iQoo has finally confirmed the release date for its upcoming flagship smartphone series, the iQoo 11 series. Previously, the company had scheduled the launch of the iQoo 11 series for December 2, 2022, but delayed the launch due to the sudden death of Chinese leader Jiang Zemin shortly before the launch. At the time, the company did not share a release date for the device. Now, just a few days later, iQoo has confirmed that it will launch its iQoo 11 series devices on December 8, 2022 in China and Indonesia.
The agency announced this through Instagram. In the article, iQoo announced that the iQoo 11 series will arrive in Korea on December 8th at 4pm (2:30PM IST).
iQoo 11 series expected specs
As far as specifications go, iQoo has already confirmed that the upcoming iQoo 11 series will be powered by the newly launched Qualcomm Snapdragon 8 Gen 2 processor. The company also confirmed that the iQoo 11 Pro is powered by a 4,700mAh battery supporting 200W fast charging technology, while the vanilla iQOO 11 is powered by a 5,000mAh battery and supports 120W fast charging technology.
Apart from this, iQoo has also confirmed that both smartphones iQoo 11 Pro and iQoo 11 will feature 6.78-inch E6 AMOLED displays with a refresh rate of 144Hz E6 supporting 1440Hz PWM Dimming. 1800 nits peak brightness and 2K resolution. The vanilla iQoo 11 is expected to come with a flat display, but the iQoo 11 Pro features a curved edge display.
Both devices will reportedly feature up to 12GB of RAM and up to 512GB of internal storage and run the FunTouch OS based on Android 13 out of the box.
On the camera front, the iQOO 11 comes with a triple rear camera setup consisting of a 50MP primary sensor, a 13MP ultra-wide lens and an 8MP portrait sensor. There is a 16MP selfie shooter on the front. The iQOO 11 Pro, on the other hand, is expected to come with a 50MP + 50MP + 48MP + 64MP quad rear camera setup and a 32MP selfie camera. Both devices will most likely come with a Vivo V2 custom ISP for enhanced portrait mode shooting and video recording in low light.