New Delhi: Oppo has been at the forefront of several camera technology innovations.
It plays an important role in carrying beauty features in selfies for mass, introducing the first mainstream play camera and more.
The company recently showcased progress in the camera technology under the screen planning to add devices in the future.
In 2021 Oppo in the future the launch of imaging technology, the company launched a series of breakthroughs in smartphone imaging technology that focuses on improving to sensors, modules, and algorithms.
The camera innovation exhibited includes: the next generation RGBW sensor, continuous optical zoom 85-200mm, OIS five axis technology, and the next generation screen camera with a series of proprietary AI algorithms.
The new sensor: the next generation RGBW sensor claims to increase light sensitivity with the increase in the color of the RGBW sensor increases light sensitivity by introducing additional white sub-pixels (W), DTI technology, and its own 4-in-1 pixel algorithm.
According to Oppo, this progress in a new sensor allows 60% more light to be captured than the previous sensor while achieving a decrease in noise up to 35% to provide brighter and brighter images in low light conditions.
In addition to increasing low-light photo capture, RGBW sensors are able to make more expressive portraits in photos and videos with enhancements to the skin, texture, and contrast.
The new sensor will be released commercially in Oppo products from the fourth quarter of 2021.
New module: Continuous OPPO 85-200mm optical zoom supports smooth zoom, while five oi axis helps in a clearer snapshot.
It also redesigning the underlying structural modules at the hardware level.
This module adopts G + P (Glass + Plastic) lens technology for the first time, introducing two very thin aspherif glass lenses and high precision to significantly increase optical effects, such as minimizing light light.
The magnetoresistance tunnel sensor application (TMR sensor) is said to allow lenses in camera modules to move with more stability and precision.
These new modules are also claimed to help capture sharp images at the level of enlargement, from upwards and personal portraits to the remote landscape, without the need to cut.
Users can enjoy a smooth transition throughout the zoom range with image quality comparable to professional cameras.
Also, this technology avoids general problems such as jumping, inaccuracy of white balance sheets, or color bias that may experience conventional multi-camera zoom systems.
Also new from OPPO, five OIS axis allows the system processor to receive movement data from the gyroscope, analyze it and break it into components of each through an algorithm.
Data is then forwarded to two components that can be moved: the lens and image sensor, which is driven by the motorbike ball bearing and forms a memory alloy.