Realme was started a sub-brand of the Chinese smartphone maker, Oppo in the year 2018. Soon after launching its first handset, the Realme 1, it separated from its parent company turning into an independent brand. In a short period since its initial launch, the company has launched several smartphones which have been warmly welcomed by consumers. Last month, the company launched the Realme 3, the second successor of the original Realme 1. Unexpectedly, a senior Realme executive confirmed that the company will soon launch a beefed up variant of the Realme 3 which will be called the Realme 3 Pro. A short while ago, in a Twitter post, the company announced that the upcoming smartphone will launch on the 22nd of April. Surprisingly, the specifications of the Realme 3 Pro have been leaked on Twitter before its official announcement.
Realme 3 Pro Specifications
According to the leak, the Realme 3 Pro has a 6.3 inch LCD display that has a water drop notch up top. Noteworthy, the smartphone also has Corning Gorilla Glass protection to safeguard it against scratches. The water drop notch on the front of the smartphone accommodates the selfie camera which has a resolution of 16 MP.
The Realme 3 Pro is reported to have a plastic body that has a 3D gradient design like its younger sibling the Realme 3. The smartphone also has a dual rear camera setup which consists of an f/1.8 aperture equipped Sony IMX519 16 MP sensor, 5 MP depth sensor and an LED flash.
The leakster claims the Realme 3 Pro is powered by a 4,230 mAh battery which supports 20 W VOOC charging. The smartphone will be kitted with the Snapdragon 710 SoC which is comprised of an Octa Core CPU and the Adreno 616 GPU. Another noteworthy feature of the upcoming smartphone is its triple slot tray which can accommodate dual SIM cards and a microSD card simultaneously.
Realme 3 Pro Price and Storage Variants
Also Read: Renders Of The Google Pixel 3a, 3a XL Leaked On Twitter
The Twitter post claims the Realme 3 Pro will be available in two storage variants for which the price is as follows:
- 4 GB + 64 GB – Rs 13,999
- 6 GB + 64 GB – Rs 15,999
The cases for both the devices are completely transparent and clearly highlight the schematics of the smartphones. A cutout at the back reveals the rear-mounted fingerprint scanner. The bottom of the Pixel devices houses the USB Type-C port, which is flanked by speaker grilles on either side. The 3.5 mm headphone jack is present at the top of the device, which is a feature that was missing from the Pixel 3 and Pixel 3XL smartphones. Another noteworthy fact is that the front of the Google Pixel 3a and 3a XL sport a wide chin and forehead. The volume rockers and the power button are both housed on the right side of the smartphone, whereas the left side of the device accommodates the SIM card slot.
The Pixel 3a and 3a XL are expected to sport a 5.6-inch and 6-inch OLED display respectively. Other significant changes from the Pixel 3 and Pixel 3 XL may include the use of polycarbonate for the device design instead of glass and metal. Under the hood, the Google Pixel 3a and 3a XL are speculated to run on the Snapdragon SoC, which is designed on the 10nm fabrication process. The chipset comprises of an octa-core Kryo 360 CPU and the Adreno 612 GPU. In terms of optics, the devices are expected to be equipped with a primary 12MP camera and an 8MP selfie shooter.
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The budget smartphone will feature a glossy plastic design on the back. The Galaxy A2 Core will measure at 141.5 x 70.9 x 9.1 mm, with a 5-inch qHD (quarter HD) display. The smartphone will run on the 14nm Exynos 7870 chipset, which comprises of the 1.6 GHz octa-core Cortex A53 CPU and the Mali T830 MPI GPU. It is bundled with 1GB of RAM and 16GB of internal storage.
The Samsung smartphone will run on Android 9 (Go Edition). In terms of optics, the Galaxy A2 Core will feature an f/1.9 equipped 5MP primary camera sensor in combination with an f/2.2 equipped 5 MP front camera for selfies. The selfie camera will be integrated with the “beauty mode” feature. The device will pack a 2600 mAh battery, and will be available in three colour options, which are listed below:
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The images are taken during the phase of dusk and the night, and they bear watermarks in Chinese, which when translated, reveal significant information regarding the Z6 Pro’s camera. The images exhibit detailed levels of colours and brightness. The faint layer of light on top of the images give them a natural look. As deduced from the overlaid watermarks, the camera has a pixel size of 2.9 ?m, indicating towards a camera with advanced night mode capabilities. Moreover, the second watermark exhibits an 80dB over-motion map, which hints towards the fact that the camera has a large photosensitive area.
Previously, the company confirmed that the 
The company has been experimenting with the transparent screen design for quite some time now, which was last spotted at CES 2019 (Consumers Electronics Show) when LG showcased a transparent OLED television. Its display had a transparency of 40%. Previously, on SID (Society for Information Display), LG unveiled a flexible and transparent 4K UHD OLED display with a screen size of 77 inches. It may be possible that the company incorporates a similar technology in its future smartphone designs.
On April 9, 2019, a patent was published by the United States Patent and Trademark Office (USPTO). Originally filed by LG Electronics more than three years ago, the patent clearly depicts a smartphone with a flexible transparent display. A lot of details are included in the patent, such as the UI (User Interface), operation and the materials required to make the display. This may very well be the first foldable transparent smartphone of its kind.
As per the patent, the smartphone is entirely made of the flexible display, which is incorporated both on the inside and outside the foldable smartphone. The handset can be unfolded to almost double its size, which then enables the user to operate it in the tablet mode. While unfolded, both the left and the right parts can independently turn opaque or transparent, indicating that separate modules will be used for the two adjacent sides of the device. As per the patent, the transparency of the smartphone changes with the way it is held, which is quite interesting.
If the smartphone is lying flat on a surface, the display will exhibit a very low degree of transparency. However, when the smartphone is picked up and folded, the transparency will be clearly visible. Upon increasing the transparency beyond 20%, the rear touch sensor of the device is enabled, with the help of which users can operate the flexible transparent display from the rear. This feature seeks to maximize functionality in such a smartphone.
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