Key points:
- Samsung launches new 200MP and two 50MP camera sensors for smartphones.
- Sensors offer improved light sensitivity, autofocus, and image quality.
- The Galaxy S25 series could feature these sensors and potentially use a MediaTek SoC.
Samsung recently introduced three new ISOCELL image sensors designed to enhance smartphone photography. These include a high-resolution 200MP sensor and two 50MP sensors, potentially paving the way for improved camera capabilities in the upcoming Galaxy S25 series.
200MP Sensor Optimized for Telephoto Cameras
The 200MP ISOCELL HP9 boasts a compact 1/1.4-inch optical format, making it ideal for telephoto zoom lenses. Despite its high resolution, the sensor utilizes pixel-binning technology to capture brighter 12MP images in low-light environments. Samsung claims the HP9 offers superior light absorption and a 12% increase in light sensitivity compared to previous models. Additionally, it promises a 10% improvement in autofocus performance.
Upgraded 50MP Sensors for Main and Ultrawide Cameras
The 50MP ISOCELL GNJ sensor appears to be an enhanced version of the ISOCELL GN3 used in the Galaxy S24 series. Samsung highlights its refined anti-refractive layer and high-refractive microlens for improved image quality. While specific details are limited, rumors suggest the Galaxy S25 and S25+ might retain a 50MP primary camera, potentially utilizing the ISOCELL GNJ or a variant.
The other 50MP sensor, the ISOCELL JN5, boasts a versatile design suitable for various camera applications, including the main rear camera, selfie camera, ultrawide camera, and zoom camera. With its 1/2.76-inch optical format and 0.64μm pixels, it caters to situations requiring a balance between resolution and sensor size. Rumors suggest the Galaxy S25 Ultra might leverage this sensor or a variant for its ultrawide camera.
Possible Shift to MediaTek SoCs for Galaxy S25 Series
An unconfirmed rumor suggests Samsung might abandon its Exynos processors in favor of MediaTek SoCs for the Galaxy S25 and S25 Plus. This speculation stems from reported production issues plaguing the Exynos 2500 chipset. While such a move could eliminate consumer concerns about Exyno’s performance, it might also lead to higher phone prices due to reduced negotiation leverage with Qualcomm. Samsung has yet to confirm this rumor, and the company maintains its commitment to pushing technological boundaries in mobile chipsets.
Looking Ahead
With the Galaxy S25 series launch still months away, there’s ample time for further developments and refinements. Samsung’s new camera sensors hold promise for significant advancements in smartphone photography, and the potential adoption of MediaTek SoCs adds another layer of intrigue to the upcoming flagship lineup.
According to a report by South Korean media FNN, Samsung’s Exynos 2500 chip may not meet production requirements due to its low yield. Therefore, Samsung may cooperate with MediaTek to customize chips for Galaxy S25 and S25+smartphones.
Although this news lacks some evidence,…— ICE UNIVERSE (@UniverseIce) June 27, 2024
