Samsung is Reportedly Working on a 432MP Camera With a 1-inch Sensor

In the realm of smartphone photography, resolution has been a key battleground. While the Galaxy S23 Ultra currently tops the charts with a 200MP camera sensor, Samsung is setting its sights even higher.

According to reliable tipster Revegnus, the company is diligently working on two groundbreaking 432MP sensors, known as ISOCELL HW1 and HW2.

Specifications

The specifications for these cutting-edge sensors are nothing short of remarkable:

ISOCELL HW1: Featuring a 1/1.05-inch sensor size and minuscule 0.56µm pixels, this sensor boasts a jaw-dropping 432-megapixel resolution.

ISOCELL HW2: Slightly different in design with a 1/1.07-inch sensor and 0.5µm pixels, this sensor matches its sibling with an astounding 432-megapixel resolution.

Interestingly, the origins of this sensor can be traced back to the Hexa²Pixel trademark, which hinted at the use of 36:1 pixel binning-a technique that combines 36 pixels into one. This results in a remarkable 432-megapixel resolution, akin to 12MPx36.

The Road Ahead

While these revelations are thrilling, the timeline for mass production remains a topic of discussion. According to Revegnus, these sensors could enter mass production in the second half of 2024. This suggests that a 432MP sensor could potentially make its debut in the Galaxy S25 series, expected in early 2025, or perhaps in the Galaxy S26 series in early 2026.

But Samsung's pursuit of cutting-edge camera technology doesn't stop here. Reports also suggest that the company may continue to utilize the ISOCELL GN3 sensor for the Galaxy Z Fold 6, with a potential transition to the ISOCELL S5KHP5 for the Galaxy Z Fold 7.

A Glimpse into the Future

Samsung's relentless innovation in mobile optics brings us closer to the remarkable resolution of the human eye, estimated at 576MP by scientist and photographer Dr. Roger Clark. While achieving this level of detail is a monumental leap, the true challenge now lies in refining camera software and algorithms to harness the full potential of these sensors.

Via