Tip Us Hey you, we are hiring! Join us if you are an author, developer or designer!

Nokia 9.3, Nokia 7.3, Nokia 6.3, Nokia 2.4, Nokia 3.4 launch timeline tipped

17 August 2020 0

HMD Global is set to release a bunch of smartphones at the IFA 2020 event scheduled for September. It is expected to unveil a few mid-range and a few budget devices to suit different types of customers. It is now time for a new NokiaPowerUser report that details some of the information related to the possible launch timeline.

The report mentions that HMD Global has almost completed the development process for three smartphones. These are Nokia 6.3, Nokia 7.3 5G, and Nokia 9.3 PureView. The next step is to get started with the final testing of these products and then eventually move to the production phase. All of this is expected to get done by September-October which will be ensure that the team is ready for the Q4 2020 launch.

The Nokia 8.3 5G, Nokia 2.4, and Nokia 3.4 are three other smartphones that are under work. However, these are expected to get official much sooner than the aforementioned ones. HMD Global is tipped to announce Nokia 8.3 5G by the end of this month followed by Nokia 2.4 and Nokia 3.4 release next month. These launch timelines are based on the information shared by retailers.

Among these six smartphones, the Nokia 9.3 PureView will be a fully-fledged Android flagship with Qualcomm Snapdragon 865 as the choice of processor. The Nokia 8.3 5G is set to the first-ever Nokia 5G smartphone and was even spotted on the Amazon Germany website. Other models are expected to be mid-rangers and budget offerings.

The Nokia 3.4 isn't still available. To be notified when it becomse available click here.



Nokia 9.3, Nokia 7.3, Nokia 6.3, Nokia 2.4, Nokia 3.4 launch timeline tipped
Write a comment...

Google releases Android 13 for Pixel devices


Samsung debuts Galaxy Z Fold 4, Galaxy Z Flip 4 next-gen foldables


OnePlus 10T with Snapdragon 8+ Gen 1, 150W fast charging launches


Asus Zenfone 9 is a 5.9-inch Android flagship with no performance compromises