Global shutter technology, long associated with environments that demand flawless tracking of motion, is steadily moving from factory floors and high-end broadcast gear toward mainstream mobile hardware. Its defining trait is the ability to capture every pixel simultaneously, preventing the bending and skewing artefacts that rolling shutters often introduce when subjects move at speed. This behaviour is a major advantage for scenarios where accuracy matters, such as sports capture or automated visual monitoring on production lines, where clarity is essential.
| Image credit: Samsung
- Global shutter sensors are coming to phones, promising sharper motion shots with no distortion.
- Samsung is developing a 12MP global shutter module designed for fast, accurate imaging.
- Built-in analog-to-digital converters could boost readout speeds for high-motion photography.
- Apple is also exploring global shutter tech, hinting at a wider industry shift.
- Smartphones may soon overcome rolling-shutter motion artefacts across flagship devices.
Global shutter technology, long associated with environments that demand flawless tracking of motion, is steadily moving from factory floors and high-end broadcast gear toward mainstream mobile hardware. Its defining trait is the ability to capture every pixel simultaneously, preventing the bending and skewing artefacts that rolling shutters often introduce when subjects move at speed. This behaviour is a major advantage for scenarios where accuracy matters, such as sports capture or automated visual monitoring on production lines, where clarity is essential.
The pla
Fresh details emerging from Samsung point to the company preparing a global shutter sensor built with 1.5 µm pixels arranged in a 2x2 layout. The configuration reportedly totals 12MP, which strongly hints at a deployment on either a telephoto system or an ultrawide module rather than the main camera. Another piece of the puzzle is the inclusion of an embedded analog-to-digital converter linked to each pixel cluster, a design choice that boosts readout speed and reduces delay during rapid-fire photography, giving handset makers more flexibility in high-motion scenes.
The push toward global shutter adoption is not limited to one manufacturer. Apple is said to be exploring similar integrations for upcoming iPhone models, signalling a possible shift across the broader flagship market as brands look to solve long-standing motion capture limitations without relying on traditional rolling shutter behaviour.