100W USB-A QC3 / PD3.0 & QC4+ USB-C GaN Charger

LAPTOP / TABLET / SMARTPHONE CHARGER

• GaN wall charger with 1x USB-C ports, and 1x USB-A ports. The USB-C ports support fast charging of QC4+ and USB PD3.0 devices. 100W total power output.
• This 100W laptop charger features 1x USB-C QC4+/PD3.0 and 1x USB-A QC3.0 ports. It is made with Gallium Nitride (GaN) semiconductors to boost power efficiency.
• The USB-C port can provide up to 100W from the USB-C port or 18W from the USB-A port.
• This allows you to charge a laptop and a smartphone with USB-C charge port at top speed.
• Equipped with a 1 metre 100W 5A USB-C to USB-C charging cable for all portable devices with USB-C charging port. This charger can deliver sufficient power to all your high-power devices such as the Macbook Pro, as well as tablets and smartphones.
• Includes a 1.2M USB-C to USB-C cable. Size: 69x67x32mm.
• Gallium Nitride chargers 
• Gallium Nitride (GaN) is a material that is starting to be used for semiconductors in chargers.
• Its main advantage over silicon-based chargers is that it uses less energy when converting from alternating current to direct current, allowing you to charge your devices faster and giving better efficiency. 
• GaN also produces less heat, which means components can be packed closer together, so a GaN charger can be made smaller and still provide high power charging for mobile devices.
   

Features

• USB-A and USB-C output. 100W total output.
• Uses more power efficient advanced GaN semiconductors.
• QC3.0 (USB-A), PPS and USB-PD 3.0 (USB-C) fast charging technology.
• Multiple safety protection, providing a 100% safe charging experience.
• Includes 1.2M USB-PD 3.1 compatible USB-C to USB-C charging cable.
• Gallium Nitride (GaN) is a material that is starting to be used for semiconductors in chargers. Its main advantage over silicon-based chargers is that it uses less energy when converting from alternating current to direct current, allowing you to charge your devices faster and giving better efficiency. 
• GaN also produces less heat, which means components can be packed closer together, so a GaN charger can be made smaller and still provide high power charging for mobile devices.