. A buyer whose time is mostly spent in games with this level of demand can get a notably different experience from this machine than a buyer whose library is dominated by the heaviest recent releases.

GTA V is almost identical at 158fps. Again, that is close to 165Hz and gives the screen a credible purpose. The result reinforces the pattern established by Dota 2: the Gaming A16 can produce high-refresh gaming in selected titles at the measured 1080p High settings. It is not merely a laptop that posts acceptable figures around 60fps. It has genuine high-frame-rate ability when the game allows it.

Civilization 7 reaches 132fps. That remains a strong result and sits comfortably below the display ceiling without being remotely low. It is also a useful bridge between the very fast results at the top of the table and the more demanding games further down. A 132fps figure does not fully exploit a 165Hz panel in the way 159fps or 158fps can, but it still means the screen is not excessive for the measured result. There is enough performance here for a visibly high-refresh experience, just not a result that remains close to the panel limit.

Baldur’s Gate 3 records 106fps. That is a good frame rate, but it is also the point where the distinction between “high refresh capable” and “able to fill a 165Hz screen” becomes clearer. At 106fps, the machine is still delivering a substantially higher figure than the lower results in the benchmark list, yet there is a sizeable gap to 165fps. The panel remains a welcome specification, but the GPU is not driving it to its refresh limit in this game at the measured settings.

X-Plane 11 produces 99fps. That is another solid result and the fifth scoring-suite figure. It takes the scoring-suite results into a broad range: Dota 2 at 159fps, GTA V at 158fps, Baldur’s Gate 3 at 106fps, X-Plane 11 at 99fps and Cyberpunk 2077 at 84fps. The mean across those five games is 121fps. That mean is useful as a summary, but it should not be allowed to flatten the reality of the spread. A buyer who mainly plays Dota 2 and GTA V sees a laptop operating near the display limit. A buyer who mainly plays Cyberpunk 2077 sees a much more conventional result, and a buyer focused on Stalker 2 or Oblivion Remastered sees a different proposition again.

Final Fantasy XV reaches 96fps. This sits close to X-Plane 11’s 99fps and helps establish the Gaming A16’s middle tier. In these games, the laptop offers clearly more than a basic 60fps-class outcome at the measured settings, but it does not turn the 165Hz panel into a fully saturated display. That is still useful performance. It simply needs to be described accurately: the Gaming A16 is not a machine that reaches 165fps by default across modern games, even at the benchmark’s 1920x1080 High settings.

Kingdom Come Deliverance 2 reaches 86fps and Cyberpunk 2077 reaches 84fps. Those figures are close enough that they make a useful pair. Both are well below 165fps but well above the results from Doom: The Dark Ages, Indiana Jones and the Great Circle, Stalker 2 and Oblivion Remastered. For someone playing these titles, the Gaming A16’s 85W RTX 5070 is delivering credible performance rather than an easy route to the screen’s maximum refresh rate. It is also notable that Cyberpunk 2077 is one of the five scoring-suite games, so this result has a direct effect on the 121fps suite mean.

The bottom of the list is where the limitations of the configuration are hardest to ignore. Doom: The Dark Ages reaches 60fps. Indiana Jones and the Great Circle reaches 55fps. Stalker 2 reaches 52fps. The Elder Scrolls IV Oblivion Remastered reaches 47fps. These figures do not suggest that the Gaming A16 is unable to run demanding games, but they do demonstrate that the laptop’s performance reserve is much smaller in the hardest titles. A 165Hz screen does not alter that. The display can refresh at 165Hz, but the measured results show that these games are operating far from that ceiling at 1080p High with upscaling off.

This is why the 121fps scoring-suite mean needs context. It is a useful middle-of-the-road figure across five selected games, but it is not a promise of 121fps in every game. The complete benchmark list runs from 243fps in Strange Brigade down to 47fps in Oblivion Remastered. That is not a narrow performance band. It is an indication that game engine, graphics workload and title-specific demands matter a great deal on this laptop.

The significance of the 85W RTX 5070

The most important specification in this review is not simply “RTX 5070”. It is RTX 5070 at 85W. GPU names are useful shorthand, but the supplied power limit is part of the performance specification. The comparison machines make that especially clear because every listed rival has a 115W GPU power limit. There are RTX 5060 laptops at 115W and RTX 5070 laptops at 115W, and the Gaming A16 does not establish a clear advantage over either group in the shared-game averages.

