Properly, it appears like Lenovo has lastly determined to leap into the full-screen show development. As such the corporate has now introduced its first-ever full-screen smartphone in China. Dubbed as Lenovo Okay320t the handset was additionally just lately noticed on TENAA.
Nevertheless, it appears like this new Lenovo smartphone is a price range system. The handset is at the moment accessible for reservation by way of Jd.com and it’ll go on sale beginning January 4th in China. The system is priced at ¥999, which interprets to roughly about Rs. 9,774.
Having mentioned that, let’s take a look at what this smartphone has to supply.
Design and Show
Being a typical price range cellphone, Lenovo Okay320t incorporates a polycarbonate materials physique. Fairly surprisingly this system comes with horizontal twin rear cameras together with LED flash and a fingerprint sensor on the rear. As for the show, the handset sports activities a 5.7-inch IPS show with a decision of 1440 × 720 and has a 2.5D curved glass display screen on high. The system has 81.four % display screen to physique ratio.
Processor, RAM, and Storage
The smartphone is powered by a 1.3GHz quad-core Spreadtrum processor which is paired with 2GB of RAM. The system affords 16GB of inside storage and it’s additional expandable as much as 128GB by way of micro SDcard.
Cameras and Battery
As for the optics, the digicam boasts of twin 8MP +2MP fastened focus cameras on the again. Up entrance, there’s a comparable 8MP sensor with f/2.2 aperture. The system is backed by a 3000mAh battery and it runs on an unknown model of the Android OS, however it may probably be Android 7.1 Nougat.
The twin-SIM smartphone affords connectivity choices like 2G/3G/4G, Wi-Fi, Bluetooth, three.5mm Audio port, Micro USB, and GPS. Sensors on the cellphone embody Compass Magnetometer, Proximity sensor, Accelerometer, Ambient mild sensor and Gravity sensor.
The handset measures 155.2 x 73.5 x eight.5mm (size x width x thickness) and weighs in at 153.eight g. It’s accessible solely in Black colour possibility.