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FAQs
What is USB Power Delivery?
USB Power Delivery (PD) is a universal charging standard that enables compatible devices to charge at much higher power than normal. The technology supports bi-directional charging and data transfer from both host and peripheral.
Is it normal that my charger is heating up?
It is normal for a little heat to be emitted from the product, but it shouldn’t be too hot to handle. In this case, please stop using the product and contact our support channel for more help.
How much power's charger does your device need?
Laptop: 29W~100W
Tablet: 18W~30W
Smartphone: 18W~45W
Power Bank: 18W~25W
What is Quick Charge 3.0?
Engineered to refuel devices up to four timesfaster than conventional charging. Powered by INOV (Intelligent Negotiation for Optimum Voltage) Technology for fine-tuned power output & more optimized charging cycles. Up to 45% more efficient than Quick Charge 2.0 & compatible with a full range of USB connection types, from A to C.
What is USB C Power Delivery?
USB-C Power Delivery is a fast charging technology, supported by certain iOS/Apple and Android/Google/Samsung devices, that delivers much higher levels of power than standard charging.
Older Samsung devices support a different fast charging technology called Qualcomm® Quick Charge™.
What do you need for USB C Power Delivery?
Device: A USB-C PD-enabled smartphone or tablet
Cable: A USB-C charge cable
Charger: A USB-C PD-enabled wall or car charger
What is the difference between Class A and Class B accessories?
The difference is the maximum voltage. Both Class A and Class B adapters are rated at 5, 9 and 12 volts. Class B adapters go one step further, up to 20 volts. Class B adapters are large enough to charge devices that need more power, such as a notebook computers. Remember, Quick Charge is engineered to deliver only the power needed for the device it’s charging, so a Class B adapter can be used for a smartphone or laptop.
Can Quick Charge hurt my smartphone's battery?
— Quick Charge operates within the design parameters of batteries found in most smartphones. It is just charging the battery the way it is designed to be charged.
Device manufacturers build smartphones with a specific battery that can accept a specific level of charge. The battery size and maximum current of each battery are design decisions made by the manufacturer and can vary from smartphone to smartphone, tablet to tablet and so on.
However, traditional battery charging technology does not come close to the full power requirements of today’s large batteries. Quick Charge is designed to allow device manufacturers to achieve the full rated capability of the batteries they choose while still meeting the performance and safety standards set by the battery manufacturer.
