Motorola Moto G9 Power: Details of the upcoming battery smartphone [Exclusive]
from Nils Ahrensmeier 
on October 28, 2020, 22:13 pm | 🔥 popular | Write a comment
The Moto g series is one of the most popular smartphone series under 300 euros. With the G9 Play and G9 Plus, two smartphones have already appeared in the G9 series, TechnikNews has now together with Adam conway excluding Find out information about another smartphone in this series.
The power models of the G series are characterized by their very large batteries, which the Motorola Moto G9 Power will continue to do. A 6.000 mAh battery is installed, which can be recharged with 20 watts. This is already through one FCC listing leaked, we now have more information.
Internally, the device is traded under the codename "Cebu", outside of China the device is released as "Motorola Moto G9 Power". According to our information, the device will be released in China as "Lenovo K12 Pro".
Hardware of the Motorola Moto G9 Power
The device runs on the Snapdragon 662, which is the same from the G9 Play, but weaker than the Snapdragon 730G in the G9 Plus. According to our information, the smartphone has 64 GB of storage, which together with 4 GB of RAM should ensure good everyday performance. The display will resolve with HD +, of course only with 60Hz. We are not yet aware of any size of the display.
Four sensors are used as camera sensors. The main sensor is a 64 MP sensor from OmniVision (model: "OV64B"), this should take very high-resolution images. A 2MP depth sensor ("ov02b1b") and a 2MP macro camera ("ov02b10") are also available. The front camera has a resolution of 16M ("ov16a1q"). The last sensor on the back appears to be a lightning bolt.
The camera arrangement has already been revealed by the FCC. (Image: Lenovo)
The device will also support dual SIM, unfortunately the older Android 10 is also running on the device. Android 11 smartphones are already in development, but they are still in an early phase.
We do not yet have any information on price and availability; publication is likely this year.
Thanks Adam
