Redmi Note 12 is expected to have a 50 megapixel rear camera, according to a report. The design of the handset remains rectangular with straight edges. The design of the handset could be similar to that of the Redmi Note 11 Series. It could have a flat display and a hole-punch cutout to house the selfie camera. A 2-megapixel macro sensor and an 8-megapixel ultra wide angle lens are also expected to be included on the handset.
According to a Report MyDrivers cites tipster Digital Chat Station as saying that Redmi Note 12 will have a design similar the Redmi Note 11 Series. It will be a rectangular design, with straight edges. The phone could sport a flat display with “sharp edges” and hole-punch cutout, which is expected to house the selfie camera.
According to reports, the Redmi Note 12’s primary rear camera will be 50 megapixels. This report is consistent with one that was previously reported by the same tipter. MyDrivers claims that the handset will come with a triple rear camera setup. The handset will have a 50-megapixel primary camera, a macro camera of 2 megapixels and an ultra-wide angle camera of 8 megapixels.
According to the report, Redmi Note 12 will feature 120W fast charging support. The handset will be available in China in this year’s debut, as well as in international markets during the first quarter 2023. The box will contain a USB charger adapter and a cable. It should be able to charge the phone completely in 20 minutes.
According to another report the Redmi Note 12 Series will contain the Redmi Note 12, Redmi Note 12 Professional and Redmi Note 12 Plus+. According to reports, two Redmi Note 12 series smartphones have been granted the China network access license. According to reports, the smartphones were codenamed L16U or L16U.
The Redmi Note 11 launched in India in February. It features a 6.43 inch AMOLED display, full-HD+ resolution, a 20:9 aspect ratio and a 90Hz refresh rate. The Qualcomm Snapdragon 680 SoC is paired with 6GB to 128GB LPDDR4X RAM, and the device can store up to 128GB internal storage.