Two reasonably priced smartphones have been launched within the first week of August. The Redmi 12 5G landed in India on August 1 and the Poco M6 Professional 5G debuted on August 5. These two smartphones share virtually the identical specs as a result of the Poco M6 Professional 5G is a rebranded model of Redmi 12 5G. Nevertheless, these two are at the moment the most affordable 5G smartphones in India on the ₹10,000 mark.
The Redmi 12 5G and the Poco M6 Professional 5G do not differ loads. They differ in design, costs and Poco M6 Professional 5G is available in solely two storage choices, whereas Redmi 12 5G is available in three storage choices. Let’s check out the variations.
Additionally learn: Poco M6 Professional 5G: The one 5G smartphone underneath ₹10,000, out of inventory in simply quarter-hour on first sale
By way of design, the Redmi 12 5G comes with crystal glass design on the again. There are three digital camera rings on the again of each of the smartphones. Nevertheless, certainly one of these three digital camera rings consists of a flashlight. The Redmi 12 5G is available in Jade Black, Pastel Blue, Moonstone Silver. Then again, the Poco M6 professional 5G is available in Energy Black, Forest Inexperienced.
The Redmi 12 5G was launched in India at a beginning worth of ₹11,999 for the bottom variant, 4GB RAM 64GB storage, ₹13,499 for the 6GB RAM 128GB storage and ₹15,499 for the 8GB RAM and 256GB storage. Nevertheless, the Poco M6 Professional 5G was launched in India at a beginning worth of ₹10,999 for the 4GB RAM 64GB storage and 6GB RAM 128GB storage. The highest mannequin of this smartphone prices you ₹12,999. Each the businesses are providing a ₹1000 financial institution low cost on their new price range smartphones as a launch low cost.
Additionally learn: Redmi 12 cellphone items offered out inside half-hour: Here is why the cellphone is in demand
So, if you consider, if you happen to purchase the Redmi 12 5G when these two choices are given, that might occur solely since you want extra RAM for barely smoother efficiency.
