Four-gigabyte graphics cards are back. In 2026, AMD has decided that what the entry-level GPU market really needs is another model with a memory capacity that was already inadequate four years ago.
The new Radeon RX 9050 comes in an 8GB configuration, but AMD has also created a 4GB version for OEM systems. That means you probably won't find the lesser model sitting on a retail shelf. Instead, it will appear in inexpensive prebuilt PCs aimed at less-informed buyers – the people most likely to assume that a new Radeon bearing a current-generation model number will be capable of playing current-generation games.
We've seen this strategy before. The obvious spiritual predecessor to the 4GB RX 9050 is the Radeon RX 6500 XT, launched in January 2022 at a nominal $200 MSRP. That was during the cryptocurrency-fueled GPU shortage, so in practice many buyers faced prices closer to $300. Even at the official price, it was one of the worst graphics card releases in recent memory.
The problems extended well beyond its 4GB VRAM buffer. AMD equipped the RX 6500 XT with only two display outputs – one DisplayPort and one HDMI – removed the hardware video encoder, and connected the GPU through a PCIe 4.0 x4 interface. If a game exceeded the local memory capacity and began moving data through system memory, that narrow interface could become another serious bottleneck, particularly in older PCIe 3.0 systems.
We warned buyers about all of this at launch. The 6500 XT was poorly equipped for gaming in 2022 and had little prospect of aging well. But what does that look like four and a half years later? To find out, I spent time actually playing a dozen recent games on the 4GB card, adjusting settings as necessary to see whether each title could deliver a usable experience.
This is not a conventional chart-heavy benchmark review. The point is to find out what owning this GPU is like today. Can it load the latest games? Can aggressive quality reductions rescue performance? And when the frame-rate counter finally reaches an acceptable number, is the resulting image still worth looking at?
The short answer is that the RX 6500 XT can technically run more games than you might expect. The important answer is that "it launches" and "it is playable" are very different standards.
A Best-Case Test System
Before looking at the games, the test platform needs some context. The RX 6500 XT was paired with a Ryzen 7 9800X3D and 32GB of DDR5 memory in a modern PCIe 5.0-capable system. Because the card itself is limited to PCIe 4.0, it operated at its maximum PCIe 4.0 x4 link speed.
That is a far better supporting system than this GPU would normally have. A typical budget PC from 2022 might combine the 6500 XT with a PCIe 3.0 processor and 16GB of system memory. Both differences matter.
When a game fills the 4GB VRAM buffer, assets can spill into system memory. On the system used here, 32GB of RAM provides some room for that overflow, and PCIe 4.0 offers twice the bandwidth of a PCIe 3.0 link at the same lane count.
Put this GPU in a PCIe 3.0 system (as our original testing demonstrated) and the narrow x4 interface can cause a significant additional performance loss. Reduce system memory to 16GB, and several of the games tested here would also have less capacity to absorb those overflowing resources.
In other words, the results that follow are closer to a best-case scenario than a realistic reconstruction of the average RX 6500 XT gaming PC. But hey, this is all for fun. So here we go.
Gaming Tests
Assassin's Creed Black Flag Resynced
We began with Assassin's Creed Black Flag Resynced, a 2026 remake of a game that the original 6500 XT would have handled without difficulty. At 1440p using native TAA and the high preset, the game estimated that it needed 7.5GB of memory from a 4GB card. Performance landed at roughly 9 fps – more stop-motion than a cinematic experience.
Dropping to 1080p and the low preset nearly doubled performance, but only to around 17 fps. Adding FSR Performance upscaling pushed the counter above 30 fps in quiet views, while populated areas fell into the low 20s; we observed about 23 fps with NPCs on screen. Worse, FSR Performance at a 1080p output looked extremely blurry and pixelated.
The only way to reach something approaching a usable result was to combine the ultra-low preset with 1080p FSR Performance. That raised performance to roughly 45 fps in the same area, but image quality was severely compromised. Afterburner reported 3.9GB of VRAM in use, while the game's own estimate still showed a 5.4GB requirement.
