Under the codename PD2309, the Vivo X100s has allegedly been advertised on the Google Play Console platform.
Vivo X100s Rumored to Debut Soon: Leaked Specifications and Design on Google Play Console
Since January of current year, the Vivo X100 and Vivo X100 Pro have been offered in India. The Chinese smartphone manufacturer is now planning to expand the X100 family by adding the Vivo X100s. The Vivo X100s’s design and specifications have surfaced due to a supposed entry on the Google Play Console, but its debut date is still unknown. According to the description, the phone may be powered by a MediaTek Dimensity 9300 SoC and come with 16GB of RAM and Android 14.
The Vivo X100s, codename PD2309, has been identified by 91Mobiles to be featured on the Google Play Console platform. The future phone is listed as having an Android 14 operating system and 16GB of RAM. It is advertised with a Mali G720 GPU in addition to a MediaTek MT698. A reference to the MediaTek Dimensity 9300 SoC may be made here. The same processor powers both the standard Vivo X100 and Vivo X100 Pro.
The Vivo X100s is said to sport a full-HD+ display with a pixel density of 560ppi and a resolution of 1.5K (1,260 x 2,800). There is a picture of the phone with the listing. The device, which is orange in color and resembles the Vivo X100 in terms of appearance, is shown in the picture. It seems to feature a punch-hole display.
The Vivo X100s have been the subject of persistent rumors for a while now. It is anticipated to launch officially in China in April or later this month alongside the Vivo Pad 3. This year’s Vivo X90s could be improved upon by it.
The Vivo X100 Pro and X100, which have starting prices of Rs. 89,999 and Rs. 63,999, respectively, were introduced in India in January. They boast curved 6.78-inch 8 LTPO AMOLED panels with a refresh rate of up to 120Hz and triple rear cameras bearing the Zeiss brand. While the Vivo X100 Pro has a 5,400mAh battery with 100W charging capabilities, the Vivo X100 features a 5,000mAh battery with 120W fast charging.