Why New Smartphone Cameras Feel Worse

Summary of Key Technological Concepts and Findings

• Experiment setup (testing camera generations): The creator compares every iPhone generation from iPhone 1 through iPhone 17, taking the same photo back-to-back across multiple scenarios and even using different phones to validate patterns.
• Main conclusion: New smartphone cameras aren’t always physically far and away better in everyday shots. For many users, newer models can look very similar to older ones, especially in ideal conditions.
• Why improvements slowed: Phone cameras improved rapidly early on (e.g., the initial iPhone camera being low-end), but by around the 2010s phones stopped getting much larger. Camera bump growth is limited by physics/space in a pocket, making dramatic gains harder to achieve.
• What matters now (edge cases): Since most phones already deliver perfectly usable photos in broad daylight, the real differentiation comes from hard situations, such as:
  • Low light
  • Fast-moving subjects
  • Deep zoom
  • Extremely difficult lighting/composition (especially backlit scenes)

Computational Photography vs. “Over-Processing”

Modern “Always Good” Behavior

In worst-case lighting (example: fully backlit scene), modern phones use heavy computational photography, including:

• Multi-frame HDR
• Tone mapping / exposure adjustment
• Face detection

Result: The camera can keep faces visible and preserve sky/detail in a single shot.

Older Phones as Comparison

A Nexus 4 example (pre–smart HDR era) is used to show how bad the scene can look without modern multi-frame HDR and exposure logic.

Tradeoff the Creator Argues

While modern cameras are designed to never produce a “bad” photo, the same correction techniques can sometimes make regular daylight photos slightly worse, causing an over-processed look, such as:

• Overblown dynamic range
• Haloing around high-contrast edges (e.g., windows)
• Unnatural glow or flatness
• Inaccurate facial lighting (face details may look preserved but not realistically lit)

Evidence from Brand Evolution (Samsung Galaxy S Line)

• The creator compares the same photo across Samsung Galaxy S generations (S1 → S9 → S26).
• Turning point: Around Galaxy S9, multi-frame HDR begins enabling much better sky/window visibility.
• But later tuning looks worse: By modern models (example referenced as S26), the creator prefers earlier output (around S23) because the image looks more natural, with less HDR/less haloing, even if it has “slightly worse” detail.

Practical Guidance / “Reviews” of Workflows

• Key concept: There’s a balancing act in camera tuning—companies must decide when to apply processing aggressively and when to hold back.
• Viewfinder vs final image gap: The creator highlights the visible “snap into place” when processing finishes after capture. This effect becomes more dramatic in harder scenes, and it’s the post-processing they critique when it overdoes it.
• Apps to reduce post-processing: The creator suggests using apps that can reduce or even disable heavy post-processing (not always straightforward, but worth trying).
• Links promised:
  • Apps that can help turn down/disable computational processing
  • Shorts containing all generations and their photos

Main Speakers / Sources

• Speaker/source: The YouTuber/creator conducting the iPhone and Samsung/Galaxy camera-generation tests (name referenced in subtitles as “Stuff Made Here”).