Promate iPhone 15, 140W Power Delivery 3.1 GaN Charger

GaN Technology for Efficient and Powerful Charging: The GaNCharge-140W charger utilizes cutting-edge GaNFast (gallium nitride) technology and a GaN Chipset, allowing for a smaller size while delivering high power transfer. It can simultaneously charge up to three devices, including earbuds, smartphones, tablets, and even the MacBook Pro, with a total output of 140W. Thanks to GaN components, it minimizes power loss and heat generation, ensuring a more efficient charging experience.

Ultra-Compact 50% Smaller Design for Extreme Portability: The GaNCharge-140W is designed to be ultra-compact, measuring 55% smaller than standard chargers. Its sleek design, crafted from high-quality materials, saves space and enhances convenience, making it perfect for on-the-go use.

High-Speed 140W Power Delivery 3.1 USB-C Port: This adapter’s GaN technology reduces power consumption and boosts charging efficiency to over 90%, providing up to 140W of power. The USB-C Power Delivery 3.1 port is capable of charging devices like the MacBook, MacBook Pro, and Microsoft Surface Pro 7 at impressive speeds.

100W Power Delivery USB-C 3.0 Port to Fast Charge Laptops: The GaN technology also optimizes power usage, achieving over 80% efficiency while delivering up to 100W of charging power. It supports fast charging for devices such as the MacBook, MacBook Pro, iPhone 13 series, and iPad Pro, ensuring quick power-ups.

Super-Fast 30W QC 3.0 USB Charging Port: The Promate GaNCharge-140W includes a universal QC 3.0 Port that offers a robust 30W output, allowing you to charge various USB-enabled smartphones and tablets at the fastest speeds available. Quick Charge 3.0 technology enables compatible devices to charge up to four times quicker than traditional chargers.

Simultaneous 140W High-Speed Charging for 3 Devices: With this compact gallium nitride charger, you can charge three devices—laptops, smartphones, or tablets—at once. There’s no need to prioritize which device to charge first; you can power them all simultaneously at maximum efficiency.