TL;DR
- A brand new leak has supplied particulars on the Nothing Cellphone 2’s digicam and show.
- The Nothing Cellphone 2 will reportedly have a 50MP Sony IMX890 principal sensor, a 50MP Samsung JN1 ultrawide sensor, and a 32MP Sony IMX615 selfie digicam.
- The show is claimed to be a 120Hz panel with a decision of 1080×2412.
Earlier this morning, we reported on leaked advertising pictures of the Nothing Cellphone 2. Though it supplied a superb have a look at the entrance, again, and facet of the gadget, no data got here with the pictures. However a brand new leak has remedied that, delivering new particulars in regards to the handset.
Trusted tipster Kamila Wojciechowska not too long ago posted a thread on Twitter meting out among the specs of the Cellphone 2. Particularly, Wojciechowska revealed what we will count on for the digicam and the show.
In keeping with the leaker, the principle digicam will reportedly be a 50MP Sony IMX890 sensor. This is similar shooter you’ll discover on the OnePlus 11. Compared, the Nothing Cellphone 1 used a 50MP Sony IMX766 wide-angle.
The opposite rear digicam is reportedly the identical shooter discovered within the unique telephone, a 50MP Samsung JN1 ultrawide. It’s additionally mentioned that the entrance could have a 32MP Sony IMX615 digicam. Wojciechowska provides that the Cellphone 2 could have “revamped processing.”
As for the show, it appears to be like prefer it may very well be an AMOLED panel from Visionox. This display screen will reportedly supply a decision of 1080×2412 at 120Hz. Nonetheless, that show will allegedly help low-power modes at 1Hz, 10Hz, 24Hz, and 30Hz.
The leaker ended their thread by offering wallpapers and mentioning that the telephone could have an optical fingerprint sensor from Goodix.
Nothing’s subsequent technology gadget is anticipated to launch on July 11, 2023, and shall be accessible within the US this time round. It’s believed that the Nothing Cellphone 2 could have no less than 12GB of RAM, a 4,700mAh battery, and a Snapdragon 8 Plus Gen 1 chip.
