Nothing phone (1) could launch with a Qualcomm Snapdragon 778G+ chip
Regardless of a full design reveal and a better take a look at the Glyphy Interface lights on the again, the specs of the awaited Nothing cellphone (1) have remained a thriller for a very long time. Now a few weeks away from its launch, we’ve got our first leak that implies that the cellphone (1) might be powered by a Snapdragon 778G+ chip.
A tweet by trusted tipster Mukul Sharma (@stufflistings) means that the Nothing cellphone (1) will likely be powered by the Qualcomm Snapdragon 778G+ chipset. The chipset appears to be an upgraded model of the common Snapdragon 778G, however isn’t the newest within the collection, which might be the more moderen Snapdragon 7 Gen 1.
The Snapdragon 778G+ chip will reportedly have a major efficiency core clocked at 2.52GH and the Adreno 642 GPU for graphical duties. The leak additionally mentions that the Nothing cellphone (1) might include Android 12 out of the field and 8GB RAM.
Nothing Cellphone (1)
Be happy to retweet.#Nothing #NothingPhone1 pic.twitter.com/D7JfFilNT1
— Mukul Sharma (@stufflistings) June 23, 2022
In different information, we additionally lately realized that the Nothing cellphone (1) is not going to be promoting within the US, not less than for now, and that the model has chosen to launch the system solely within the Asian and European markets for now.
Nothing cellphone (1): What we all know up to now
The Nothing cellphone (1), which is launching subsequent month on July 12 will include a semi-transparent again design together with the model’s new Glyph Interface lights. The cellphone can be now tipped to be powered by the higher mid-range Snapdragon 778G+ chip.
Together with this, the cellphone can be anticipated to help each wired and wi-fi charging, and in addition include a dual-camera on the rear and a single entrance going through digital camera encased in a top-left punch-hole cutout. We must always quickly know extra in regards to the system within the weeks main as much as the launch.