Welcome Guest Login | Register | Site Map | | Make TelecomTiger my homepage     
Telecom News
Enterprise |  Policy & Regulation |  Mobiles & Tabs |  Corporate |  VAS |  People Movement  |  Technology  |  LTE
Mobile & Tabs
LAVA unveils Z92 with 6.22” HD + notch display and smart AI gaming mode
TT Correspondent |  |  29 Jan 2019

On Tuesday, LAVA International launched a new flagship smartphone -- Z92 -- with an Artificial Intelligence (AI) gaming mode for Rs 9,999 in India.

The smartphone comes with a 6.22-inch HD+ notched display, 3GB RAM and 32GB internal storage, expandable up to 256 GB.

While the AI gaming mode on Z92 would allow users to play games uninterruptedly, the AI studio mode on the smartphone would enable users to take pictures in six different camera modes, the company claimed.

Jasneet Singh, Product Head, smartphones, LAVA International said "Keeping in mind the demand of consumers who look for higher performance, durability and a bigger screen along with great looks, we are excited to present our first offering of 2019 -- Z92".

Equipped with a scratch resistant Corning GG3 cover glass, LAVA Z92 features a 13MP rear camera with dual LED flash and an 8MP selfie camera.

The smartphone is powered by a 3260mAh battery and it runs on a 2.0 GHz Octa Core Mediatek Processor- Helio P22.

The company added that LAVA Z92, which is available in ocean blue-black gradient finish also comes with cashback and data offers for Jio users.

Other Stories in this Section
 mail this article    print this article    Show and Post comment
29 Jan 2019(IST)  
Maintain Business Continuity with Cisco ASR 9000 nV Technology
It is a virtual chassis solution where a pair of ASR 9000 routers acts as a single device by maintaining a single contr...read more
Simplify Your Network with Cisco ASR 9000 nV Technology
With the new Cisco Network Virtualization (nV) technology in the Cisco ASR 9000 Series Aggregation Services Routers, se...read more
Cisco Small Cell Solution: Reduce Costs, Improve Coverage
It is designed to address the challenge of mobile service coverage and to expand network capacity...read more