WIRELESS CHARGING WITHIN REACH
The BOOST↑UP™ Wireless Charging Pad is an affordable solution for anybody interested in trying wireless charging. Qi™ certification provides peace of mind while universal compatibility makes it easy to find the charger that’s right for your Qi-compatible phone. 5W is great for charging throughout the day or an overnight power up.
QI-CERTIFIED UP TO 5W
Qi certified, this wireless charging pad delivers safe and efficient charging to Qi-enabled devices. Use for overnight power ups or keep a pad at your desk for convenient charging throughout the day. Staying charged all day is easier than ever.
The BOOST↑UP Wireless Charging Pad is compatible with any device that uses Qi technology. Take the guess work out of going wireless with this universal charger that powers Apple, Samsung, Xperia, LG, Sony, Nokia, Google and more.
This wireless charger works with lightweight plastic cases up to 3mm, so you can get a power boost without removing your phone’s case.
That stylish ring isn’t just for looks. Made of a non-slip material, it helps keep your phone in place to prevent it from slipping off the charging pad.
CHARGING STATUS INDICATOR
A white LED light confirms that your device is aligned properly and charging at up to 5W. A red light lets you know that there may be a foreign object like coins or credit cards between your charging pad and device. When items come between the charger and your device, the charger could emit heat which may cause damage to your belongings. Foreign object detection is an important safety feature, that’s why it is included in all Belkin wireless chargers.
Belkin wireless chargers are constructed using premium materials and are backed by a robust 2-Year Warranty. Enjoy peace of mind knowing that you’re covered.
- Optimized for Qi-enabled devices up to 5W
- Qi certified and universal compatibility with any Qi-compatible smartphone
- Temperature control ensures safe charging temperatures
- Case compatible up to 3mm
- LED indicator confirms phone is aligned and charging optimally with no foreign object interference