140W PD3.1 & QC4+ USB-C GaN Charger

LAPTOP / TABLET / SMARTPHONE CHARGER

The 140W laptop charger features 1x USB-C QC4+/PD3.1 port. It is made with Gallium Nitride (GaN) semiconductors to improve power efficiency and suitable for higher capacity charging application.

The charger offers incredible 140W fast charging for the high power demand 16" MacBook Pro or other high end gaming laptop with USB-C charging port by utilising the most recent PD3.1 fast charging technology.

This charger enables you to achieve laptop ground-breaking charging speed and charging efficiency. Coupled with PPS/QC fast charging technology and multiple charging protections, this wall charger can meet all your device charging needs.

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

• Powerful 140W USB-C output, compatible with MacBook Pro 16".
• Uses more power efficient advanced GaN semiconductors.
• Features PPS and the latest USB-PD 3.1 fast charging technology.
• Excellent compatibility with PD3.1/PD3.0/PPS/QC5.0/QC4.0+/QC3.0.
• 25% smaller than the original 140W Mac charger.
• 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. I
• ts 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.