iQoo 11 collection, comprising the iQoo 11 and iQoo 11 Professional, is anticipated to launch in China by the top of the 12 months, and the handsets may make its debut in India across the identical time. The iQoo 11 specs have been tipped forward of the launch of the smartphone, which is anticipated to succeed the iQoo 10. The Chinese language cellphone producer beforehand skipped the launch of the iQoo 10 collection in India and launched the iQoo 9T 5G as a rebadged iQoo 10 within the nation.
In accordance with a tweet by tipster Yogesh Brar, the specs of the iQoo 11 embody a 6.78-inch, E6 AMOLED panel show display that helps as much as 144Hz refresh charge. The iQoo 11 may even characteristic a Qualcomm Snapdragon 8 Gen 2 SoC, which is but to be introduced by Qualcomm. The smartphone is tipped to launch in two RAM choices – 8GB and 12GB, and as much as three storage configurations which is able to embody 128GB, 256GB, and 512GB, in keeping with the tipster.
– 6.78″ E6 AMOLED, 144Hz
– Qualcomm Snapdragon 8 Gen 2 SoC
– 8/12GB RAM
– 128/256/512GB storage
– Rear Cam: 50MP (GN5) + 13MP (UW) + 12MP (Tele)
– Entrance Cam: 16MP
– V2 Chip
– Android 13, OriginOS
– 5,000mAh battery, 120W charging
— Yogesh Brar (@heyitsyogesh) October 25, 2022
The leak means that the iQoo 11 will characteristic the identical triple digicam rear setup seen on the iQoo 10 and iQoo 9T 5G, with a 50-megapixel GN5 major digicam paired with a 13-megapixel ultra-wide lens and a 12-megapixel telephoto unit. The cellphone is tipped to characteristic a 16-megapixel selfie digicam, the tipster suggests. The picture high quality, nonetheless, is anticipated to see a major enchancment with iQoo integrating the Vivo V2 picture sign processor into the machine, in keeping with the tipster.
The iQoo 11 is tipped to characteristic a 5,000mAh battery that helps 120W quick charging whereas the handset is claimed to run on OriginOS based mostly on Android 13.
iQoo’s upcoming smartphone may also characteristic a hole-punch show cutout for the selfie digicam, in keeping with a earlier leak.