65W GaN USB-C Fast Charger | PPS PD QC4.0 Quick Adapter for MacBook, iPad, iPhone 16 & Samsung S23 Ultra

ASOMETECH 65W GaN 3-Port Fast Charger: Power Your Entire Desk

Upgrade to the ASOMETECH 65W GaN Wall Charger, the only adapter you need for your entire mobile and computing setup. Featuring two USB-C ports and one USB-A port, this charger is built with cutting-edge GaN technology to deliver maximum power in a fraction of the size.

Key Performance & Efficiency Features

1. Next-Generation GaN Technology: Our new GaN (Gallium Nitride) design is 30% smaller and more efficient than traditional chargers. It provides superior temperature control and faster charging speeds, ensuring a better, safer experience.
2. 65W Total Power, Intelligent Distribution: The charger delivers a 65W Max output and features an intelligent charging chip.¹ It automatically senses your devices and distributes power safely and efficiently.
3. True Multi-Device Charging: Stop choosing which device to charge! With two high-speed USB-C ports (65W Max each) and one USB-A port, you can charge a laptop and two phones simultaneously (e.g., $45\text{W} + 15\text{W}$).
4. Blind Port Fast Charging: The dual USB-C ports support PD-65W blind plugging, meaning your laptop, tablet, or phone will charge quickly regardless of which USB-C port you use 

Universal Compatibility & Speed

This charger supports a huge range of devices and fast charging standards, ensuring your gear charges as fast as possible:

1. Laptops: Fast Charge a MacBook Pro 13 to 75% in one hour 
2. Phones: Fast Charge an iPhone 14 to 60% in half an hour.
3. Protocol Support: Compatible with PD (Power Delivery), PPS, QC 4.0, and Huawei Quick Charge, making it universal for all your high-end devices like iPhone, Samsung Galaxy, and MacBook.

Safety & Design

1. Sleek and Portable: The compact design makes this 3-port fast charger your perfect on-the-go energy station for travel or daily use 
2. Multiple Safety Protection: Built-in safeguards protect against overcurrent, overheating, and short circuits, ensuring a stable current output and long-term device safety