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MWC always takes the pride of becoming the ultimate spot for new Mobile launches, It is this time in Barcelona on Monday, that the launch of ZTE Axon 10 Pro 5G and Blade V10 had been announced. Not much detail has been revealed by the Company in context to Pro 5G, just that the 5G smartphone would be powered by Snapdragon 855 SoC along with the Snapdragon X50 5G modem.
A glimpse of the design is also unveiled which states that there would be a triple rear camera setup with a waterdrop-shaped display notch. On the other part, a detailed description regarding the ZTE Blade V10 has been flagged out. Though some details like the price and availability along with the chipset details are currently kept in suspense under the wraps.
The Price of the ZTE Axon 10 Pro 5G has not been unveiled by the Chinese Brand at the MWC 2019 thus leaving its customers in dilemma. However, the release timeline has been highlighted and it is in the first half of 2019 that the smartphone ZTE Axon 10 Pro 5G would be hitting the Chinese and European market. The brand is in partnership with China Unicom, Elisa, and Hutchison Drei Austria.
ZTE, the Chinese telecommunications giant in a press conference gave limited information regarding the ZTE Axon 10 Pro 5G. It unveiled that the model ZTE Axon 10 Pro 5G would be powered by Qualcomm Snapdragon 855 SoC having a Snapdragon X50 5G modem. Other information regarding the set got traced by the image which had been shared during the press release which unveils that the smartphone ZTE Axon 10 Pro 5G is equipped with a triple rear camera setup, an in-display fingerprint sensor, and waterdrop-shaped display notch.
Read Also: Lenovo Tab V7 - A Brilliant Combo of Phone And Tablet at MWC 2019
The Company bet against the optics and camera section and reveals that the Camera available with this set is having AI-based features which includes motion capture, portrait recognition, and scene recognition. The Chinese brand ZTE, on the contrary, takes the credit of AI user behaviour learning.
The Company is compelled to offer a 'stunning audio' and "Axon Vision graphics optimisation capabilities."
The other Models from different brands having 5G connectivity which has been showcased at the MWC 2019 are the Mi Mix 3 5G by Xiaomi, again OnePlus hinted about its 5G phone prototype and LG announced its new V50 ThinQ.
The price of ZTE Blade V10 has also not been revealed by the Company just as the like of Axon 10 Pro. The smartphone ZTE Blade V10 would be made available on the retail outlets of China, Europe, and Latin America from the coming April and would be available in Black, Blue, and Green colour variants. This is an Android Pie-based MiFavor 9.0 UI running dual-SIM (Nano) smartphone which features a 6.3-inch full-HD+ (1080x2280) display with a waterdrop-shaped notch.
Further, the set would be having a 90.3-percent screen-to-body ratio, and a pixel density of 400ppi. The whole system is powered by a said (unspecified) 2.1GHz octa-core SoC.
Further talking about the optics, on the rear, the smartphone sports a dual rear camera setup having a 16-megapixel primary lens and a 5-megapixel secondary lens. Whereas, the front face of the phone bears a 32-megapixel selfie camera having 'AI smart selfie' features. The handset is also featuring other AI camera features, such as scene detection.
Based on the storage capacity the ZTE Blade V10 is available in two variants, viz, 3GB RAM + 32GB inbuilt storage, and 4GB RAM + 64GB inbuilt storage. The storage area of the smartphone could be expanded via microSD card in a hybrid dual-SIM configuration.
For the connectivity options, the smartphone is equipped with a 4G VoLTE, Wi-Fi 802.11ac, Bluetooth v4.2, GPS/A-GPS, USB Type-C, and a 3.5mm headphone jack. Regarding the sensors, there is an accelerometer, ambient light sensor, digital compass, gyroscope, and proximity sensor. There is also a fingerprint sensor provided. The set ZTE Blade V10 is powered by a 3,200mAh battery which is measuring 158x75.8x7.8mm.
There is a ceramic-like feel on the body of the set along with its porcelain multi-layer stacking process.
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