Xiaomi has revealed a new phone it’s called the Mi Mix Alpha, and it’s one-upping the first Mi Mix by having a “Surround Screen” that literally wraps around its body. The Beijing-based tech company says its screen-to-body ratio is 180.6 percent, and the parts not covered by a display the top and the bottom of the phone, in other words are made of aero-grade titanium that’s apparently lighter than stainless steel.
The Mi Mix Alpha has another standout feature: a 108-megapixel camera that can capture photos with a 12,032 x 9,024 pixel resolution. It also has a 20-megapixel ultra-wide camera with 1.5cm super macro photography capabilities, as well as a 12-megapixel telephoto lens with 2x optical zoom and dual PD focus. But it doesn’t have your standard front-facing camera, because it doesn’t need one its rear camera is still in front of a screen, after all. The tradeoff is a black band where the camera is mounted that runs vertically across the device, making the backside’s screen a bit smaller than the front.
Since the phone is almost all-screen, it also doesn’t come with physical buttons other than the power button at the top and has pressure-sensitive sides instead. Its other components are hidden underneath the display, as well, including the fingerprint reader and an acoustic technology that replaces the typical earpiece and speaker. And like its predecessor, the Mi Mix, Alpha also uses ultrasound for proximity sensing.
Inside the device it has Qualcomm Snapdragon 855+ chipset, 12GB of RAM and 512GB of storage. It already has 5G radio bands for all three major carriers in China and comes with a 4,050mAh battery with 40W fast charging capability. While Mi Mix Alpha may seem like a concept or a prototype at most, Xiaomi says it’s already in “small-scale production” and that it’s launching in December.
If you’re interested it has hefty 19,999 yuan (or about $2,810) price tag, making it even more expensive than the Samsung Galaxy Fold. Aside from the components themselves, its pricing likely came from its complex assembly method. It requires the manufacturer to place each layer on top of the other one by one, starting with its internal assembly, then its laminating display, its touch panel and a tough protection layer.