The Lenovo LOQ is the most revealing comparison because it has an RTX 5060 rather than an RTX 5070, yet it is rated at 115W and matches the Gaming A16 exactly across 13 shared games. That is not a small sample of one or two titles. The supplied comparison covers 13 games both machines have in common, and the average difference is 0fps. The reasonable conclusion is not that every individual game is identical, because the supplied data does not provide game-by-game rival results. The conclusion is that the Gaming A16’s RTX 5070 label does not translate into an average performance lead over that higher-powered RTX 5060 Lenovo in the available shared data.

The Lenovo Legion 5 15AHP G10 and Lenovo Legion 7 16 make the same broader point. Both are RTX 5060 machines at 115W. Across seven shared games, the Gaming A16 averages 3fps behind each one. That is not a dramatic defeat, and it would be wrong to exaggerate it into a large performance gulf. But it is still the wrong direction for a £1,400 RTX 5070 machine if the buyer’s priority is straightforward gaming performance. The Gigabyte’s GPU name is higher, yet its shared-game average is slightly lower.

The ASUS TUF Gaming A18 and Razer Blade 14 add another layer. These are both RTX 5070 laptops with 115W GPU power limits. Across eight shared games, the Gaming A16 averages 3fps behind each. Again, the margin is small, and again the result should not be inflated into a claim that the Gaming A16 is dramatically slower. The more useful reading is that the 85W RTX 5070 is close enough to the 115W RTX 5070 implementations to remain competitive, but it does not show the lead that might justify choosing it on GPU specification alone.

That distinction is central to the buying decision. If the Gaming A16 were substantially lighter than every competitor, had a confirmed lower UK price, or had a uniquely strong display specification relative to the group, a small performance deficit might be easy to accept. The fact sheet does confirm a 2.26kg weight and a 16in 2560x1600 165Hz IPS panel, but it provides no confirmed UK prices for the rivals and no rival screen or weight details. We should not invent advantages or disadvantages that are not documented. On performance alone, however, the Gigabyte does not have the argument buyers expect from a higher-numbered GPU.

The 85W limit does not erase the RTX 5070’s strengths. The measured figures at the top of the list are plainly good. Rather, it changes the character of the laptop. This is an RTX 5070 configuration that should be bought because the total package suits you, not because you assume the badge guarantees a large lead over all RTX 5060 systems. The shared results show that it does not.

High-refresh gaming versus demanding gaming

The Gaming A16 has a 165Hz panel, and the benchmark results divide fairly cleanly into three practical groups.

The first group is made up of games where the measured result is at or close to the screen’s refresh ceiling. Strange Brigade at 243fps exceeds it, while Dota 2 at 159fps and GTA V at 158fps sit close to it. These are the titles in which the laptop makes the strongest use of the display. A buyer who plays these games regularly is not purchasing a 165Hz panel merely for specification-sheet appeal. Notebookcheck’s figures show frame rates that are close enough to the panel limit to make high-refresh capability relevant.

The second group covers results that are clearly strong but do not approach 165fps. Civilization 7 at 132fps, Baldur’s Gate 3 at 106fps, X-Plane 11 at 99fps, Final Fantasy XV at 96fps, Kingdom Come Deliverance 2 at 86fps and Cyberpunk 2077 at 84fps belong here. These are not weak results. In several cases they are comfortably above the lower end of the benchmark table. But the display’s full 165Hz potential remains unused. This is where buyers need to distinguish between wanting a high-refresh panel for the games that can exploit it and expecting every game to reach that rate.

The final group is the heavy end of the modern benchmark set: Doom: The Dark Ages at 60fps, Indiana Jones and the Great Circle at 55fps, Stalker 2 at 52fps and Oblivion Remastered at 47fps. The Gaming A16 can run these games under the supplied benchmark conditions, but the numbers show no spare performance for a high-refresh experience. In this group, the panel’s refresh rate is not the governing performance limit; the GPU result is.

This makes the laptop highly dependent on what you play. The same £1,400 machine can look excellent if your regular games are Dota 2, GTA V and Strange Brigade, competent if they are Civilization 7, Baldur’s Gate 3 and X-Plane 11, and constrained if the purchase is centred on the games at the bottom of the list. That is not an unusual pattern for a gaming laptop, but the gap is large enough here that it should shape the verdict.

The lack of upscaling in the published test settings is also worth keeping in mind. The results show the laptop without that assistance at 1920x1080 High. We do not have published frame rates for alternative presets, native 2560x1600 operation, or upscaling-enabled operation in the supplied facts. It would therefore be wrong to promise a particular result after changing settings. The only safe conclusion is that the Gaming A16’s measured 1080p High performance ranges from very high in some games to under 60fps in others.

