Tenma: glory Magic5 carries the company 6.73in flexible OLED suspension streamline four curved screen
CTOnews.com March 6 news, in today's glory Magic5 series and the full scene of the new product conference, the glory Magic5 series was officially released. In this regard, Tianma Microelectronics posted that Glory Magic5 carries Tianma 6.73in flexible OLED suspension streamline four curved screen.
According to reports, this screen resolution is 1224 × 2688, PPI is 438, the global highest brightness 1200nit, peak brightness 1600N; using Tianma new generation of OLED pixel arrangement-windmill (Windmill) arrangement, screen driver power consumption reduced by more than 15%, can prolong standby time; device leakage is reduced, crosstalk is reduced, and low grayscale image quality is improved, making the display screen color more fidelity and more uniform.
Tianma pointed out that the company provides low-frequency LTPS technology scheme for Glory Magic5, which supports low refresh rate mode, which can intelligently reduce the frequency according to the screen display and effectively reduce the running power consumption; at the same time, in order to make the screen display more stable and longer, Tianma introduced BSM technology into the screen TFT device substrate design, which can effectively improve the back channel effect, isolate the electrostatic effect, make the drive circuit devices more stable, and effectively improve the picture texture. And by compressing the RGB pixel spacing, it can not only reduce the pixel granularity, but also improve the life of the OLED device and further reduce the screen power consumption.
CTOnews.com learned from the information released by Tianma that Glory Magic5 also uses super dynamic color display technology, which can more truly restore the light and shadow effect of HDR photos and support the dynamic refresh rate of 120Hz. At the same time, it is equipped with Tianma's 2160Hz high-frequency PWM dimming technology, which can solve the color deviation problem of low-bright DC dimming and the strobe problem caused by low-frequency PWM dimming.
