Increasing the screen ratio of a mobile phone means increasing the effective display area. On the one hand, it relies on the sensor technology under the screen, including fingerprint recognition, face recognition, light sensing and other modules embedded under the screen. Narrow around with black borders.
When the iPhone X was released, the 4.6mm narrow chin was achieved due to the application of the difficult and high-cost COP packaging technology (the screen substrate can be bent, and the driver IC can be placed on the back of the screen to achieve the purpose of shortening the chin). It was amazing at the time. Although the “chin” of Samsung and many domestic mobile phones has long exceeded 4mm or even 3mm (OPPO Reno 7 is only 2.8mm), have you seen 1mm?
At Visionox this afternoononline press conferencesuperior,This domestic screen factory has demonstrated the InV silk ultra-narrow border technology as low as 1mm. According to the official introduction, its realization relies on the latest circuit design and FIAA technology, and it can also greatly reduce the power consumption of the screen.
How narrow is 1mm?
The chin width of the iPhone 13 Pro is 3.47mm, and the Samsung S21 Ultra is 2.8mm.
It is a little regrettable that the technical details and mass production time have not been disclosed together, and it is expected that some mobile phone manufacturers can land as soon as possible.
In addition to the 1mm narrow edge, Visionox also demonstrated three OLED low-power technologies including AMOLED low-frequency LTPS technology, HLEMS light-emitting technology and COE technology, dual-tripod sub-pixel arrangement, and the first payment-level under-screen 3D face recognition solution And flexible medium-sized screen camera solutions for notebook computers, etc.
Hashtag: VisionoxOLEDNarrow border
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