Time for another CES announcement, this time from MediaTek. The company has developed a multimode wireless charger that combines both inductive and resonance wireless charging into a single module.
Inductive charging is currently the most prevalent method of wirelessly charging smartphones. Nokia, Samsung, HTC, and pretty much everyone else’s charging pads are all based on the inductive Qi-Charging standard. Unlike the competition, MediaTek’s solution also offers the option for resonance charging alongside inductive charging. If you’re curious about the differences we covered A4WP vs Qi standards a little while ago, or you could read MediaTek’s own paper on the subject.
But why not stick with the status quo? Well, resonance charging has several benefits over inductance charging technologies. As the size of the magnetic field is much larger multiple devices can be charged at once, providing that the charger is powerful and large enough. Secondly, you can place your device anywhere in the proximity of the charging station, as resonance circuits can be carried larger distances over the air. No more lining up charging mats to ensure a decent connection.
MediaTek is keen to highlight that its technology will work with pretty much every wirelessly chargeable device, old or new, as it has the ability to charge devices with varying power consumptions, all from a single coil. Impressive stuff, but MediaTek isn’t the only company interested in resonance charging, Intel is also planning its own A4WP compliant charging bowl. Time to do away with all those wires.
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Nice! I’d like to see a charger that I can charge and use nearby without having to put it on the wireless charging mat. Can’t wait to see this come out!
Magnetic resonance is good, it allows for contactless wireless energy transfer. Though the distance still can’t be too far.
Yup!! Its true that MediaTek is not the only to use the resonance technology. A4WP’s Rezence is also using the resonance technology. I guess resonance will soon take over Inductive. Like to see MediaTek device more in action.