It is an obvious fact that the photographic section of our terminals is an increasingly important element. And the Vivo X50 Pro camera is a new example of it. The manufacturer has long been warming up to the launch of its next flagship. Its greatest exponent? The rear camera is a complete gimbal.
Yes, we are talking about those stabilization systems to be able to capture photos or record videos with great quality. And, we already anticipate that, when you see how the Vivo X50 Pro camera works located in the back, you are going to hallucinate.
The Vivo X50 Pro's camera is a gimbal
The truth is that we are recording more and more videos with our mobile, since any mid-range terminal achieves really good results. And then there is the case of Vivo, which is going to take a quality leap to mark a before and after in the industry. The reason? They have integrated a system traced to that of the gimbal Traditional.
In this way, the manufacturer has wanted to get chest out of its Vivo X50 Pro, a terminal that may hit the market on June 1, and that has a stabilization system that will leave you amazed. Yes, it can become a benchmark for large manufacturers to start implementing this mechanism.
As you can see in the video that heads these lines, the camera of the Vivo X50 Pro has a stabilization system in its housing, to allow the lens to oscillate on itself in two directions. With this, even if we have a bad pulse, the axes rotate to stay stabilized.
It has special merit since the system is embedded in a terminal with a thickness of only 4.5 mm. The result? According to data from the brand, an improvement in stabilization of 300 percent is achieved compared to current systems. In addition, Vivo claims that the X50 Pro's camera will also improve light sensitivity between 39 and 220 percent, to achieve scandalous photographs in any environment.
We will have to wait for the official launch of the terminal to see what the Asian manufacturer surprises us with. But, it is clear that the camera of the Vivo X50 Pro will be the great exponent of a device that points very high.
