Vivo X90 Pro+ design render shows revamped rear camera module

The upcoming Vivo X90 Pro+ smartphone’s official-looking design render has popped up on the internet ahead of launch. Vivo is reportedly prepping to launch the X90 series in China in December. The latest flagship lineup from Vivo will reportedly include three smartphones.

Notably, the lineup comprises a base Vivo X90, X90 Pro, and the X90 Pro+ smartphones. To recap, a Vivo spokesperson confirmed the company will skip the X80 Pro+. In other words, Vivo has shifted its focus to the X90 Pro+. Now, some vital pieces of information about the purported handset have already surfaced online.

For instance, the Vivo X90 Pro+ could is likely to come with a 1-inch main rear camera sensor. Moreover, noted leaker Ben Geskin has come up with a Vivo X90 Pro+ smartphone’s design render. It is worth mentioning here that the design render draws inspiration from rumors making the rounds online.

Vivo X90 Pro+ Design Render Leaked

The possible Vivo X90 Pro+ design render shows a slightly revamped rear camera module than the Vivo X80 series. The Vivo X80 series circular camera setup on the back comprises four sensors. One of the sensors sits outside the camera module. However, it looks like all four rear camera sensors will be inside the module this time around.

In fact, the aforesaid 1-inch main camera sensor also appears to be inside the circular module. The leaked Vivo X90 Pro+ render shows a dual-tone rear panel. This design is similar to the existing Vivo X80 lineup. Moreover, the right side appears to house the volume and power buttons.

However, Vivo has neither confirmed nor denied these speculations. The Vivo X90 Pro+ could launch by the end of December. This piece of information comes from leaker Assen. Moreover, the tipster suggests Vivo will not launch the S16 series this year.

So, the X90 series will reportedly be Vivo’s last product launch of 2022, according to a report by Gadgets 360. Furthermore, Geskin claims the Vivo X90 Pro+ will use a 5,000mAh battery to draw its juices. This cell will support 100W fast charging.