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Redmi K30 Pro arrives with Snapdragon 865, K30 Pro Zoom adds telephoto camera

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The Redmi K30 Pro and K30 Pro Zoom are here, after weeks of teasers and speculations. They bring a radically different design compared to the K30 and K30 5G with a pop-up selfie camera and quad rear shooters housed in a circular setup. As expected they also come with the flagship Snapdragon 865 chipset, complete with X55 modem for 5G connectivity and larger 4,700 mAh batteries. In fact, the two K30 Pro versions are identical save for one of the cameras on the back. The 6.67-inch FHD+ AMOLED display comes without any cutouts as it brings back the motorized pop-up solution for the 20MP selfie cam. The panel comes with a built-in fingerprint scanner and a 20:9 aspect ratio but its refresh rate is stuck at 60Hz. Around the back, the Redmi K30 Pro features a 64MP Sony IMX686 main camera with optical image stabilization (OIS), a 13MP ultrawide snapper, a 5MP macro shooter and a 2MP depth helper. Those who want a telephoto module will have to step up to the K30 Pro Zoom version wh...

Xiaomi announces $150 Redmi Note 7 with 48-megapixel camera

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Late last year Xiaomi president Lin Bin teased an upcoming phone with a 48-megapixel camera, and today the company has revealed it in full. Despite the eye-catching headline spec, it’s turned out to be a product under the entry-level Redmi brand called the Redmi Note 7. Design-wise, it looks very similar to Xiaomi’s smaller, low-cost Mi Play announced a few weeks back, with a circular display notch, a back panel with colorful gradients, a rear-mounted fingerprint sensor, and rear-facing dual cameras — one of which uses that much-vaunted 48-megapixel image sensor and an f/1.8 lens, the other of which is 5 megapixels and used for depth information. The camera can take photos with its 48 million tiny 0.8-micron pixels in good lighting, or combine neighboring pixels for what’s claimed to be the equivalent of a 12-megapixel photo taken with larger 1.6-micron pixels. At half an inch across, the sensor is physically quite a bit larger than what’s typically found in smartphones, whic...