If 45 or 50W seems like a lot to you, you should know the next craze that Xiaomi has prepared for its mobiles. The latest leaks confirm that the company is ready for mass production of a 150W fast charge . These figures are 100W higher than several of the best-charged phones on the market. In figures of minutes we talk about charging from 0 to 100% in about 10-15 minutes . It is nothing of the future, it is here and it is a matter of a short time to see it on Xiaomi mobiles .
A fast charge to break records: from 0 to 100 in 15 minutes
To put yourself in context, you should know that the most expensive Samsung mobile, the Galaxy S22 Ultra, has a fast charge of 45W. Apple’s most expensive iPhone has 25W fast charging. Xiaomi proposes to have a fast charge of 150W in premium high-end mobiles.
A current high-end takes about an hour to charge. Xiaomi wants to reduce that figure to 15 minutes with its new 150W ultra-fast charge. Knowing that nobody charges the mobile when it reaches 0%, it is easy to expect that from 15 or 20% the result will be a 100% charge in about 10 minutes.
With this charge, Xiaomi sets the record for the fastest charge on the market . Yes, when it is available. At the moment we know that it is ready to enter the production phase, or what is the same, that Xiaomi can implement it in any of the next mobile phones that it launches on the market.
Xiaomi makes a fool of Samsung or Apple
There are some brands that also bet on stratospheric fast charges, although they are very little known in the West. Xiaomi currently competes against Apple and Samsung, which makes these two companies clear.
Not only for having a fast charge several 5 or 8 times more powerful , but also for including the charger in the box . Xiaomi has not removed the chargers from their boxes, while Samsung and Apple have.
These two companies are not able to offer you a 25W charger inside the box and Xiaomi will do so with a 150W one, being one of the most advanced technologies on the market. In this section, Xiaomi gets the best experience by a landslide.
