GamersNexus has published its first dedicated GPU Mega Charts page, a permanent comparison database spanning Nvidia RTX 20-series through RTX 50-series cards, AMD’s RX 5000 through RX 9000 families, and Intel Arc Alchemist and Battlemage parts. For PC builders deciding whether an RTX 2060, RX 5700 XT, Arc A750, RTX 3060, or newer card is worth replacing, the practical value is the expanded historical context that individual launch reviews often leave out.
The database went live at the beginning of August and aggregates rasterized results at 1080p, 1440p, and 4K across a mixed suite of older and newer games. GamersNexus also includes a smaller ray-tracing set for Black Myth: Wukong, Cyberpunk 2077: Phantom Liberty, and Dragon’s Dogma 2. The page is explicitly positioned as a broad reference library rather than the outlet’s final word on current GPU buying advice; GamersNexus directs readers to recent reviews and revisits when they need the newest drivers, game patches, and performance conclusions.
There is a date wrinkle worth noting. The page header identifies August 4, 2026 as its publication and last-updated date, while its own update log says the initial creation occurred on August 3. GamersNexus does not explain whether that reflects a soft launch followed by editorial publication or simply an update-log convention, and no other outlet appears to have reported the timing. It is minor, but it illustrates why a permanent benchmark URL needs a meaningful revision history once readers begin treating it as a long-lived purchasing reference.
The charts use GamersNexus’ current GPU platform: a Ryzen 7 9800X3D overclocked to 5.4 GHz all-core, an ASUS X670E Hero motherboard, 32GB of DDR5-6000 memory with controlled timings, Resizable BAR enabled, hardware-accelerated GPU scheduling enabled, and the Windows High Performance power plan. The outlet says it maintains three calibrated versions of the bench and reruns at least one GPU per test cycle to detect drift caused by game patches, Windows changes, or other variables.
That degree of platform control is the right foundation for a GPU comparison table. Tom’s Hardware independently uses the 9800X3D for its 2026 GPU testing as well, citing the need to limit CPU bottlenecks when comparing modern graphics cards. It is especially relevant at 1080p, where a slower processor can compress performance gaps among high-end GPUs and make a graphics card look less differentiated than it would on a faster system.
GamersNexus’ chosen bench also frames what the results mean for ordinary Windows gaming PCs. These are maximum-GPU-scaling numbers, not a forecast of performance on a Ryzen 5 5600X, Core i5-12400, laptop CPU, or a system with a background workload. GamersNexus has separate lower-end CPU-limited platforms for occasional testing, including the 5600X and i5-12400, but the Mega Charts are based on the higher-end 9800X3D environment.
That does not weaken the database. It makes the use case clear: the charts are most useful for locating the relative ceiling of a card, then checking a closer CPU match before assuming an upgrade will reproduce the same gain at 1080p or in CPU-heavy games.
The selection itself exposes an important limitation that readers should treat as a feature of the methodology rather than a flaw in the individual numbers: these are per-game comparison charts, not a universal GPU hierarchy. A card’s position in Baldur’s Gate 3 becomes less revealing at the high end because GamersNexus says the RTX 5090, RTX 4090, RTX 5080, RTX 4080, and Radeon RX 7900 XTX converge on CPU or engine limits even at 4K. The same card can separate much more sharply in Black Myth: Wukong, where the outlet says Nvidia enjoys a substantial advantage, particularly with ray tracing enabled.
That is why averaging every chart into a single “best GPU” score would conceal more than it reveals. Buyers choosing a card for Final Fantasy XIV, Starfield, or Baldur’s Gate 3 have a different bottleneck profile from those prioritizing demanding ray-traced games. The Mega Charts preserve the evidence needed to see those patterns instead of burying them inside one synthetic index.
The ray-tracing section is deliberately narrow. GamersNexus says it maintains only three RT games on this long-term page even though more RT data appears in individual reviews. A buyer assessing a card mainly for path tracing, upscaling quality, frame generation, or a specific game’s vendor-specific features will therefore need the newer review coverage. Neither this chart collection nor most conventional GPU databases can turn baseline raster FPS into a complete assessment of those features.
The contradiction is more transitional than substantive, but it matters for readers bookmarking the page. The outlet is borrowing the idea of software release branches: an Active dataset receives frequent game, driver, and Windows reruns, while the LTS set trades current software for a wider inventory of older hardware. The new GPU page appears to be a current data set placed into a permanent archive structure ahead of its eventual handoff to LTS status.
GamersNexus should make that status more explicit at the chart level. A large database containing results from 1H26, launch-period results from Crimson Desert, and newer test rotations for Kingdom Come: Deliverance II is not a single frozen snapshot in the way “long-term support” can imply. The page’s own notes acknowledge that recent games receive major updates capable of making older results incomparable, which is why Kingdom Come: Deliverance II has fewer cards and requires more frequent rotation.
