Render images of the Samsung Galaxy A13 have surfaced online, with the supposedly official images showing the Galaxy A13 handset in a Black color variant and hinting that it may come with a new design. According to previous leaks, the smartphone is expected to feature a MediaTek Dimensity 700 chipset and 5G connectivity, paired with up to 8GB of RAM, as well as a 50-megapixel triple rear camera setup. The device recently received a Bluetooth SIG certification, indicating a possible release.
The smartphone could have a plastic construction, according to official renders shared by GizNext. While the render shows the handset in Black, previous leaks have suggestions that the company may also launch smartphones in Blue, Orange and White colors. In render, Samsung Galaxy A13 has a waterdrop-style notch with thin bezels except for the bottom of the device. On the back, the handset shows a new design compared to its predecessor, with a triple camera setup Tip includes a 50-megapixel primary sensor.
Samsung Galaxy A13 5G Specifications (Tentative)
According to previous leaks, the Samsung Galaxy A13 5G may come in both 4G and 5G variants. It was recently report that the handset has received Bluetooth SIG certification online, indicating an imminent launch. The phone, which was discovered running Android 11 on a benchmarking website, was Tip comes with a $249 price tag (about Rs. 18,400). However, Samsung It has not officially revealed any details about the smartphone yet.
Samsung Galaxy A13 5G is expected to be powered by MediaTek The SoC is 700 density and comes in three RAM and storage configurations – 4GB + 64GB, 6GB + 128GB, and 8GB + 128GB. Previous leaks have suggestions that the handset may come with a 6.48 inch (1,080×2,340 pixels) LCD screen. Meanwhile, the renders suggest that the Samsung Galaxy A13 5G may also come with volume and power buttons on the left side of the smartphone, with the fingerprint sensor located on the power button. The device is also said to have a 5,000mAh battery with support for 15W fast charging, based on previous leaks.
