Asus ZenFone Max Pro M2 Battery, Camera, and Performance in Flipkart Teaser
Asus ZenFone Max Pro M2 is the successor to the popular ZenFone Max Pro M1. It will be launched in India on December 11. The ZenFone Max Pro M2 is going to be exclusive to Flipkart since the announcement last week. Additionally, it will sport a display notch, as well as Corning Gorilla Glass 6. Now, Flipkart on its landing page has revealed a few more details about the Asus ZenFone Max Pro M2, with teasers about its battery life, camera, and performance.
The Asus ZenFone Max Pro M2 landing page on Flipkart reiterates that the smartphone will use Corning Gorilla Glass 6, but adds that it will offer “unmatched performance” thanks to the use of the “fastest Qualcomm Snapdragon [SoC] in the segment.” Unfortunately, exactly which processor this would be was not revealed by the company. Previous leaks tip that the smartphone will have two variants – the ZB631KL and the ZB634KL. The former will be accompanied by a triple camera setup. Also it shall be powered by a Snapdragon 660 SoC, though more recent leaks point to a dual camera setup. If this is priced below Rs. 13,999, it would upstage the Realme 2 Pro. The latter also sports the same processor at that price.
Asus ZenFone Max Pro M2 Specifications
The Flipkart landing page for Asus ZenFone Max Pro M2 claims that the smartphone has a “best-in-class Sony sensor”. It will deliver impressive bokeh and low-light photography. Finally, the teaser added that the ZenFone Max Pro M2 will have a “largest capacity battery in the lightest form factor with 2+ days battery life”. We can take this to mean that the smartphone will have battery capacity at 4,000mAh or higher.
December 11th is also the date of the Indonesia launch of the smartphone. As mentioned, specifications leaked till date include a Snapdragon 660 SoC, 4GB and 6GB RAM variants (with an 8GB RAM variant also tipped). Additionally, 12-megapixel and 5-megapixel dual rear camera setup, and a 6-inch display. Another leak had tipped a 6.26-inch display.