The screen

A strong display specification, with a performance caveat

The Gaming A16’s display is one of its better-specified components: a 16in IPS panel with a 2560x1600 resolution and a 165Hz refresh rate. The combination is attractive for a gaming laptop at this price because it offers more screen space than a 1920x1080 panel and a refresh rate high enough to benefit from the Gaming A16’s best results.

The IPS panel type is also a positive part of the specification. That said, the fact sheet does not provide brightness, colour coverage, response-time or contrast measurements. Those are significant display characteristics, and they should not be guessed from the IPS label alone. The available evidence supports saying that this is a 16in 2560x1600 165Hz IPS screen; it does not support stronger claims about image quality beyond those confirmed specifications.

The central issue is the relationship between the panel and the GPU. Notebookcheck’s benchmark data was collected at 1920x1080, while the supplied panel resolution is 2560x1600. The benchmark figures are therefore useful for establishing comparative performance and for showing which titles are easy or difficult for the machine, but they are not direct confirmation of frame rates at the display’s native resolution.

That distinction should affect expectations. The Gaming A16 has enough measured performance to get near the 165Hz refresh rate in Dota 2 and GTA V, and to exceed it in Strange Brigade, at the benchmark settings. It has enough performance for strong results in Civilization 7, Baldur’s Gate 3, X-Plane 11 and Final Fantasy XV. But it is already at 60fps or below in Doom: The Dark Ages, Indiana Jones and the Great Circle, Stalker 2 and Oblivion Remastered at the measured 1080p High settings. For those games, a buyer should not interpret the 165Hz display as evidence that the laptop is designed to run them close to 165fps.

The screen is therefore best understood as a flexible display rather than a guarantee of a particular gaming outcome. It can show high-refresh results when the game and GPU performance allow them. It also provides a 2560x1600 resolution for work, media and games where the owner chooses to use that panel resolution. But the fact sheet does not contain native-resolution benchmark data, so there is no basis for publishing a native-resolution performance promise.

There is a mismatch in the product’s priorities, although it is not necessarily a fatal one. Gigabyte has paired a high-resolution, high-refresh screen with an RTX 5070 limited to 85W. The display has more potential than the GPU can consistently exploit in the most demanding measured games. At the same time, the screen is not wasted: 159fps in Dota 2 and 158fps in GTA V are close to the 165Hz limit, and 243fps in Strange Brigade exceeds it. The panel makes the most sense for players who value both sharpness and high refresh in the titles where the laptop can deliver it, rather than buyers who expect one setting profile to produce 165fps in everything.

How to read the 165Hz figure

A 165Hz screen is meaningful only when the system can provide suitably high frame rates in the games you actually play. The Gaming A16 proves that it can do so in some of the measured titles. Strange Brigade at 243fps has headroom beyond the display limit. Dota 2 at 159fps and GTA V at 158fps are close enough to 165fps that the refresh rate is directly relevant. Civilization 7 at 132fps also makes good use of a high-refresh panel, even though it does not reach its maximum rate.

Elsewhere, the display is less fully utilised. Baldur’s Gate 3 at 106fps and X-Plane 11 at 99fps are still substantial frame rates, but not 165fps-class results. Final Fantasy XV at 96fps, Kingdom Come Deliverance 2 at 86fps and Cyberpunk 2077 at 84fps push further away from the panel ceiling. The remaining games sit lower still.

That is not a criticism of the screen itself. It is a warning against reading “165Hz” as a blanket performance claim. The panel is capable of 165Hz; the GPU’s measured results decide whether a given game can approach that capability. Here, the answer varies enormously by title.

Build, size and portability

The Gigabyte Gaming A16 weighs 2.26kg. That makes it a laptop intended to be portable in the sense that it can be moved between locations, rather than an especially light machine built around minimum carry weight. The supplied facts do not include dimensions, thickness, charger weight or any information about materials, keyboard layout, ports, speakers, webcam, cooling noise or chassis rigidity. Those omissions matter, so this review should not pretend to know how compact, thin, robust or quiet the Gaming A16 is.

What can be said is that 2.26kg is a meaningful amount of weight for a 16in gaming laptop. It is not a figure that rules out travel, commuting or moving between home, work and university. But a buyer who expects to carry the machine every day should treat the weight as part of the decision rather than concentrating only on the RTX 5070 and 165Hz display. This is not a tiny laptop, and the 16in screen reinforces that it is designed around a larger format than a compact 14in system.

