Vivo Z10 smartphone launches in India at 14,990 INR with 6-inch HD+ FullView display and Moonlight selfie camera. It is available through offline stores in select Indian states.
Vivo Z10 smartphone has been unveiled in India at a price of 14,990 INR. It will go on sale through offline stores in only four states of India namely Telangana, Tamil Nadu, Karnataka, and Andhra Pradesh. However, the company has not specified any launch offers for this phone.
This phone looks like a latest version of the Vivo V7+ that was previously launched in September. The key features of Vivo Z10 include a FullView display, Moonlight Selfie camera, Snapdragon 450 SoC under the hood along with face-unlocking feature called Face Access. It also has Live Photo features and Smart Split 3.0.
Vivo Z10 Specifications
Vivo Z10 is powered by an Octa-core Qualcomm Snapdragon 450 SoC and runs FunTouch OS 3.2 based on Android 7.1 Nougat. This dual-SIM (Nano) phone sports a 6-inch HD+ FullView Display panel with an aspect ratio of 18:9, screen-to-body ratio of 84.4 percent and a resolution of 720×1440 pixels. The storage capacity boasts off a 4GB RAM and a 32 GB onboard storage that is expandable via microSD card. The connectivity options include 4G VoLTE, a 3.5mm headphone jack, GPS/ A-GPS, Bluetooth, Micro-USB, and Wi-Fi. This phone also has a fingerprint sensor and a battery backup of 3225mAh.
The camera specifications include a 16-Megapixel rear camera sensor that comes with a PDAF lens supporting features like Slow Motion and 64-Megapixel Ultra HD image upscaling functionality. For the front camera, it has a 24-Megapixel camera sensor with Moonlight glow technology that provides a soft radiant complexion with the help of Vivo’s Face Beauty Algorithm. It also has a Portrait Mode that helps in blurring the background and sharpening foreground using software tweaks to give a bokeh effect-like experience. Along with this, the front camera sensor works with the preloaded Face Access feature for unlocking the screen by scanning multiple areas of the face and identifying various biological facial features.