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iClever Boost Cube Series Fast Wireless Charger Supports Qi and Qualcomm Quick Charge Without the Use of Logos

The iClever BoostCube Series Fast Wireless Charger IC-WL04 supports the low-power version of the Qi wireless charging standard which provide 5 watts of charging for phones like the Apple iPhone X, iPhone 8, Samsung Galaxy S8, and Galaxy S9.  

Unfortunately, the iClever BoostCube Series Fast Wireless Charger IC-WL04 does not use the Qi logo on its box, meaning that it may have not been Qi certified.

The iClever BoostCube Series Fast Wireless Charger IC-WL04 packaging states it supports inputs of 10 watts (5 volts @ 2 amps) and 15 watts (9 volts @ 1.67 amps) suggesting that it supports Qualcomm Quick Charge. Based on our own testing, we could confirm that the iClever BoostCube Series Fast Wireless Charger IC-WL04 can negotiate with a Qualcomm Quick Charge based charger to support 9 volts charging. Note there is no Qualcomm Quick Charge logo on the packaging as well.

The packaging also states that both 5 watts and 10 watts of wireless charging is possible. We could confirm that up to 10 watts of wireless charging could be delivered to the Galaxy S8 when connecting a Galaxy S8 Qualcomm Quick Charge based charger to the iClever BoostCube Series Fast Wireless Charger IC-WL04. If a non Qualcomm Quick Charge based charger is used, only up to 6 watts is delivered.

The iClever BoostCube Series Fast Wireless Charger IC-WL04 simply comes with a USB Type-A to Micro-B charging cable and some documentation.  

No AC charger is included so you need to provide your own Qualcomm Quick Charge based charger.

The iClever BoostCube Series Fast Wireless Charger IC-WL04 has a flat non-slip surface that allows your phone to be placed without slipping.

Despite the lack of logos, we could confirm that the iClever BoostCube Series Fast Wireless Charger IC-WL04 could be used to wirelessly charge the  iPhone X and Galaxy S8. While convenient, note that Qi wireless charging is not as fast as what you can get from USB Power Delivery based charging.