Earlier this week, e-commerce site Amazon India went live with a landing page for the upcoming itel S23 smartphone. From where multiple features and price information of the device has come to light. And today this dedicated microsite has been updated. After that, we get to see some additional information regarding the specifications of the itel S23 smartphone. Not only this, the banner on the landing page also confirmed the price and launch date for the upcoming smartphone.
Itel S23 Smartphone Launch Date and Price in India
According to the Amazon India listing, the upcoming Intel S23 smartphone will be launched in India on June 14. And post-launch it can be purchased from Amazon for just Rs 8,799. The company will also offer a one-time screen replacement scheme with this latest handset, which will be valid for the next 100 days from the date of purchase.
Talking about the features, the itel S23 smartphone will have a 6.6-inch IPS LCD display panel. The display will have a waterdrop notch style design and will offer a 90Hz refresh rate. According to a recent leak, the device may support HD Plus resolution. And for security, it will have a side-facing fingerprint scanner.
The Amazon listing also confirmed that the itel S23 will come with 8GB of RAM and 128GB of UFS 2.2 storage. It is said that the device will additionally support 8 GB virtual RAM feature. It will have a 5,000 mAh capacity battery for power backup. However, information regarding the processor of the handset in question has not been revealed yet.
Meanwhile, the itel S23 phone will have an 8-megapixel selfie camera on the front and a 50-megapixel camera with LED flash on the back panel. According to the listing, this rear sensor will support functional photography features like HDR, Super Night Mode and 10x digital zoom.
Finally, it is also known that this upcoming smartphone of Itel branding will be available in a total of three color variants. These are – Black and Mystery White. Of which, the Mystery White option will diffuse pink and green hues when light is reflected.