The 76Wh battery is another useful specification, but it is not a battery-life result. We do not have a measured runtime for web use, video playback, office work, idle use or gaming. We also do not have charging data. It would be irresponsible to turn the battery capacity into an invented number of hours. The safe reading is simply that the Gaming A16 includes a 76Wh battery, which is a substantial component of the supplied specification, but its real-world endurance is not established by this fact sheet.

The same caution applies to sustained behaviour. The GPU has an 85W power limit, but we do not have temperatures, fan-noise figures, surface temperatures or long-duration performance measurements. The lower GPU power limit may be part of a broader design balance, but the available information does not show whether it results in a quieter machine, a cooler machine, a smaller chassis or any other practical benefit. Buyers should not assume that an 85W RTX 5070 automatically brings a thermal or acoustic advantage over a 115W rival. The fact sheet does not provide evidence for that claim.

The 16GB memory and 1024GB SSD are sensible baseline specifications for the category, but they are not enough to make the Gaming A16 exceptional at £1,400. They avoid the immediate concern of a very small storage allocation, and the 1TB SSD is more reassuring than a smaller supplied drive would be. However, the performance case still comes back to the GPU configuration. Storage and memory are useful parts of the package, but they do not change the shared-game comparison against 115W rivals.

For portability, the Gaming A16 is best described as a machine for someone who wants a larger-screen gaming laptop that can still travel, not as a purchase driven by lightness. The 2.26kg weight, 16in display and 76Wh battery make it a conventional mobile gaming system in broad concept. The available facts do not support declaring it especially portable or especially cumbersome against the named competitors because their weights are not provided.

How it compares

Lenovo LOQ with RTX 5060 at 115W

The Lenovo LOQ is arguably the Gaming A16’s most awkward comparison. It has an RTX 5060 at 115W rather than an RTX 5070 at 85W, yet across 13 shared games the average difference is 0fps. That is the largest shared-game comparison supplied for any rival, making it particularly valuable evidence.

The implication is straightforward. The Gigabyte does not demonstrate an average gaming advantage over this higher-powered RTX 5060 Lenovo in the available shared data. Buyers should not assume that RTX 5070 automatically means better results. The GPU power limit is part of the reason the specification must be interpreted with care.

There is no confirmed UK price for the Lenovo LOQ in the fact sheet, so it cannot be described as cheaper or better value in monetary terms. It may be more expensive, less expensive or unavailable at a comparable price; we do not know. But if the LOQ is available at a price that makes sense for you, the benchmark relationship means it deserves serious consideration. The Gigabyte’s RTX 5070 badge alone is not a reason to dismiss it.

Lenovo Legion 5 15AHP G10 and Lenovo Legion 7 16

The Lenovo Legion 5 15AHP G10 and Lenovo Legion 7 16 are both listed with RTX 5060 GPUs at 115W. Across seven shared games, the Gigabyte Gaming A16 averages 3fps behind each machine. This is a narrow margin, not a decisive one, but it reinforces the LOQ result rather than contradicting it.

The important point is not that the Gaming A16 is dramatically slower. It is that it has no measured performance lead despite using the higher-numbered GPU. At £1,400, that puts pressure on the rest of the Gigabyte package to justify the choice. The 16in 2560x1600 165Hz IPS screen, 1TB SSD and 76Wh battery are all useful supplied specifications, but we do not have equivalent screen, storage, battery, weight or UK price details for the Legions. The comparison can therefore only be decisive on the published shared-game performance: the Gigabyte is slightly behind on average.

If the choice is purely about gaming results across those shared titles, the Legion models have the stronger case. If the choice depends on a particular screen, availability, storage configuration or other retailer-specific factor, the fact sheet does not provide enough information to settle it. What it does settle is that the Gaming A16 cannot rely on RTX 5070 branding to claim a gaming advantage.

ASUS TUF Gaming A18 with RTX 5070 at 115W

The ASUS TUF Gaming A18 is a more direct GPU-to-GPU comparison because it also uses an RTX 5070. Its GPU power limit is 115W, compared with 85W in the Gigabyte. Across eight shared games, the Gaming A16 averages 3fps behind.

Again, 3fps is not a large enough gap to support melodramatic conclusions. It does, however, indicate that the Gigabyte’s reduced power limit is not producing a performance advantage elsewhere. The Gaming A16 remains close, which is better than being far behind, but close is not enough to make it the automatic choice at £1,400. Buyers considering these two should look closely at confirmed retail pricing and the rest of each configuration, because the benchmark data alone favours the ASUS by a small amount.

There is no confirmed UK price for the TUF Gaming A18 in the supplied information. That prevents a direct value verdict between the two. It does not prevent the more limited conclusion: when both are assessed across the available shared games, the 115W RTX 5070 ASUS is marginally ahead of the 85W RTX 5070 Gigabyte.

