Xiaomi Redmi S2 leak shows Redmi Note 5 Pro-inspired design: Details here
Xiaomi Redmi S2 leak shows Redmi Note 5 Pro-inspired design: Details here on Business Standard. The India-bound budget-centric smartphone is reported to sport dual rear cameras and feature faceunlock mechanism. Here are all the details you need to have for the upcoming Xiaomi smartphone
Technology News Chinese smartphone manufacturer Xiaomi is closely working on a new Redmi device that is also expected to make its way to India. Touted as the Redmi S2, the budget-centric smartphone is reported to sport dual rear cameras and feature the face-unlock mechanism, according to a report by online technology-based forum XDA-developers. Now, the phone's purported image renders, shared by a Czech-based online publication SvetAndroida, show Redmi S2's front and back views. Based on renders, the phone would sport a tall 18:9 aspect ratio screen on the front and dual cameras on the back, along with a fingerprint scanner. The phone’s back seems identical to the Redmi Note 5 Pro, which was launched in India on February 14. However, the dual antenna lines on top and bottom have a different design and, therefore, the phone seems to bring some design element changes too. Xiaomi Redmi S2 Photo: SvetAndroida In terms of Redmi S2 specifications and features, the report in XDA hinted that the Xiaomi Redmi S2 would sport an 18:9 aspect ratio screen of HD+ (1440×720) resolution. It would be powered by a Qualcomm MSM 8953 system-on-chip (SoC), which is a Snapdragon 625 processor. In terms of storage, the phone would have a 16GB variant, though other
storage models are also likely, and there would be a microSD card slot for storage extension. As for memory, the phone would likely come in 2GB and 3GB RAM variants. Talking of imaging, the phone would have a dualcamera set-up on the back, which will either have the 12-megapixel primary sensor of Sony IMX486 or OmniVision OV12A10, and the 5MP Samsung S5K5E8 as the secondary sensor. On the front, there would be a 5MP Samsung S5K5E8 sensor.
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