HMD Global to launch Nokia 6.2, Nokia 7.2 in August
HMD Global is working to introduce the Nokia 6.2 and Nokia 7.2 smartphones soon. According to NokiaPowerUser, the new handsets are likely to be launched in August. The report notes that the company has "moved quickly to get Nokia 6.2 and 7.2 certified in markets like India and Russia" and hence the August launch may not be too far-fetched. Here's our roundup.
Nokia 6.2 and Nokia 7.2: At a glance
According to leaks and reports, both the Nokia 6.2 and Nokia 7.2 will feature waterdrop notched screens along with unibody glass design. On the rear, they will feature a circular camera module and house a physical fingerprint reader. Both models are tipped to sport a 6.18-inch IPS LCD with 2340×1080 pixel resolution and 18.7:9 aspect ratio. Meanwhile, Nokia 7.2 will also support HDR10.
For the shutterbugs and selfie lovers
The Nokia 7.2 is said to come with a triple rear camera setup having a 48MP main sensor, a wide-angle sensor, and another depth sensor. On the other hand, the Nokia 6.2 is also tipped to come with a similar setup but may arrive with just a dual-lens unit. Up front, both handsets will house a single selfie snapper but its details are unclear.
Under the hood
Going by leaks and reports, the Nokia 7.2 is likely to be powered by a Snapdragon 660/710 processor while the Nokia 6.2 is said to get a Snapdragon 660 chipset. Further, both handsets are tipped to come with 4GB/6GB of RAM and 64GB/128GB of storage that can be expanded upto 400GB. Under the hood, both handsets may pack 3,500mAh battery with Quick Charge support.
Both smartphones will come with Nokia OZO Audio capture
The Nokia 7.2 and Nokia 6.2 will house a single speaker with a smart amp along with dual microphones with Nokia OZO Audio capture technology. Further, they will support LTE Cat 6, Wi-Fi 802.11 a/b/g/n/ac, Bluetooth 5.0, GPS/AGPS, NFC, a headphone jack, and USB Type-C port. Sensors onboard the phone will include an Ambient light sensor, Proximity sensor, Accelerometer, E-compass, Gyroscope, and Hall sensor.