Nokia 9.3 PureView May Feature Under-display Camera, 120Hz Display Reportedly Confirmed


The fact that HMD Global is working on a flagship-class device called the Nokia 9.3 PureView is known to most smartphone enthusiasts. It was the folks at NokiaPowerUser who first reported about the existence of this phone a few days ago. While earlier reports talked about the possibility that the phone could feature a pop-up front-facing camera. However, as per the latest information, Nokia seems to have chosen an under-display camera for the front shooter. The report also talks about the possibility of the display itself featuring a refresh rate of 120 Hz.

In case the phone does come with a 120Hz panel display and an under-display camera, it will be among the first handsets to combine both these features. The report, however, also adds that the company is still in the testing phase as far as the under-display camera is concerned. Let us now take a look at the rest of the specifications of the Nokia 9.3 PureView.

The Nokia 9.3 Pureview is a flagship smartphone that will come powered by the Snapdragon 865 SoC from Qualcomm. It is likely to be offered on multiple RAM and storage options and will run Android 10 at launch. Current rumors point towards the possibility of the handset featuring a 6.29-inch pOLED display with 2K resolution and a later of Cormong Gorilla Glass 6 for scratch resistance and durability. The smartphone is likely to feature a large 4,500 mAh battery with support for fast charging. There is also talk about it featuring the IP69 rating for dust and water ingress.

The phone is expected to feature a penta camera module at the rear — the details of which we still do not know. There have been rumors, however, about the primary sensor on the handset capable of taking 64MP still and a secondary 108 MP sensor. The front-facing camera (which could be an under-display camera) is likely to feature a 32MP sensor.

As always, all these specifications are based on rumors and there is chance that the final specifications could see some changes.