At the beginning of the year, the new machine bombing of major mobile phone manufacturers was 'uninterrupted'. Each new machine has its own grade. There is a flagship machine with thousands of machines. Therefore, it is a good replacement stage for many friends. Of course, they are willing to And so on can also save the electricity discount promotions festival.
Today, it is to share with you some of the new technologies for the new OPPO R15 machine. Although this may not seem so straightforward compared to the full-screen vision of the special-shaped cutting program, these new technologies are real, so for everyone, The purchase is still very helpful. Moreover, the current mobile phone growth has entered the saturation stage (has been declining), and there is still a period of time before the next 5G mobile phone with an explosive growth point. Therefore, replacement is an unavoidable and can be realized. Understand the new technology of mobile phones.
The first new technology: 3-HDR technology.
It is a groundbreaking new technology! It is the first to apply 3-HDR technology that supports real-time exposure at the hardware level to the front camera, so that the preview effect is consistent with the image proofs, helping users to better predict the exposure of the entire scene. The principle is this: It uses different exposures (intelligent optimization) among the sub-pixels in one pixel of RGBG, and the maximum controllable issues such as overexposure of the background or overly dark foreground, etc., while retaining more details, improving the general HDR can not achieve the imaging effect. To know that in the real scene, backlight is undoubtedly one of the most difficult to restore scene, because the current HDR technology can not achieve the real-time rendering of the final effect, you often see the difference with the human eye Very big.
Therefore, it is much more shocking than ordinary HDR technology.
Second new technology: The first release of the Sony IMX519 sensor.
Compared to the previous-generation flagship sensor IMX398, the area of the original pixel increased from 1.12μm to 1.22μm, the pixel area increased by approximately 18.7%, and the sensor size also increased from the original 1/2.8 inch to 1/2.6 inch, which improved the approx. 7.7%; this obviously allows for more light into the shot and better control of noise. At the same time, the capture speed of the Sony IMX519 sensor is also more accurate, as its full-size sampling frame rate has increased from the original 30fps of the previous-generation flagship sensor IMX398. Up to 60fps, doubled directly, undoubtedly helping mobile users to achieve a faster photo experience.
Difficult photos of mobile phones have always been weak. After all, due to restrictions on the thickness of the body, mobile phones can not be built into photoreceptive components such as micro-singles or SLRs (the sensibility of mobile phones is constrained by nature). The quality of the photos obtained is often slightly lower, and the noise is also quite a lot. With the arrival of such new hardware, the imaging effect of photographing can be promoted from the bottom.
