Qi wireless charging will soon adopt short-range resonance charging


The Qi wireless charging standard is one of the most popular wireless charging solutions, but it still has limitations. Since it solely uses inductive charging, your device has to sit on a charging pad to work. That removes the hassle of plugging in a USB cable, but you’re not exactly going to be using your phone if it’s glued to a power mat. Fortunately, it looks like the Wireless Power Consortium is going to be adopting a new technology into the Qi standard that will allow devices to charge at a slightly longer distance.

The new technology is called resonance charging, and it allows the device and the charger to be nearly two inches apart. That’s not a massive range, but it will allow you to easily pick up a device and respond to a quick text without interrupting your device’s power supply. Plus, this new technology will allow Qi mats to charge multiple devices, so long as they’re in range, and the chargers will supposedly be able to output about 2,000 watts of power.

What’s even better about this new technology is that it will be backwards compatible with current Qi products, so you won’t need to worry about upgrading your smartphone just to take advantage of the extra convenience. You should see these new chargers hit the market later this year.

source: Engadget

About the Author: Jared Peters

Born in southern Alabama, Jared spends his working time selling phones and his spare time writing about them. The Android enthusiasm started with the original Motorola Droid and an unhealthy obsession with fixing things that aren't broken. This accidentally led to being the go-to guy for anything more complicated than a toaster, which he considers more of a curse than a blessing. Jared is enrolled in online classes at the University of Phoenix, and spends his spare time on video games and listening to music.

  • Level380

    Yay!!! Removes the current issue that some bulky cases causes qi wireless to stop working :(

  • GraveUypo

    2000 watts? i’m pretty sure that’s wrong. isn’t it 2000 mAh?