Not long ago, the Android mobile chip manufacturer MediaTek brought the new generation of flagship 5G mobile chip Dimensity 9200, revealing to everyone the powerful strength of the new generation of flagship processors. It not only adopts the latest CPU core architecture, but also improves leaps and bounds, and supports the latest mobile hardware-level ray tracing technology. Today, the official conducted in-depth analysis on the image configuration of this flagship platform.
Dimensity 9200 is equipped with MediaTek's sixth generation high-efficiency APU, which has strong AI computing power. The Imagiq 890 image processing module also has a new "black technology" from MediaTek, which is the first to announce the intelligent image semantic technology (Visual Semantic) released at the previous technical communication meeting. It relies on AI computing to perform real-time image semantic segmentation and intelligent color adjustment for different feature scenarios.
It is worth mentioning that Dimensity 9200 is also the first to support RGBW-arranged sensors, which can achieve better image effects for some models that use such sensing elements.
Due to the limited internal space of the mobile phone, its photosensitive components and optical structure cannot be compared with traditional professional cameras. Therefore, the intelligent AI algorithm on mobile phones is the key to narrowing the distance between mobile phones and cameras. A model with powerful images must be inseparable from the blessing of AI algorithms.
Generally speaking, traditional mobile phone synthesis and AI algorithms only perform scene recognition and adjustment for the entire picture, or cut the picture. However, this algorithm is often too "violent", and the places that should not be adjusted are also adjusted, resulting in partial distortion, color shift, etc. in the film. It is also easy to cut pictures in portrait mode, or "excessive force".
The advantage of MediaTek's intelligent image semantic technology is that can accurately distinguish different contents of the picture with the help of a high-efficiency APU, and adjust the saturation and tone of each object in a targeted manner. can present a picture effect closer to the reality, allowing users to gain a more delicate and realistic image experience.
At the same time, with the support of powerful AI computing power, the Dimensity 9200's picture synthesis speed is faster, and it also supports short-term exposure capture, achieving zero-delay shutter. AI intelligently predicts object activity, which can also avoid blurring of the subject during capture. Similarly, MediaTek's intelligent image semantic technology can also be applied to AI video shooting. only enhances the image quality or special effects processing of this part for different objects, thus reduces the computing load, thereby superimposing more optimization algorithms to quickly improve the video recording effect. With the support of AI computing power, MediaTek Dimensity 9200 has created an ISP that "can understand" the world. The configuration and optimization of
smartphones are getting better and better. Even the processors, screens and other hardware of many mid-range mobile phones are similar to those of high-end flagships. Images are one of the few places that can widen the gap. Therefore, manufacturers will give the best optimization algorithms at the moment to high-end flagships, and flagship chips have also become a platform to drive powerful algorithms.
In the past, a stereotype of MediaTek processors was that they still lacked in taking photos. Now, MediaTek uses the Dimensity 9200 flagship 5G mobile chip to prove that it not only needs to catch up with Apple in terms of performance, but also needs to have the determination and ability to compete with Apple in image processing. Only by crossing the threshold of imaging and AI computing can MediaTek stand firmer in the high-end mobile phone market.
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-