Samsung is preparing changes to the design of the Galaxy S26 Ultra, focusing on the front camera. Recent leaks suggest that the hole for the selfie sensor will be larger than the current model. This change aims to improve the field of view of photos. The launch is scheduled for February 2026, in Seoul, South Korea.
Reliable informants indicate that the hole diameter will reach 4mm, the largest ever used in an Ultra from the brand. Unlike past reduction trends, this expansion comes with a subtle sensor upgrade. The company seeks to balance aesthetics and functionality at the top of the line.
- Field of view expanded to 85 degrees, same as the S25 Ultra’s main camera.
- Edges kept uniform, without thinning like Chinese rivals.
- More rounded corners for greater comfort in daily handling.
Selfie sensor details revealed
The front sensor of the Galaxy S26 Ultra will maintain 12MP resolution, but will gain efficiency at wide angles. This adaptation allows for more inclusive captures in groups or landscapes. Initial tests point to a reduction in distortions at the edges of images.
Samsung prioritizes this evolution to compete with flagships that emphasize social photography. The larger hole does not alter the central punch-hole, preserving the 6.8-inch flat screen.
Comparison with the Galaxy S25 Ultra
The predecessor has a hole of about 3mm, otimized for minimalism. On the S26 Ultra, the increase is aimed at performance, not just visuals. The edges remain 1.5mm thick, prioritizing durability over ultra-thin design.
Rivals like OPPO Find X9 display edges below 1mm, but Samsung opts for thermal balance. This choice reflects usability testing in real scenarios.
The general structure has soft curves at the corners, reducing fatigue during prolonged use. Comparison images show the S26 Ultra to be 2% wider but 1mm thinner in body.
Evolution in the rear camera system
The rear assembly of the Galaxy S26 Ultra includes a 200MP main sensor with f/1.4 aperture. The ultra-wide angle maintains 50MP, while the 3x telephoto uses an optimized 10MP.
A new feature is the unified pill-shaped module for three lenses, changing the individual layout of the S25. This setting improves alignment during recordings. 5x periscope preserves 50MP for stable optical zoom.
- APV codec support for high quality videos.
- AI integration for automatic focus adjustments.
- Protrusion reduction by 0.5mm in the rear module.
Samsung has been testing these components in laboratories since mid-2025.
Charging and Battery Advancements
The Galaxy S26 Ultra will support 60W charging, a jump from the current 45W. This speed allows a full recharge in 40 minutes with a 5,000mAh battery. The base maintains Qi2 compatibility by adding internal magnets.
Debug tests confirm optimized curves to preserve cell life. The Snapdragon 8 Elite Gen 5 processor manages multitasking consumption.
Improved front design and ergonomics
The Galaxy S26 Ultra’s screen adopts identical edges to the S25, with a focus on Gorilla Glass Victus 3 protection. The central punch-hole accommodates the larger sensor without compromising the 120Hz refresh rate.
Rounded corners distribute pressure evenly, ideal for S Pen users. This approach contrasts with competitors’ angular designs.
Samsung integrates additional sensors above the rear flash for accurate environmental detection.
Technical specifications confirmed by leaks
Rumors consolidate the hardware of the Galaxy S26 Ultra in aa robust configuration. The device measures 162.8 x 77.5 x 8.2mm, weighing 220g. RAM memory varies from 12GB to 16GB, combined with UFS 4.1 storage.
- Processor: Snapdragon 8 Elite Gen 5 in global variants.
- Screen: 6.8-inch Dynamic AMOLED 2X, QHD+ resolution.
- Connectivity: 5G mmWave, Wi-Fi 7 and Bluetooth 5.4.
- Software: One UI 8 based on Android 16, with updates for seven years.
These elements position the model as a reference in performance.
The Galaxy S26 Ultra integrates privacy features such as enhanced encryption for biometric data. The company plans IP68 certifications for immersion resistance.