At a time when South Korean giant Samsung is gearing up to launch its next-generation S-series flagship smartphones on 11th February at its Unpacked event, details about the company’s next-gen Note device have started surfacing online.

A purported case schematic for the Galaxy Note 20 has appeared on Chinese microblogging platform Weibo. Although the design seems to be a very early stage prototype, it depicts a design that resembles what we’ve seen so far about the S20-series.

Samsung Galaxy Note 20 Design

The first thing you may notice about the design is the huge rectangular camera module on the back of the same, similar to what we have already seen on the Galaxy A71 and Galaxy A51 smartphones.

On the front side, the smartphone will carry very thin bezels at the top as well as bottom, similar to the Galaxy S20 family, if the leaks related to the upcoming series are true. At the bottom, there’s USB Type-C port, dedicated section for the S-Pen stylus, a speaker grille and a microphone.

However, this seems very early to have a final design of the Galaxy Note 20 but you never known. Since the design seems to be in line with what Samsung has to offer with its premium flagship phones, this one could make the final cut.

The current-generation Galaxy Note10 comes with a 6.3-inch 1080 x 2280 Infinity-O display and is powered by either Snapdragon 855 SoC or Exynos 9825 processor. The hole in the display is home to a 10MP camera while the rear panel houses a 12MP + 12MP + 16MP triple camera setup. The device is powered by a 3,500mAh battery with support for 25W fast wired charging and 12W fast wireless charging.

There’s also a bigger variant of the phone, dubbed Galaxy Note10+ that comes with a larger 6.8-inch screen with a 3040 x 1440 resolution. It has the same configuration under the hood in terms of chipset. It also has the same selfie camera and adds a ToF camera for a quad-camera setup on the rear. The phone is backed by a bigger 4,300mAh battery with support for 45W fast wired charging and 15W fast wireless charging.

(Source)