Black Flag Resynced therefore passes only the most literal test: the game loads and accepts input. A sub-1080p internal resolution, the ultra-low preset, visibly degraded image quality, and a frame rate still below 60 fps do not add up to a reasonable PC experience.
007 First Light
007 First Light was already configured largely at its lowest settings after switching the output to 1080p. In the demanding Mauritania level, native rendering produced just 20 fps. The game estimated 5.7GB of video memory use, Afterburner showed the 4GB buffer essentially full at 3.8GB, and total system memory use reached 22GB – a strong indication that resources were spilling into RAM.
To check out the slideshow-like version of gameplay at higher settings, check out the HUB gameplay clip below:
FSR Performance upscaling lifted the frame rate slightly above 30 fps in places, but camera movement still sent it into the 20s. GPU utilization was also at 99%, suggesting this was not purely a VRAM problem; the 6500 XT's limited processing power was being fully exercised as well.
Again, the compromise failed on both sides. Performance remained poor, while the aggressive upscaling made an already low-quality presentation extremely blurry and pixelated. Anyone buying an entry-level GPU should expect to reduce settings over time, but 1080p low with Performance-mode upscaling should at least deliver a consistently playable frame rate. Here, it did not.
Crimson Desert
Crimson Desert offered an interesting look at the difference between memory and compute limitations. At 1440p, native resolution, and the ultra preset, the game managed only 10 to 11 fps in a city area. Moving to 1080p barely helped, producing around 10 to 12 fps in the same scene.
To check out the slideshow-like version of gameplay at higher settings, check out the HUB gameplay clip below:
At 1080p low, performance climbed into the 17 – 20 fps range. Yet observed VRAM use at that point was only about 3.1GB, which suggests that the GPU itself – not merely its memory capacity – was the primary limitation in that configuration.
The minimum preset raised performance to about 27 fps, but it also appeared to reduce image quality far more aggressively than the settings menu implied. Although the output remained set to 1080p, the picture became exceptionally blurry and characters lost most of their visible detail.
Combining that minimum preset with FSR Performance produced around 38 fps. The game's estimate showed a 5.5GB memory requirement, observed VRAM allocation was about 3.3GB, and system memory use sat near 20GB. Regardless of precisely how those different counters accounted for memory, the practical result was obvious: severe pixelation and artifacts at a still-mediocre frame rate.
Crimson Desert was not worth playing this way. The RX 6500 XT lacked both the processing performance and memory resources needed to present the game acceptably.
Borderlands 4
Borderlands 4 first presented a black screen for roughly 30 seconds, at times rendering that black screen at 3 fps. It eventually reached the game, where the default combination of 1080p, the very high preset, and FSR Balanced delivered about 5 fps. Textures failed to resolve properly, the ground looked muddy, and aiming was effectively impossible.
To check out the slideshow-like version of gameplay at higher settings, check out the HUB gameplay clip below:
The low preset with FSR Balanced improved performance to roughly 22 – 25 fps. Switching all the way to FSR Ultra Performance barely changed matters, yielding around 25 – 27 fps while making the image resemble a very low-resolution video stretched to fill a 1080p display.
Frame generation pushed the displayed counter to about 44 fps, which might look passable if presented without context on a bar chart. In motion, it was anything but. The low base frame rate produced poor latency, obvious artifacts, heavy stuttering, and a rubber-band feel when turning the camera. Generating intermediate frames cannot repair an underlying render rate in the mid-20s.
So, is Borderlands 4 playable on the 6500 XT? It can be made to display more than 40 frames per second, but only after reducing the game to a blurry mess and generating frames from an inadequate base rate. Calling that playable would render the word meaningless.
Cyberpunk 2077
New 2026 releases are demanding, but the 6500 XT also struggles badly in a game that predates it. Cyberpunk 2077 arrived in 2020, more than a year before AMD launched this card.
