Realme launched its latest smartphone, the Realme 3 at an event last month. The smartphone features competitive specifications and carries a lucrative price tag. At the event, the company also announced the successor to the Realme 2 Pro flagship smartphone will launch in April. While no information was shared regarding the announcement date and specifications of the handset; the company has started sending out invites for the launch of the aforementioned device. Its flagship smartphone, the Realme 3 Pro will be launched on the 22nd of April.
Realme 3 Pro
The Realme 3 Pro as mentioned above, will be a flagship offering by the company and will compete with the Redmi Note 7 Pro launched in February. Leaked specifications of the smartphone reveal it will have a 6.3-inch LCD display with an FHD+ resolution. A waterdrop notch is expected like its predecessor to maximise the screen real estate. For biometrics and securely unlocking the device, it has a rear-mounted fingerprint sensor and will support face unlock technology.
The leaks reveal Realme 3 Pro will run on the 10nm Snapdragon 710 SoC. The chipset is comprised of an Octa-core CPU and the Adreno 616 GPU. In terms of optics, the smartphone is expected to feature dual rear cameras. The setup may comprise of a 12MP sensor combined with an additional depth sensor. For selfies, the device will have a 20MP front-facing camera housed in the waterdrop notch on top of the display. For memory and storage, the Realme 3 Pro may be available in the following variants.
- 4GB RAM and 64GB ROM
- 6GB RAM and 64GB ROM
- 8GB RAM and 128GB ROM
Also read: Budget Oriented Samsung Galaxy A2 Core To Soon Launch In India
Reports claim the Realme 3 Pro will be powered by a 4100 mAh battery with support for VOOC fast charging. It will run on Oppo’s latest ColorOS 6.0 on top of current Android 9 Pie. While there are no details regarding the price of the smartphone, it is expected to start at a price of Rs. 13,999.
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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Weighing at 449 grams, the Rebel SL3 packs a DIGIC 8 Processor, along with a 3.0-inch touchscreen (that flips around for selfies or vlogging) and 4K video support. The camera features a 24.1 megapixel APS-C (Advanced Photo System Type-C) sensor, which is also used in Nikon and Sony DSLRs. Furthermore, the Rebel SL3 offers a 9AF point-optical system and spot focus feature, so that users can accurately select their subjects while capturing images.
The Canon EOS Rebel SL3 offers an on-sensor Dual-Pixel system, which may not be as efficient as the optical system, but still provides accurate eye-tracking Auto-Focus in 1080p videos considering the price of the budget DSLR camera. The SL3 also takes the spot for being the first Canon Rebel Series camera that can shoot in 4K resolution. A downside of the camera is the lack of sensor-based-in-body stabilization, which forces the Rebel SL3 to use Digital Image Stabilization. Moreover, the camera supports wireless image transfer via built-in Wi-Fi and Bluetooth across smartphones and tablets. 
Photographers can utilize the Burst Shoot feature at a rate of 5fps. The DSLR has a native ISO range of up to 25,600 and an expanded ISO range of 51,200. In terms of the battery, Canon claims that the camera can shoot a total of 1,630 images on a single charge, and the number comes down to 350 shots with the Live View feature turned on. Talking of features, another nice addition to the camera feature list is the “smooth skin” mode, which enables the user to blur the background (similar to portrait mode in smartphones) without the presence of a fast lens. 
The Snapdragon 665 chipset is the base model in the lineup unveiled on April 9, however, it has significant improvements over the Snapdragon 660. The new 11nm chipset comprises of an octa-core Kryo 260 CPU. Four cores of the aforementioned 8 cores are dedicated to performance, while the other cores enhance the efficiency of the device, the company claims. For graphics, the chipset packs an Adreno 610 GPU with the Vulkan 1.1 graphics driver. Furthermore, the chipset features Qualcomm aptX Adaptive Audio and Aqstic to improve the gaming experience of the user.
The company has included the Spectra 165 ISP, which integrates support for triple cameras and AI while capturing images. Also, the chipset enables features such as Hybrid autofocus, zero shutter lag and optical zoom, in addition to 48-megapixel image support. The SoC has the third-generation Qualcomm AI Engine, providing support for features such as 3D Face Unlock. Qualcomm claims that the chipset will deliver almost 2x faster AI device processing than the Snapdragon 660. Moreover, the SoC is enabled with Quick Charge 3.0 Fast Charge technology.
Qualcomm made it quite clear that the Snapdragon 665 will be targeted towards smartphones lying in the entry-level segment. For mid-range segment devices, the San-Diego company unveiled the Qualcomm Snapdragon 730, which is built on an 8nm process. Some features that were previously only present on Snapdragon’s 8xx series have been carried over to the Snapdragon 730. The SoC comprises of Kryo 470 octa-core CPU, which have a maximum clock speed of 2.2 GHz. Six cores are dedicated to regulating the power and efficiency of the smartphone, whereas the other two cores are dedicated solely to performance. The chipset has the Adreno 618 GPU, which is claimed by the company to provide a 25% performance boost over its predecessor.
In addition to Qualcomm aptX Adaptive audio and Qualcomm Aqstic audio, the chipset has the Spectra 350 ISP, which features a dedicated Computer Vision ISP. This will enable the capture of 4K HDR videos in portrait mode, that can be further mingled with bokeh effects. The Snapdragon 730 SoC has an inbuilt X15 LTE modem which claims to provide downloads up to 800Mbps. The chipset is Wi-Fi 6 ready and features Qualcomm Quick Charge 4+ technology.
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