Huawei P30 PRO was launched in the spring of this year by those from Huawei, but new images appeared today confirm the fact that it will have a very important feature cloned by Samsung GALAXY NOTE 10 Plus. More precisely, you can see from the images below that the Huawei P30 PRO and the Samsung GALAXY NOTE 10 Plus will have an extremely similar design for the quad camera in the case, which we have already heard in other rumors.
Huawei P30 PRO came with a substantial change for the design of the camera in relation to the previous models from Huawei, it being completely different from what Samsung offers in its products until now. With the Samsung GALAXY NOTE 10 Plus, things will change, and the camera format of the Huawei P30 PRO will be copied, and this is because Samsung is finally implementing a ToF infrared sensor for its new premium smartphone model.
Huawei P30 PRO has the design of the camera, and maybe the whole camera, cloned by the Samsung GALAXY NOTE 10 Plus
Huawei P30 PRO had the ToF image sensor mounted separately in the case because it is larger than the usual ones, and it needs more space to be mounted, and the same happens with the Samsung GALAXY NOTE 10 Plus. It would not be excluded that both the Huawei P30 PRO and the Samsung GALAXY NOTE 10 Plus have the same internal design for the cameras, because it is possible that the implementation of the sensors must be done in the same way.
Huawei P30 PRO and Samsung GALAXY NOTE 10 Plus make ToF sensors popular
Huawei P30 PRO was the first premium phone to start making ToF image sensors really interesting, and now the Samsung GALAXY NOTE 10 Plus is taking up the baton to bring even more attention to them. You already know that in the Huawei P30 PRO the ToF image sensor allows recording images with a bokeh effect, with depth, better than before, and the Samsung GALAXY NOTE 10 Plus will offer exactly the same thing for customers.
Huawei P30 PRO It was launched in the spring, but the development of the Samsung GALAXY NOTE 10 Plus started in 2018, so the intention to implement this design certainly does not date from 2019.
