Nokia 9 is supposed to be the company’s next flagship. In the latest development, a new image of the device has been leaked that reveals some important details. Nokia 9 may sport a massive 4150mAh battery and a Penta-Lens camera set up, which will make it the first smartphone to feature 5 cameras at the back. While the earlier leaks already confirmed that the Nokia smartphone will have Penta-camera setup, the latest one reveals how the set up would look like.
Nokia 9 will be the first smartphone to feature 5 different cameras at the back. The leaked version reveals that the five cameras will be arranged in a ring-style pattern, while three sensors will be vertically aligned and the other two placed on either side. All these sensors will sport “Zeiss branding” and will function according to Zeiss’ patented “Miniature zoom camera” technology. As per the mechanism, the primary wide-angle lens will serve as a constant image sensor while the remaining sensors will revolve around it to create a zoom effect. The sensors on the Nokia smartphone might come up with variable focal lengths.
The Nokia 9 made an appearance in the list of eligible smartphones that could be exchanged for a new Samsung device. Two variants of the Nokia 9 one with 64GB of onboard storage and one more with 128GB internal memory. The list also mentioned the money you save on exchange, and for Nokia 9, a sum of Rs. 24,500. Estimating from this amount, we expect the actual pricing of the upcoming Nokia smartphone to be somewhere around Rs. 40,000.
In terms of specifications, the Nokia 9 is expected to feature a 5.9-inch OLED display with Quad HD+ resolution. The device could use the Qualcomm Snapdragon 845 chipset, paired with 8GB RAM. The Nokia 9 is also expected to support wireless charging and fast charging options. The device is most likely to feature the new Android 9.0 Pie operating system.HMD Global has not officially confirmed anything about the device or denied its existence. The company has not commented on the rumors either or revealed any specification.