To check out the slideshow-like version of gameplay at higher settings, check out the HUB gameplay clip below:
In the Phantom Liberty area at 1080p using the ultra preset without ray tracing, performance hovered around 21 – 23 fps. The medium preset raised that to roughly 35 fps, though traversal could still cause dips below 30 along with noticeable frame-time spikes.
At the low preset, the game ran in the low 30s to around 40 fps depending on the moment, but the counter understated how poor it felt. The 1% low in one pass was about 25 fps, and regular hitches created a brief pause-and-rubber-band effect while moving through the environment. We also saw delayed texture loading on distant objects.
Adding FSR Performance at 1080p low still failed to reach 60 fps. The 1% low remained in the 30s, traversal stutters persisted, and image quality became predictably soft and pixelated.
Cyberpunk is a particularly damning result because it shows that the 6500 XT was not merely overtaken by future software. One of the most prominent PC games available when the card was released could not be made to run well, even after reducing settings and output quality to levels far below what most PC gamers would consider acceptable.
Mafia: The Old Country
For Mafia: The Old Country, we skipped the optimistic settings and began at 1080p low with native rendering. Even then, driving through the countryside produced frame rates in the low teens. The settings menu also reported that the card was over its available VRAM budget, although it oddly listed only about 2.5GB as available to the game.
To check out the slideshow-like version of gameplay at higher settings, check out the HUB gameplay clip below:
FSR Performance lifted the result to just under 30 fps after frame generation was disabled. In a denser town area, performance fell to roughly 25 fps. The low preset was already stripping away detail, and Performance-mode upscaling at a 1080p output left very little clarity in the final image.
Mafia therefore joined the growing list of games that could be launched but not sensibly played. Even the console-style 30 fps threshold remained out of reach in demanding areas, despite using the lowest preset and aggressive resolution scaling.
Indiana Jones and the Great Circle
Indiana Jones and the Great Circle uses hardware ray tracing as a fundamental part of its renderer, making it an especially hostile workload for a low-end RDNA 2 GPU. At 1440p the initial result was in the single digits. Even after switching to 1080p, the Supreme preset produced only about 7 – 10 fps.
To check out the slideshow-like version of gameplay at higher settings, check out the HUB gameplay clip below:
Restarting with the low preset at native 1080p improved performance to around 17 fps. FSR Performance then moved the counter mostly into the low-to-mid 20s. Small indoor areas could briefly exceed 30 fps, but other rooms and corridors dropped back to roughly 22 – 27 fps.
The performance figures were only part of the problem. System memory use approached 25GB while VRAM allocation sat around 3.6GB. Large surfaces appeared to be missing detailed textures, books and doors used visibly low-resolution assets, paintings sometimes never resolved, and shadow quality was extremely poor.
There were no meaningful settings left to reduce: this was already 1080p low with FSR Performance. The 6500 XT supports ray tracing on paper, but Indiana Jones demonstrates why feature support alone says nothing about whether the hardware is fast enough to use that feature.
Kingdom Come: Deliverance II
Kingdom Come: Deliverance II was one of the better results. Kuttenberg is among the game's more demanding areas, and at 1080p native using the ultra preset, the 6500 XT managed about 11 fps. That was obviously unusable, but this game offers substantial scaling between presets.
At 1080p low with native SMAA T2X rendering, performance rose to roughly 40 fps. More importantly, frame delivery was relatively smooth. Cyberpunk could report a similar average while still feeling poor because of its persistent hitches; Kingdom Come's lower but steadier output was much more usable.
To check out the slideshow-like version of gameplay at higher settings, check out the HUB gameplay clip below:
Enabling FSR Quality moved performance to around 55 – 60 fps, sometimes just over 60 depending on the view. The trade-off was visible blur and very low-detail distant textures. This was not a premium experience, but it was playable.
