iPhone 18 Pro Max and Galaxy S26 Ultra camera performance comparison

The iPhone 18 Pro Max and Samsung Galaxy S26 Ultra demonstrate distinct strengths in mobile photography and videography. The iPhone 18 Pro Max excels in primary camera detail, low-light performance, and HDR processing, consistently producing more natural skin tones and better-controlled highlights in complex lighting. Its new variable aperture lens provides hardware-based depth control, which the reviewer notes is superior to software-based portrait modes. Conversely, the Galaxy S26 Ultra outperforms the iPhone in ultrawide photography and long-range zoom capabilities, particularly at 5x magnification and beyond. While both devices offer robust video recording features, the iPhone provides smoother zoom transitions and superior lens flare management. Samsung’s device offers more versatile manual camera settings and AI-based editing tools, though its 3x telephoto sensor struggles with noise in low-light conditions. Ultimately, the choice between these devices depends on the user's specific photography priorities, with the iPhone favored for general primary camera use and the Galaxy preferred for its ultrawide and zoom versatility.

Tech4K StaffVideo report

The iPhone 18 Pro Max and Samsung Galaxy S26 Ultra demonstrate distinct strengths in mobile photography and videography. The iPhone 18 Pro Max excels in primary camera detail, low-light performance, and HDR processing, consistently producing more natural skin tones and better-controlled highlights in complex lighting. Its new variable aperture lens provides hardware-based depth control, which the reviewer notes is superior to software-based portrait modes. Conversely, the Galaxy S26 Ultra outperforms the iPhone in ultrawide photography and long-range zoom capabilities, particularly at 5x magnification and beyond. While both devices offer robust video recording features, the iPhone provides smoother zoom transitions and superior lens flare management. Samsung’s device offers more versatile manual camera settings and AI-based editing tools, though its 3x telephoto sensor struggles with noise in low-light conditions. Ultimately, the choice between these devices depends on the user's specific photography priorities, with the iPhone favored for general primary camera use and the Galaxy preferred for its ultrawide and zoom versatility.

The iPhone 18 Pro Max provides superior primary camera detail and low-light performance compared to the Galaxy S26 Ultra. Samsung’s Galaxy S26 Ultra offers better ultrawide camera performance and more effective long-range zoom capabilities.

The iPhone 18 Pro Max features a new variable aperture lens that allows for hardware-based depth control in images. The Galaxy S26 Ultra includes more versatile manual camera settings and a comprehensive suite of AI-based editing tools.

The iPhone 18 Pro Max demonstrates better HDR processing and more natural skin tone reproduction in challenging lighting. The Galaxy S26 Ultra’s 3x telephoto sensor exhibits noticeable noise and color issues in low-light photography.

Chapter guide

Camera hardware specificationsA side-by-side comparison of the camera hardware specifications for both smartphones.Primary camera performanceAnalysis of primary camera details, variable aperture functionality, and low-light performance.Color and skin tone accuracyEvaluation of color reproduction, photographic styles, and skin tone rendering.HDR and portrait photographyComparison of HDR processing and portrait mode edge detection across various zoom levels.Ultrawide and zoom capabilitiesAssessment of ultrawide camera quality, macro photography, and long-range zoom performance.Selfie camera performanceComparison of front-facing camera quality, HDR, and portrait mode in various lighting conditions.Video recording and audio featuresAnalysis of 4K video quality, stabilization, and audio editing tools.

Worth noting

  • The video references unverified rumors regarding the potential removal of the 3x telephoto camera in the upcoming Samsung Galaxy S27 Ultra.
  • The comparison is based on the reviewer's subjective assessment of image and video quality.

Watch the original video ↗