Qualcomm Teams Up with PowerMat and Duracell
Qualcomm has signed two separate letters of intent to explore new wireless charging solutions with both PowerMat and Duracell. Qualcomm, PowerMat and Duracell will look at how charging solutions can be integrated into consumer electronics and components that are made by Qualcomm. Qualcomm also hopes to create an industry alliance that supports flexible coupling-based wireless power and will create a standard that can be applied to all consumer electronics.
Powermat Shows Universal Fast Charging Ring
Powermat this week showed off an early version of its forthcoming universal fast wireless charging ring for public Powermat charging stations, at locations such as Starbucks. Current charging rings come in two separate versions: Lightning for iPhones, and micro-USB for all other phones.
Powermat Charging Stations May Soon Require App
Powermat today announced a new "mobile engagement platform" that will allow public charging station providers such as Starbucks to push marketing directly to phones via an app. Companies that choose to deploy the new platform will be able to require users to download and install the app before their phones will charge.
Powermat to Upgrade Starbucks Charging Mats to Support iPhone X
Powermat, which has deployed PMA-compliant wireless chargers at thousands of Starbucks locations around the U.S., plans to update its charging pads to support the iPhone X, iPhone 8 Plus, and iPhone 8 from Apple. At the moment, there are two competing wireless charging standards, PMA and Qi.
A4WP and PMA Agree to Fully Merge
The Alliance for Wireless Power and the Power Matters Alliance today agreed to merge operations. In February 2014, these same two organizations agreed to work together to create a single wireless charging standard.
Qualcomm Intros Wireless Charging Through Metal
Qualcomm today announced new technology that allows metallic handsets to charge wirelessly. Most wireless charging pads are tolerant of some metal in the charging field, but Qualcomm says it was able to boost the sensitivity enough, via Near Field Magnetic Resonance technology, to allow for wireless charging through metal handset enclosures.