10000 mAh, Snapdragon 870, 2K, 144 Hz, 1 TB storage and stylus. Xiaomi Mi Pad 5 will destroy the Samsung Galaxy Tab S7

About a month and a half ago, Xiaomi announced the release of the Mi Mix 4 super-flagship and the revival of the production of tablet computers, and now there are details about the promising Mi Pad 5: on paper (and taking into account the price), this model looks even more interesting than the Samsung Galaxy Tab S7.

10000 mAh, Snapdragon 870, 2K, 144 Hz, 1 TB storage and stylus.  Xiaomi Mi Pad 5 will destroy the Samsung Galaxy Tab S7

The source immediately published images of the potential Mi Pad 5, and the characteristics, and even the cost. So, the device is assigned the pre-flagship platform Qualcomm Snapdragon 870, a 2K display with a frame rate of 120 Hz, a polling rate of the sensor layer of 480 Hz and protection in the form of tempered Gorilla Glass 5, a dual camera with sensors with a resolution of 20 and 13 megapixels, a 5G modem, a Wi- Fi6 and aluminum body. Also in the list of equipment is a side fingerprint scanner, a stylus with a magnetic mount and a very decent 10,000 mAh battery with support for 50W fast charging. Weight – 510 grams, thickness – 8.13 mm.

10000 mAh, Snapdragon 870, 2K, 144 Hz, 1 TB storage and stylus.  Xiaomi Mi Pad 5 will destroy the Samsung Galaxy Tab S7

It’s easy to find the Mi 11 design element in the Mi Pad 5 – the main camera is designed in the same way as in the flagship smartphone. In terms of prices, they start at $ 620 for the version with 8 GB of RAM and 128 GB of flash memory. More expensive options: 8/256 GB for $ 665, 12/512 GB for $ 775, and even 16 GB / 1 TB for $ 850.

There is no date for the announcement of the Mi Pad 5, but the release of the device should happen in the first half of the year. Perhaps the tablet will be presented in late May or early June along with Mi Band 6.

.

You may also like

Will FRS reduce the rate?
Top News
David

Will FRS reduce the rate?

The Fed may leave the rate unchanged, despite almost one hundred percent expectations of a decrease. We understand how such