For now, readers should regard the page as an expansive 2026 reference set, then look for the date and software context of the individual chart before comparing it with a recent card review.
The consequence is that the charts are a record of a known configuration, not necessarily a promise of today’s performance after every Windows update, GPU driver release, shader-cache change, or game patch. This is most consequential for new architectures and recently released games, where driver work can materially alter behavior. It is less likely to affect a mature RTX 2060 or RX 5700 comparison, though GamersNexus correctly notes that old games and old GPUs can still change.
The documentation needs one more layer of precision. GamersNexus’ public primary-bench table identifies the CPU, motherboard, RAM settings, scheduler-related settings, and power plan, but it does not list the Windows edition, Windows build number, GPU driver versions, or a consolidated game-build ledger for this Mega Charts release. The linked methodology document was last updated on January 17, 2025 and says its methodology section remains under construction. GamersNexus flags that link as pending an update on the new GPU page.
For enthusiasts, that omission does not invalidate the results. It does limit reproducibility and makes it harder to diagnose a mismatch between the Mega Charts and a current Windows 11 installation. A revision label such as “Windows 11 build X, driver branch Y, game patch Z” beside each chart group would turn a useful archive into a substantially more auditable one.
That transparency is valuable, particularly for parts that rarely receive a full modern revisit. A reader searching for an RX 7650, Arc B570, RX 6600, or another edge-case card may finally see it placed near familiar hardware rather than having to infer its position from scattered launch-era reviews. But those comparisons should be used to narrow an upgrade decision, not settle one where the apparent gap is small.
The chart page’s greatest benefit is therefore also its practical rule: use it to establish the performance neighborhood, then validate any close call against the newest game-specific or product-specific review. GamersNexus has created a far better historical map of the GPU market; the missing Windows and driver version ledger is what still separates that map from a fully reproducible benchmark record.
There is a date wrinkle worth noting. The page header identifies August 4, 2026 as its publication and last-updated date, while its own update log says the initial creation occurred on August 3. GamersNexus does not explain whether that reflects a soft launch followed by editorial publication or simply an update-log convention, and no other outlet appears to have reported the timing. It is minor, but it illustrates why a permanent benchmark URL needs a meaningful revision history once readers begin treating it as a long-lived purchasing reference.
A broad comparison set built around a fixed 9800X3D platform
The charts use GamersNexus’ current GPU platform: a Ryzen 7 9800X3D overclocked to 5.4 GHz all-core, an ASUS X670E Hero motherboard, 32GB of DDR5-6000 memory with controlled timings, Resizable BAR enabled, hardware-accelerated GPU scheduling enabled, and the Windows High Performance power plan. The outlet says it maintains three calibrated versions of the bench and reruns at least one GPU per test cycle to detect drift caused by game patches, Windows changes, or other variables.That degree of platform control is the right foundation for a GPU comparison table. Tom’s Hardware independently uses the 9800X3D for its 2026 GPU testing as well, citing the need to limit CPU bottlenecks when comparing modern graphics cards. It is especially relevant at 1080p, where a slower processor can compress performance gaps among high-end GPUs and make a graphics card look less differentiated than it would on a faster system.
GamersNexus’ chosen bench also frames what the results mean for ordinary Windows gaming PCs. These are maximum-GPU-scaling numbers, not a forecast of performance on a Ryzen 5 5600X, Core i5-12400, laptop CPU, or a system with a background workload. GamersNexus has separate lower-end CPU-limited platforms for occasional testing, including the 5600X and i5-12400, but the Mega Charts are based on the higher-end 9800X3D environment.
That does not weaken the database. It makes the use case clear: the charts are most useful for locating the relative ceiling of a card, then checking a closer CPU match before assuming an upgrade will reproduce the same gain at 1080p or in CPU-heavy games.
Eleven games, but no synthetic “overall winner”
The current raster suite includes Dragon’s Dogma 2, Cyberpunk 2077: Phantom Liberty, Black Myth: Wukong, Baldur’s Gate 3, Dying Light 2, Final Fantasy XIV: Dawntrail, Kingdom Come: Deliverance II, Starfield, The Elder Scrolls IV: Oblivion Remastered, The Outer Worlds 2, and Crimson Desert. That creates a useful spread of game engines and workload types, with older GPUs represented in the more mature tests and a thinner field in the newer titles.The selection itself exposes an important limitation that readers should treat as a feature of the methodology rather than a flaw in the individual numbers: these are per-game comparison charts, not a universal GPU hierarchy. A card’s position in Baldur’s Gate 3 becomes less revealing at the high end because GamersNexus says the RTX 5090, RTX 4090, RTX 5080, RTX 4080, and Radeon RX 7900 XTX converge on CPU or engine limits even at 4K. The same card can separate much more sharply in Black Myth: Wukong, where the outlet says Nvidia enjoys a substantial advantage, particularly with ray tracing enabled.
