Google Pixel 10 is expected to support QI2 wireless charging, and recently leaked render suggests that the upcoming smartphones may include inbuilt magnets for the same. In particular, earlier reports offered conflicting information about whether Pixel 10 would have a Q2-compatible magnet facility. However, this latest leak, emerging before the launch of August 20, increases weight for the possibility that the Pixel 10 phones will actually include the underlying magnets for Q2 wireless charging. Google’s new wireless charging accessories will be reportedly called “Pixelsnap”.
Google Pixel 10 may have an inbuilt QI2 magnet facility
A Google Pixel 10 leaked render The phone is shown in an indigo shade shared by Tipster Ivan Blass with a charging puck that is directly connected on its back. The phone appears without a protective case, clearly showing antenna lines and rear camera bump. Charging Puck is expected to be one of Google rumored Pixelsnap accessories. Although there is no visual branding in it, the Pixel Watch 3 meets 3 Charger, but is large.
Render leaked pixel 10 charging puck
Photo Credit: X/@Evleaks
The previous report suggested that a pixelsnap with a pixelsnap charger with Google Stand is working on a pixelsnap charger, and a pixelsnaap ring stand. They are expected to be the QE2-supported magnetic items that will probably be compatible with the Pixel 10 series smartphone. In particular, the current Pixel 9 model Qi supports the wireless charging standard.
The above tipster also leaked an official looking render of the Pixel 10 Pro protective case. The design appears to be similar to the official case of the current Pixel 9 Pro.
Google Pixel 10 is expected to be operated by a tensor G5 SoC and a 6.3 -inch actua display. It is asked to offer a 48-megapixel triple rear camera unit, including a new telephoto shooter.
Meanwhile, Pixel 10 series Pro and Pro XL variants are expected to have the same chipset facility. The latter can get a 6.8 -inch Super Acua Display. For optics, they are likely to have a 50-megapixel triple rear camera setup with 48-megapixel ultravide shooters.
