Samsung has added a new one to its innovative steps in the field of screen technologies. Sensor OLED panel introduced within the scope of SID Display Week 2025 not only offers images. It spreads the traditional systems behind by spreading fingerprint scan to every point of the screen. In addition, it has a structure that can measure users directly from the screen.
Developed by Samsung Display, this new panel integrates organic photodiotics directly into the OLED structure. In this way, fingerprint scanning is spread to the entire screen surface without being dependent on traditional single -point sensors. It doesn’t matter where the user touches the screen; The authentication process becomes valid on the entire surface. The productivity obtained can offer a great advantage, especially on mobile devices.
Samsung Sensor OLED analyzes health data with light reflection
However, the panel does not only recognize the fingerprint; It can also detect biometric data such as pulse, blood pressure and stress level. These measurements take place when the OLED panel is sent to the veins and interpreting the reflected data through photodiotics. This mechanism follows a method similar to health sensors in smart watches and bracelets. However, this time this skill is directly included in the screen panel itself.
The promotion of the Sensor OLED panel was first open to the public at the SID 2025 fair. Although the technology was first published in Nature Communications magazine, the physical example was at this fair. The interactive experiences presented to visitors clearly revealed the functionality of technology. In particular, the digital Dalgona game exhibited that the panel can detect both touch and light.
In this game, users experience experience by cutting certain shapes on the screen with laser light. The use of light instead of a needle in the real game was a significant choice to measure the sensitivity of the panel. This activity directly shows Sensor OLED’s capacity to detect different contact and light sources. Thus, a new door is opened not only biometric security, but also in terms of user interaction.
Sensor OLED’s potential impact on devices should not be ignored. The fact that thinner device designs become possible is due to the fact that the sensor does not occupy space as a separate component. This means that the entire screen is functional without the need to be added as a physical module of under -screen sensors. Especially in high -end phones, this technology is likely to be preferred.
Galaxy S25 Edge’s next model, such as high -level devices, this screen is among the expectations. However, this technology is not only limited to smartphones, and it is expected that it can be integrated into devices such as tablets and laptops. This solution, which combines mobility and health monitoring, attracts attention with its multi -faceted use. In spite of everything, how technology will be reflected in the final user experience will become clear over time.
The health data tracking offered by the panel makes it possible for instant data such as stress and pulse to be taken over the screen. Some of the dependence on wearable technologies can thus disappear. This development can be a harbinger of a new era in which screen technology will be evaluated not only with the image quality but also with the user.