The Samsung Galaxy A13 design has just been revealed via seemingly official images. This is not the first time we’re seeing this design, but it is the first time it’s being leaked by what seem to be official images. The phone also appeared on Bluetooth SIG, so it got Bluetooth certified.
As a reminder, the Galaxy A13 did leak in CAD-based renders a while back. Those renders showed us pretty much the same thing as these images. So, we know exactly what to expect out of this phone at this point.
The Galaxy A13 design gets shown in seemingly official renders
These images show us the device from almost all angles. The only sides we don’t see are the top and bottom ones. The Galaxy A13 will feature a flat display, with a waterdrop display notch. Its bottom bezels will be thicker than the rest.
You’ll notice three cameras on the back, and they’re vertically aligned. Those three cameras do protrude a bit, and an LED flash sits next to them. Samsung’s logo is included on the back.
As you can see, there is no fingerprint scanner on the back, that’s because it’s placed on the side. It sits on the right-hand side of this phone, and doubles as a power / lock button. The volume up and down buttons are placed above it.
It seems like the device will be made out of plastic, but we can’t confirm that. We’ll just have to wait and see. The SIM card tray is located on the left-hand side of the phone.
This phone does resemble its predecessor
If this design seems familiar to you, well, that’s because the Galaxy A12 looks similar from the front. Truth be said, its rear camera setup looks completely different, so the design is not exactly the same.
The Galaxy A13 is rumored to ship with the MediaTek Dimensity 700 64-bit octa-core SoC. That chip will be paired with 8GB of RAM and 128GB of internal storage. A 6.48-inch fullHD+ LCD display was also mentioned.
A 50-megapixel main camera may find its way on the back of this phone, and an 8-megapixel selfie shooter as well. Samsung may include a 5,000mAh battery inside of this phone, and 25W charging.