Essager 33W GaN USB-C Fast Charger

Essager 33W GaN USB-C Fast Charger – Compact Power for All Your Devices

Power up your devices faster and more efficiently with the Essager 33W GaN USB-C Fast Charger. Designed with next-generation Gallium Nitride (GaN) technology, this charger offers higher energy efficiency, faster heat dissipation, and a significantly smaller size compared to traditional silicon-based chargers—making it the ideal travel companion or everyday charging solution.

Despite its compact form, this charger packs serious power. With a maximum output of 33W, it supports a wide range of fast-charging protocols, including Power Delivery (PD), PPS, and Huawei Quick Charge. Whether you’re using an iPhone, iPad, Android smartphone, or USB-C-enabled gadget, this charger delivers the right power at the right time.

The USB-C port offers flexible voltage and current outputs, supporting:

5V/3A

9V/3A

10V/2.25A

12V/2.5A

15V/2A

20V/1.5A (30W Max)

The USB-A port mirrors the same high-performance output range, ensuring that legacy devices are charged just as quickly. Additionally, PPS (Programmable Power Supply) supports a dynamic range of 3.3V to 11V at 3A (33W Max), allowing optimal power delivery to compatible Samsung, Xiaomi, and other PPS-supported phones.

When using both USB-C and USB-A ports simultaneously, the charger provides a shared output of 5V/3.6A, enabling you to charge two devices at once with stable power delivery.

Crafted from high-quality PC + ABS materials, the charger is both durable and heat-resistant, ensuring long-term reliability. Built-in safeguards protect against overcurrent, overvoltage, overheating, and short circuits.

Compatibility includes:

PD 27W fast charging for iPhone 13 Pro Max

PD 20W for iPhone 12/11/XR

33W fast charging for Xiaomi, Huawei, Samsung

Also supports OPPO, Vivo, Nintendo Switch, and more

Whether you’re charging your iPhone 14 or topping off your iPad Pro, the Essager 33W GaN charger is a smart, reliable, and space-saving choice. One charger, multiple devices—maximum convenience.