Even this qualified success requires the earlier test-system caveat. The card was backed by a 9800X3D, 32GB of system memory, and its full PCIe 4.0 x4 link. A period-appropriate PCIe 3.0 budget PC with 16GB of RAM would be less forgiving when assets overflowed the VRAM buffer.
Forza Horizon 6
Forza Horizon 6 showed that careful preset design can keep a 4GB card alive, though the highest settings failed spectacularly. At 1080p native using the extreme preset, the game issued a low-video-memory warning, indicated roughly 8GB of memory use, ran at about 12 fps, and crashed shortly after entering the world.
To check out the slideshow-like version of gameplay at higher settings, check out the HUB gameplay clip below:
The very low preset transformed performance, reaching roughly 80 – 90 fps and at times climbing into the 90s. That makes Forza one of the few games in this test that the 6500 XT could run at a genuinely high frame rate. The cost was a drastic reduction in visual quality, most notably the complete removal of shadows, which gave the world an almost mobile-game appearance.
The regular low preset looked better, but performance was erratic. We saw an initial drop near 30 fps, along with stuttering during traversal, before the frame rate moved higher. In a more demanding city area it generally sat around 49 – 50 fps, with approximately 3.5GB of VRAM in use.
Very low is the better choice if smoothness matters, while low offers a more presentable image at a sub-60 fps frame rate. Neither is ideal, but Forza Horizon 6 earns a pass because it provides a real choice and can deliver responsive gameplay without upscaling or frame generation.
Lego Batman: Legacy of the Dark Knight
Lego Batman: Legacy of the Dark Knight also produced a surprisingly reasonable result once settings were reduced. At 1080p native with a mostly medium configuration, the Batcave initially fell into single-digit frame rates with substantial stuttering. The Gotham City open world then ran at only about 15 – 17 fps.
To check out the slideshow-like version of gameplay at higher settings, check out the HUB gameplay clip below:
Changing to the low preset made an enormous difference. Performance in the Batcave could reach 100 fps, while the more demanding open world generally ran just below 60 fps, often around 49 – 50 fps. VRAM use remained contained at about 3.6GB.
The visual presentation was clearly reduced, and driving through the open world could still expose the game's heavier sections, but this was a legitimate playable experience: native 1080p, no aggressive upscaling, and a frame rate near 50 fps in a demanding Unreal Engine 5 title.
Among the new AAA games tested, Lego Batman was the clearest success for the RX 6500 XT. It also reinforced a broader point: the mere presence of a demanding engine does not dictate the result. A game with a low preset that genuinely manages memory and scales its workload can still accommodate limited hardware. Most of today's major releases simply cannot do enough within 4GB.
Battlefield 6
Single-player games can sometimes tolerate a 30 or 40 fps compromise. A competitive multiplayer shooter is a different matter, so Battlefield 6 was tested in a live Conquest match at 1080p using the low preset.
To check out the slideshow-like version of gameplay at higher settings, check out the HUB gameplay clip below:
The RX 6500 XT could not maintain 60 fps even while leaving the quiet spawn area. Approaching the action reduced performance into the low 40s, with readings around 41 – 44 fps. Explosions and vehicles could pull it below 40 fps just as responsiveness mattered most.
FSR Performance did not solve the problem. The image became substantially less clear – an obvious disadvantage when trying to identify distant players – yet demanding combat still ran at roughly 40 fps and remained below 60.
Battlefield 6 is exactly the sort of game that exposes the weakness of treating a 4GB GPU as a viable esports-only product. A buyer may spend most of their time in Counter-Strike 2, Valorant, or another lightweight title, but multiplayer communities move between games. When friends jump into the newest Battlefield, the 6500 XT owner is left with low settings, heavily upscaled visuals, and a frame rate unsuitable for the action.
Marvel Rivals
Marvel Rivals completed the test with another popular multiplayer workload. In its benchmark at 1080p low using native rendering, the 6500 XT averaged around 40 fps, recorded a minimum near 30 fps, and experienced substantial dips below 40.
