RTX 5070 vs RX 9070 video tests 13 games

A YouTube video published on May 22 put Nvidia's GeForce RTX 5070 and AMD's Radeon RX 9070 side by side in 13 games at 1440p. The comparison was framed around more than native frame rates, with DLSS 4.5 and FSR 4.1 named directly in the video title and used as part of the buying discussion. That approach matches how many GPU comparisons are now presented to consumers: not just as raw raster tests, but as ecosystem tests built around upscaling, frame generation and game support. The video is being cited in enthusiast hardware discussion because it treats software features as part of the product, not as a separate appendix. For buyers looking at cards in this class, that changes the question from which GPU is faster in a single chart to which stack shows up more often in the games and settings they actually use. ### Why did this comparison get attention beyond the usual benchmark crowd? The May 22 upload stood out because it tested 13 games at 1440p while explicitly foregrounding DLSS 4.5 and FSR 4.1. That is a different emphasis from older head-to-head videos that centered almost entirely on native rendering. The wording matters. By naming Nvidia's and AMD's feature stacks in the title, the video signals that the comparison is not limited to shader throughput or average frames per second. It is also about how each vendor's software tools affect the delivered experience in supported games. ### Why does 1440p matter so much in this kind of test? At 1440p, mid-to-upper-tier graphics cards are often judged on whether they can sustain high-refresh gaming without forcing users into the highest possible price tier. That makes the resolution a practical battleground for cards like the RTX 5070 and RX 9070. At that resolution, upscaling and frame-generation features can have a larger role in the purchase decision because they can change how demanding games feel in day-to-day play. A buyer choosing for 1440p is often comparing not just native output, but how well each card handles heavier settings with vendor-specific features turned on. ### Why were DLSS 4.5 and FSR 4.1 treated as central, not optional? DLSS 4.5 and FSR 4.1 were central in the video's framing because software support has become part of how GPU value is presented to mainstream buyers. In practice, many current comparisons ask whether a card's ecosystem is mature, widely supported and consistent across new releases. That does not eliminate raw performance. It does mean a benchmark can now be read in two layers: first, what the hardware does on its own; second, what the platform adds when supported settings are enabled. In that setup, feature availability, image quality trade-offs and game-by-game support become part of the headline result. ### Does a 13-game test settle which card is better? A 13-game sample is broad enough to show patterns, but it is still a selected test set. The result depends on which games were chosen, what presets were used, and how feature support differed from title to title. That is why videos like this are most useful as buying context rather than as a final verdict. A player focused on competitive titles may weigh latency and native rendering more heavily. A player focused on recent single-player releases may care more about upscaling quality, frame generation and day-one support. ### What should viewers check before treating the video as a purchase guide? The first thing to check is the game list. A 13-game roundup is only as useful as its overlap with the titles a buyer actually plays. The second is settings methodology. At 1440p, results can shift materially depending on whether the test prioritizes native rendering, balanced upscaling modes, or frame generation. The third is feature parity: some games may support one vendor's stack more fully than the other's, which can shape the practical outcome as much as the silicon itself. The video remains available on YouTube, where viewers can review the 13-game lineup, the 1440p settings and the DLSS 4.5 and FSR 4.1 conditions used in the comparison.