The Display division of Samsung recently unveiled an innovation that is set to mark a turning point in the field of visual technologies. The Korean giant has developed a panel OLED newly developed based on the technology OCF (on-cell film), which represents a significant step forward compared to the solutions currently available on the market.
Samsung OCF OLED display: record brightness and reduced consumption
According to what was communicated by Samsung, the OCF OLED display will reach unprecedented brightness values, reaching the 5000 peak nits.
To understand the extent of this progress, just think that the premium devices currently on the market rarely exceed 3000 nits, thus placing this innovation on a decidedly higher level than the state of the art.
What makes this development particularly interesting is the relationship between performance and energy consumption. In fact, OCF technology allows for increase brightness by 50% maintaining energy consumption unchanged compared to previous generation panels.
This feature effectively responds to one of the most pressing problems among users: the need to reconcile high performance with satisfactory battery life.
Outdoor use, which has always been the Achilles heel of traditional displays, will benefit greatly from these improvements. As anyone who frequently consults their device in direct sunlight knows, readability is often a major challenge, which this technology promises to overcome once and for all.
The versatility of the solution proposed by Samsung also emerges from its applicability to different types of devices. In addition to the smartphone e laptop conventional, OCF technology will also be implemented on folding devices and rollable.
The appointment for the official presentation is set for the Mobile World Congress 2025, which will open its doors on 3 March 2025, an event that promises to be the ideal stage for a technology destined to redefine the standards of the sector. Who knows if Xiaomi will also integrate these screens in its latest generation devices.