That is why averaging every chart into a single “best GPU” score would conceal more than it reveals. Buyers choosing a card for Final Fantasy XIV, Starfield, or Baldur’s Gate 3 have a different bottleneck profile from those prioritizing demanding ray-traced games. The Mega Charts preserve the evidence needed to see those patterns instead of burying them inside one synthetic index.
The ray-tracing section is deliberately narrow. GamersNexus says it maintains only three RT games on this long-term page even though more RT data appears in individual reviews. A buyer assessing a card mainly for path tracing, upscaling quality, frame generation, or a specific game’s vendor-specific features will therefore need the newer review coverage. Neither this chart collection nor most conventional GPU databases can turn baseline raster FPS into a complete assessment of those features.
“Active” data is presented on a page described as long-term support
GamersNexus describes the Mega Charts page in two seemingly conflicting ways. Its introduction calls it a long-term stable reference dataset that will be less fresh than reviews, yet the methodology section says all data is considered “Active” during 2026 and will likely become long-term-support data in 2027.The contradiction is more transitional than substantive, but it matters for readers bookmarking the page. The outlet is borrowing the idea of software release branches: an Active dataset receives frequent game, driver, and Windows reruns, while the LTS set trades current software for a wider inventory of older hardware. The new GPU page appears to be a current data set placed into a permanent archive structure ahead of its eventual handoff to LTS status.
GamersNexus should make that status more explicit at the chart level. A large database containing results from 1H26, launch-period results from Crimson Desert, and newer test rotations for Kingdom Come: Deliverance II is not a single frozen snapshot in the way “long-term support” can imply. The page’s own notes acknowledge that recent games receive major updates capable of making older results incomparable, which is why Kingdom Come: Deliverance II has fewer cards and requires more frequent rotation.
For now, readers should regard the page as an expansive 2026 reference set, then look for the date and software context of the individual chart before comparing it with a recent card review.
Windows is a benchmark variable, and the page leaves part of it undocumented
GamersNexus is unusually direct about Windows being a source of benchmark change. It says major Windows updates trigger a full-suite retest for its review process, but the Mega Charts lock a Windows version for a data set so that the comparisons remain internally consistent. That is sound testing practice: changing Windows midway through a large GPU table creates a worse problem than retaining a controlled software baseline.The consequence is that the charts are a record of a known configuration, not necessarily a promise of today’s performance after every Windows update, GPU driver release, shader-cache change, or game patch. This is most consequential for new architectures and recently released games, where driver work can materially alter behavior. It is less likely to affect a mature RTX 2060 or RX 5700 comparison, though GamersNexus correctly notes that old games and old GPUs can still change.
The documentation needs one more layer of precision. GamersNexus’ public primary-bench table identifies the CPU, motherboard, RAM settings, scheduler-related settings, and power plan, but it does not list the Windows edition, Windows build number, GPU driver versions, or a consolidated game-build ledger for this Mega Charts release. The linked methodology document was last updated on January 17, 2025 and says its methodology section remains under construction. GamersNexus flags that link as pending an update on the new GPU page.
For enthusiasts, that omission does not invalidate the results. It does limit reproducibility and makes it harder to diagnose a mismatch between the Mega Charts and a current Windows 11 installation. A revision label such as “Windows 11 build X, driver branch Y, game patch Z” beside each chart group would turn a useful archive into a substantially more auditable one.
The added cards carry a lower verification tier
GamersNexus’ most important disclosure is also its least flattering: some “bonus” Mega Charts results receive reduced vetting compared with data in a full launch review. The outlet says its normal validation process can involve checks by three or four people, plus two Editor-in-Chief passes and manual comparison against expected performance gaps. The added Mega Charts data is still checked, GamersNexus says, but not by as many people.That transparency is valuable, particularly for parts that rarely receive a full modern revisit. A reader searching for an RX 7650, Arc B570, RX 6600, or another edge-case card may finally see it placed near familiar hardware rather than having to infer its position from scattered launch-era reviews. But those comparisons should be used to narrow an upgrade decision, not settle one where the apparent gap is small.
The chart page’s greatest benefit is therefore also its practical rule: use it to establish the performance neighborhood, then validate any close call against the newest game-specific or product-specific review. GamersNexus has created a far better historical map of the GPU market; the missing Windows and driver version ledger is what still separates that map from a fully reproducible benchmark record.