Moto G62 India Launch on August 11, Specifications Revealed Via Flipkart Listing Page

The Moto G62 5G will support 12 5G bands in India.


Motorola is gearing up to launch two new Moto G series smartphones in India this week. The company is all set to launch the Moto G32 in India on August 9th and now, the brand has officially confirmed the launch date of the Moto G62 5G in India. The G62 will be launched in India on August 11th on Flipkart, as exclusively reported by MySmartPrice earlier.

The Moto G62 5G was launched in the global market back in June with Qualcomm Snapdragon 480+ processor. However, the Indian variant of the device will come with an improved Snapdragon 6 series chipset. Some of the key features of the device include a 50MP triple camera, a 5,000mAh battery, and a 120Hz display.

Moto G62 5G: Specifications and Features

The upcoming Moto G series device will be a Snapdragon 695 5G SoC with a max clock speed of 2.2GHz and an Adreno 619 GPU. The phone will come with 6GB of RAM and 128GB of onboard storage. The phone also supports an additional 2GB of Virtual RAM. As for the visuals, the Moto G62 5G will feature a 6.5-inch Full HD+ display. This will be an LCD panel with a 120Hz screen refresh rate. Moto G62 5G g32

Further, in the camera department, the Moto G62 5G comes with a triple rear camera setup. It will feature a 50MP main camera, an 8MP secondary lens which acts as an ultra-wide and depth sensor, and there is a dedicated macro vision camera. It is expected to pack in a 16MP selfie snapper.

The device will be backed by a 5,000mAh battery unit. Globally, the device supports 20W TurboPower fast charging support. Flipkart listing did not reveal the charging speed of the device. The phone also features a stereo speaker setup with support for Dolby Atmos. In India, the device will be available in Midnight Gray and Frosted Blue colour options. The device will run on Android 12 out of the box and there is ThinkShield security for mobile as well. Lastly, the phone is also IP52 rated, which is a water repellent design.