Razer Blade 14 with RTX 5070 at 115W

The Razer Blade 14 also has an RTX 5070 at 115W and is 3fps ahead of the Gaming A16 on average across eight shared games. The result mirrors the ASUS comparison almost exactly. The Gigabyte is close enough to remain competitive, but it is not ahead.

No confirmed UK price is supplied for the Razer, and no weight or display specification is included for it here. It would be inappropriate to make assumptions about its portability, screen or value. The only supported comparison is the shared-game average and the GPU power limits. On that evidence, the Blade 14’s 115W RTX 5070 holds a small average lead.

What the rival set says as a whole

Taken together, the comparison group gives a clear message. The Gaming A16 is level with the 115W RTX 5060 Lenovo LOQ across 13 shared games. It is 3fps behind the two 115W RTX 5060 Lenovo Legion models across seven shared games. It is also 3fps behind the two 115W RTX 5070 models, the ASUS TUF Gaming A18 and Razer Blade 14, across eight shared games.

The repeated pattern matters more than any single 3fps margin. The Gigabyte’s 85W RTX 5070 does not emerge as a class-leading implementation. It performs close to several stronger-powered alternatives, which is not disastrous, but it fails to create a decisive reason to choose this configuration for gaming performance. At £1,400, that makes the Gaming A16 a purchase that needs to be justified by its particular screen, storage, availability or personal fit rather than its benchmark lead.

Who it’s for

The Gigabyte Gaming A16 is for the buyer who wants a 16in laptop with a 2560x1600 IPS screen, a 165Hz refresh rate, 16GB of memory and a 1TB SSD, and whose regular games include titles where the measured results are high. Dota 2 at 159fps, GTA V at 158fps and Strange Brigade at 243fps show that the machine can deliver the sort of frame rates that make a 165Hz display worthwhile. Civilization 7 at 132fps also fits that description, while Baldur’s Gate 3 at 106fps, X-Plane 11 at 99fps and Final Fantasy XV at 96fps remain solid outcomes.

It is also a reasonable fit for someone who wants a gaming laptop that can be transported but is not trying to minimise weight above all else. At 2.26kg, it is a larger 16in system rather than a tiny travel machine, but it is still a laptop rather than a fixed desktop setup. The 76Wh battery, 16GB memory and 1024GB SSD make the headline configuration broadly practical, although there is no measured battery-life data here.

The Gaming A16 is not the right choice for the buyer who sees “RTX 5070” and assumes it will decisively outperform RTX 5060 laptops. The comparison figures do not support that assumption. The 115W RTX 5060 Lenovo LOQ matches it across 13 shared games, while the two 115W RTX 5060 Lenovo Legion models hold a small average advantage across seven shared games. That is a serious warning for performance-first shoppers.

It is also not the right machine for someone expecting the 165Hz screen to be filled in every demanding game. The benchmark results are explicit: Doom: The Dark Ages reaches 60fps, Indiana Jones and the Great Circle reaches 55fps, Stalker 2 reaches 52fps and Oblivion Remastered reaches 47fps at 1920x1080 High with upscaling off. Those are not results that match the panel’s refresh ceiling, and they are measured below the panel’s native 2560x1600 resolution.

Buyers focused on the latest demanding games should be particularly cautious. Cyberpunk 2077 at 84fps and Kingdom Come Deliverance 2 at 86fps are respectable, but they show that the RTX 5070 at 85W is not delivering a high-refresh result in every major game even before moving from the measured 1920x1080 benchmark resolution to the supplied 2560x1600 panel resolution. Without published native-resolution or upscaling-enabled data, no stronger claim is justified.

For £1,400, the Gigabyte Gaming A16 is a competent but difficult laptop to recommend purely on value. The screen specification is appealing, the storage allocation is sensible and the best benchmark figures are genuinely strong. Yet the reduced-power RTX 5070 repeatedly performs around the level of, or slightly behind, 115W RTX 5060 and RTX 5070 rivals in the shared results. That does not make it a bad laptop. It makes it a laptop that should be bought selectively.

If the Gaming A16 is available from a retailer you trust, if the 16in 2560x1600 165Hz IPS display is exactly what you want, and if your gaming is weighted towards the titles where it posts 132fps, 158fps, 159fps or 243fps, it can be a satisfying fit. If your priority is extracting the greatest possible gaming performance from your money, compare it carefully with the 115W alternatives before committing. The benchmark data says the Gigabyte is close to those machines, but it does not say that it beats them.

How it compares