Nokia 6.2 To Feature Snapdragon 660, 6GB RAM & Triple Camera Setup
If you are reading tech & gadget news for a while, then you might know that a few days ago, a report surfaced that claimed that HMD Global is planning to launch two new Nokia smartphones very soon. HMD Global is expected to launch the Nokia 6.2 and Nokia 7.2 smartphones in India very soon. At that time, the report doesn’t share anything about its specifications and design. But, a recent report has now provided some extra details about the upcoming smartphone from Nokia. The new reports also share the key specification and possible pricing of the upcoming Nokia 6.2 smartphone. Recent reports from popular Chinese publication ITHome reveals that the upcoming device Nokia 6.2 and Nokia 7.2 will be launched in China very soon. The report also claimed that Nokia 6.2 would be a less powerful version of Nokia X71 that was launched in Taiwan this year. That means the upcoming Nokia 6.2 will have a punch-hole display with Full HD+ resolution just like Nokia X71. Apart from that, the smartphone will be powered by a Snapdragon 660 chipset coupled with 4GB/6GB of RAM. The same report also adds that the upcoming Nokia 6.2 smartphone will have triple camera setup with Zeiss Lenses. The primary camera will be of 20MP sensor following the 8-megapixel camera for ultra-wide-angle and 5 megapixels for depth sensing. Reports from some famous publishers also claim that Nokia 6.2 will have a 3,300mAH battery and will be running on Android Pie operating system. The new device will be a part of Android One Program. If we talk about the pricing, the report further said that the Nokia 6.2 4GB version would cost around Rs 12,000 and the 6GB variant will cost Rs 15,000 It’s worth to note that HMD Global hasn’t yet announced anything regarding the Nokia 6.2 smartphone. So, one should take this leak with a pinch of salt. We might have to wait for few more days or month to hear the official announcement. So, what do you think about this? Share your views with us in the comment box below.
Δ