by Apple's mobile hardware is renowned for its gaming prowess, with modern iPhones having surprising amounts of horsepower to turn to the task of rendering graphically demanding games. In prior testing, we established that newer iPhone models can typically beat the original Switch, but how do these same models fare against Switch 2? We've put Apple's most powerful mobile, the iPhone 17 Pro, through a three-game gauntlet to find out.
Our examination begins with Grid Legends, a 2022 racing title with largely last-gen visuals that highlights the subtle differences in prioritisation between the two platforms. In performance mode, both devices target 60fps, yet their visual profiles diverge considerably. The Switch 2 manages to incorporate environmental details like confetti particles and car mist which are absent on iPhone, but the iPhone version retains high-quality volumetric lighting that is absent from some tracks in Switch 2. It's a visual discrepancy that illustrates how developers are choosing to distribute resources on different hardware.
Technically, the iPhone renders roughly 20 percent more pixels than the Switch 2 due to its unique aspect ratio, though actual image quality is broadly comparable. Performance tells a different story: while the iPhone offers a rock-solid 60fps, the Switch 2 relies on VRR tech to smooth over occasional drops in intense racing sequences. The result is that both feel largely playable, but the iPhone actually provides a more consistent experience during high-action moments. It's a similar story in graphics mode, where the iPhone version takes a commanding visual lead in terms of features, falls behind slightly in terms of image quality, but benefits from a reliable 40fps in contrast to the Switch 2's 30fps update.
Transitioning to Resident Evil 7 reveals a starker contrast. The Switch 2 version provides a near-parity experience to home consoles, maintaining a coherent and sharp image. In comparison, the iPhone port feels distinctly mobile; essential lighting effects like screen-space reflections are cut back, and textures appear noticeably degraded to accommodate the platform's limitations. It is a competent port, but it lacks the visual sophistication of the Switch 2 version.
The disparity is further widened by how each device handles image reconstruction. The Switch 2 utilises upscaling techniques - likely DLSS - to produce a stable, clean picture despite a limited 432p internal resolution. The iPhone, meanwhile, appears to lean on the RE Engine's TAA, which can result in an unstable and blurrier image, even with a higher 720p internal resolution. Furthermore, the iPhone's configuration is conservative, likely designed to protect battery life and prevent thermal throttling during extended sessions, rather than pushing for visual perfection.
The 2013 Tomb Raider reboot serves as another fascinating case study in trade-offs. The Switch 2 version, despite initial controversies regarding foliage and hair physics, has been patched to include realistic strand hair and improved shadows. While it remains far from true home-console parity, it pushes for visual complexity that the iPhone simply avoids. Apple's version is visibly simplified, eschewing advanced hair rendering in favour of maintaining a consistent 60fps, prioritising performance stability over visual flair. The Switch 2 version doesn't support VRR, so the common drops below 60fps are keenly felt.
Finally, looking at 2010's Red Dead Redemption emphasises the maturity of the Switch 2's software stack. Nintendo's console delivers a crisp, stable 60fps experience that feels remarkably clean for a title of its vintage, upscaled using DLSS from ~540p. The iPhone port is notably more compromised, capped at 40fps and suffering from a lack of effective temporal upscaling. For such an aged game, the iPhone's performance feels somewhat underwhelming, suggesting that it is not fully leveraging the potential of the A19 Pro chip.
The fundamental struggle between these devices boils down to architectural philosophy. The iPhone boasts a cutting-edge 3nm chip that is generations ahead of the Switch 2's dated Nvidia processor. However, the Switch 2 benefits from a proprietary graphics API, active cooling and specific developer attention. Furthermore, iPhone developers must contend with thermal constraints and battery anxiety, which often leads to conservative game configurations that fail to saturate the latest Apple silicon - if these mobile releases are updated at all to support the new phones released each year.
Ultimately, both the iPhone 17 Pro and Switch 2 are capable of delivering impressive mobile gaming experiences, albeit through different strategies. A well-optimised phone release can certainly stand toe-to-toe with Nintendo's hardware, provided developers push the silicon to its limits. Moving forward, watching how newer, more demanding titles perform on both systems will be essential to understanding the long-term viability of the Switch 2 and the evolving capabilities of Apple's smartphone empire.