To check out the slideshow-like version of gameplay at higher settings, check out the HUB gameplay clip below:
FSR Performance could lift the displayed rate, but it still fell below 60 fps in numerous situations. As with Battlefield, sacrificing clarity is particularly undesirable in a competitive game, and an unstable sub-60 fps experience is a poor baseline regardless.
This leaves the 6500 XT in a very narrow niche. It is adequate if you play one known, lightweight game and never intend to move beyond it. It is not adequate if you want the flexibility normally associated with a gaming PC – trying a new AAA release, joining friends in the latest multiplayer title, or simply expecting a $200 – $300 graphics card to remain useful for four years.
What We Learned
The Radeon RX 6500 XT was dead on arrival in 2022, and time has only made its flaws more obvious. Of the 12 games tested, just a few delivered what could reasonably be described as playable performance. Lego Batman worked at native 1080p low. Forza Horizon 6 ran well on its extremely cut-back very low preset and acceptably on low. Kingdom Come: Deliverance II was usable at low settings with FSR Quality.
Most of the remaining games demanded ugly compromises and still ran poorly. Black Flag Resynced needed ultra-low settings and FSR Performance to reach roughly 45 fps. 007 First Light stayed close to 30 fps or below. Crimson Desert combined its minimum preset and Performance upscaling for just 38 fps.
Borderlands 4 needed frame generation to display around 44 fps from a base rate in the 20s. Mafia and Indiana Jones remained below 30 fps in demanding areas. Battlefield 6 and Marvel Rivals could not deliver the responsiveness expected from current multiplayer games.
Cyberpunk 2077 may be the most important failure of all. It was already on the market when AMD released the RX 6500 XT, yet the card still cannot provide a consistently good experience at 1080p low. This product did not become inadequate after four years of unexpectedly demanding games. It started that way.
Its other limitations are just as difficult to defend today. The two display outputs restrict multi-monitor use. The missing video encoder means owners cannot use the GPU's hardware to record their gameplay. The PCIe 4.0 x4 interface makes memory overflow especially painful on PCIe 3.0 systems – precisely the older, cheaper PCs in which a low-end graphics card was likely to be installed.
Why the 4GB Radeon RX 9050 is So Concerning
This is why AMD's new 4GB RX 9050 is not merely an underwhelming specification. It repeats a mistake whose consequences are already visible.
The RX 9050 itself will be faster and more feature-rich than the RX 6500 XT; this test is not intended to claim otherwise. The issue is the decision to sell a new gaming GPU with just 4GB of VRAM in 2026. Current games already exceed that capacity at low settings, and the situation will not improve as more demanding titles arrive.
Perhaps the card will look acceptable in carefully chosen benchmarks. It will run Counter-Strike 2, Valorant, and other lightweight competitive games. Some titles will scale down well, and modern frame generation can always inflate a displayed frame-rate number. But that does not create a versatile gaming product. If the underlying game runs at 20 or 30 fps, generated frames will not repair latency, stuttering, or poor responsiveness.
The OEM-only positioning makes the 4GB model more troubling, not less.
DIY buyers who read reviews and compare specifications are unlikely to choose it. The likely customer is someone walking into a store or browsing complete PCs by price, seeing a current Radeon RX 9000-series badge, and assuming the machine is equipped for modern gaming. They may not discover the limitation until a new game demands 6GB, 8GB, or more and no combination of low settings and upscaling produces a satisfying result.
That was the trap with the RX 6500 XT. During the 2022 GPU shortage, buyers paid real money (often far more than the nominal $200 MSRP) for a product that was compromised from its first day and offered no headroom for the future. Four-plus years later, it has aged exactly as badly as expected.
AMD should have learned from that release. Instead, 4GB graphics cards are back, and the buyers most exposed to the problem are the ones least likely to understand what they are being sold.