industry news
Subscribe Now

PowerbyProxi Announces Availability of Wireless Power Evaluation Kits for Consumer Electronic Devices

PLEASANTON, Calif., August 12, 2014 – PowerbyProxi, developer of the world’s most advanced and safest wireless power solutions, today announced the release of Proxi-2D EVK-1, an evaluation kit for wireless charging of consumer electronic devices. The evaluation kit enables customers to test the capabilities of PowerbyProxi’s resonant technology features such as full spatial freedom, 7.5W power transfer per receiver (the highest power delivery available on the market) and multi-device charging up to 15W.

PowerbyProxi recently demonstrated this system at Computex in June, showing significant improvements over the 3.5 to 5W systems currently available.  “The Proxi-2D EVK-1 is the next step towards getting advanced resonant wireless charging technology in the hands of consumers,” said Greg Cross, CEO, PowerbyProxi. “Allowing customers to experience the safety, efficiency and speed firsthand, furthers our goal to enable innovation in the market.”

High speed resonant wireless charging of multiple devices, and backwards compatibility with the Wireless Power Consortium’s (WPC) Qi standard, make this an attractive option for OEMs looking to build upon the 50 million Qi devices currently in use through the 500 products on the market today.

Proxi-2D EVK-1 – specifications

PowerbyProxi’s newest evaluation kit includes a transmitter and two receiver modules to test charging of multiple devices at 7.5W per receiver.  The system displays resonant mode charging across the entire charging surface for both Qi v1.1 and resonant receivers.  The Proxi-2D EVK-1 kit also highlights a critical next step towards the advancement of the Qi specification by delivering a resonant solution capable of Qi v1.1 compliance.

More information on the Proxi-2D EVK-1 is available through the PowerbyProxi website: http://powerbyproxi.com/evaluation-kits/proxi-2d-evk-1/

 About PowerbyProxi

PowerbyProxi is a leader in advanced, safe, wireless power solutions for consumer electronics (CE) and industrial markets. Our resonant technologies deliver a better consumer experience with full spatial freedom and multi-device charging, and solve mission-critical problems in demanding, hostile industrial environments. We license technologies and deliver modules to battery and semiconductor suppliers, OEMs/ODMs and system integrators, with proven highly resonant implementations ranging from less than one watt to multiplekilowatts. PowerbyProxi is a venture-backed company spun out of The University of Auckland—an internationally recognized leader in wireless power innovation—and holds a comprehensive portfolio of 221 patents worldwide. For more information visit:www.powerbyproxi.com

Leave a Reply

featured blogs
Dec 19, 2024
Explore Concurrent Multiprotocol and examine the distinctions between CMP single channel, CMP with concurrent listening, and CMP with BLE Dynamic Multiprotocol....
Dec 24, 2024
Going to the supermarket? If so, you need to watch this video on 'Why the Other Line is Likely to Move Faster' (a.k.a. 'Queuing Theory for the Holiday Season')....

featured video

Introducing FPGAi – Innovations Unlocked by AI-enabled FPGAs

Sponsored by Intel

Altera Innovators Day presentation by Ilya Ganusov showing the advantages of FPGAs for implementing AI-based Systems. See additional videos on AI and other Altera Innovators Day in Altera’s YouTube channel playlists.

Learn more about FPGAs for Artificial Intelligence here

featured chalk talk

Ultra-low Power Fuel Gauging for Rechargeable Embedded Devices
Fuel gauging is a critical component of today’s rechargeable embedded devices. In this episode of Chalk Talk, Amelia Dalton and Robin Saltnes of Nordic Semiconductor explore the variety of benefits that Nordic Semiconductor’s nPM1300 PMIC brings to rechargeable embedded devices, the details of the fuel gauge system at the heart of this solution, and the five easy steps that you can take to implement this solution into your next embedded design.
May 8, 2024
39,119 views