QiPack is the solution to cutting cords and powering up anytime, anywhere
On April 14, 2014
(Photo: http://photos.prnewswire.com/prnh/20140407/MN98807)
Qi, pronounced "chee," is the Wireless Power Consortium’s (WPC) standard for wireless, or inductive, charging which allows mobile users to power up a variety of mobile electronics by simply placing a device on top of a wireless charging plate, no cords necessary.
QiPack is compatible with most popular smartphone brands including Google, HTC, LG, Nokia, Motorola, Apple and Samsung. To charge a device, users simply place it on top of the QiPack charging pad on a desk or slip it into a pocket or bag to charge while out and about, sans wires.
Qi enabled devices, like Google’s
"Since 2008, the WPC has been working toward creating wireless charging technology that is available for all, but we’re ready to take it to the next level with QiPack" says Wu. "Built with a higher concentration of recycled materials than any other similar product on the market, QiPack is just 8.9 millimeters thick and has a 3000 mAh battery. Our team just can’t wait to get this product into everyone’s hands."
On April 14, Goyack and Wu are offering early adopters the chance to pre-order some of the first QiPacks hot off the production line. Those interested in supporting his Kickstarter campaign can pre-order QiPack starting at just $45, or 30% off of the future retail price. In addition to the standard QiPack, Goyack and Wu will also be offering engraved QiPacks to prevent theft or
To learn more about the upcoming crowdfunding campaign, visit www.wirelessefficiency.com, Like QiPack on Facebook and Follow QiPack on Twitter @qipack.
Wireless Efficiency
Founded in 2005, Wireless Efficiency is a professional and integrated OEM/ODM/EMS supplier in the wireless industrial space. The company aims to reinvent the way of technology in the wireless industry in terms of innovation design and eco-friendly manufacturing. They are committed to deliver wireless products and services that make lives better, easier and more efficient. To learn more, visit www.wirelessefficiency.com.
