TCL CSOT announced the world’s first ultra-low frequency OLED wearable technology, with ultra-low frequency flicker-free, ultra-narrow bezel, low power consumption, wide-band free switching, TDDI (touch and display driver integration), and highlights such as no change in low-frequency color.
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According to reports, TCL Huaxing, with its unique driving method, can achieve full grayscale without flicker when the screen is displayed at 0.016Hz ultra-low frequency; when the watch is in a constant bright mode in a strong light environment, it can maintain a flicker-free display effect, allowing the watch it can still display stably in the standby clock state and supports refresh once every minute without feeling.
Through the industry-leading technology of the world’s narrowest bezel, TCL CSOT further optimizes the process of the narrow bezel, which can achieve an ultra-narrow bezel with a top/left/right bezel of only 0.8mm and a bottom bezel of 1.2mm, making the display area larger, It truly realizes the “full screen” display of the smartwatch.
TCL Huaxing said that the screen not only uses LTPO technology, but also achieves adaptive refresh rate, smoother high brush, and excellent technology in ultra-low frequency display, allowing users to display no difference in color and no distortion when switching interfaces.
At the same time, it can automatically switch between 0.016Hz~60Hz without system intervention, which greatly improves the visual effect and saves power. Compared with the current AOD 15Hz state, TCL CSOT ultra-low frequency 0.016Hz can further reduce the power by 20%.
Under the multiple “buffs” such as system optimization of the terminal manufacturer, the standby time of the watch’s always-on mode can be greatly extended. In addition, TCL CSOT integrates TDDI technology in wearable products, which not only optimizes the space structure but also allows more space for the “stacking” of end products.
Moreover combining this technology, TCL Huaxing has developed Watch modules in two forms, round and square, and three diversified sizes of 1.36 inches, 1.502 inches, and 1.92 inches are capable of mass production.
