Discover the modern and ultra-efficient Dudao A65Q GaN wall charger, which ensures reliable and fast charging for your devices. With a maximum output of 65W and support for Power Delivery technology, you can quickly charge your smartphone, tablet, laptop, or other compatible devices. Innovative GaN technology guarantees higher efficiency and a smaller size, while multifunctional USB-C and USB-A ports allow for simultaneous charging of multiple devices. The slim and compact design makes it the perfect companion for travel and everyday use.

Specification:

• Brand: Dudao
• Model: A65Q
• Maximum power: 65W
• Power input: 100-240V / 1.5A / ~50/60Hz
• Power output:
• USB-C: 5V/3A, 9V/3A, 12V/3A, 15V/3A, 20V/3.25A (65W)
• USB-A: 5V/3A, 9V/2A, 12V/3A (18W)
• USB-C + USB-A: 45W + 12W (57W)
• Technology: GaN
• Socket Compatibility: EU / US
• Support: Power Delivery
• Color: black

The most important advantages of the Dudao A65Q Charger:

• Super-fast charging: Maximum power of 65W and support for Power Delivery allow you to quickly charge your devices.
• Advanced GaN technology: More efficient charging with reduced size and improved energy efficiency.
• Dual USB-C and USB-A ports: Versatile ports let you charge a wide range of devices.
• Compact and elegant design: Ultra-thin design makes it perfect for use at home, in the office and on the go.
• Safety of use: Built-in safeguards protect against overheating, overload and short circuit.

The Dudao A65Q offers an output power of up to 65W, meaning you can quickly and efficiently charge your devices – from smartphones to laptops.

Thanks to the use of modern GaN technology, the charger is more efficient, smaller and generates less heat than traditional models.

Universal ports allow you to charge two devices simultaneously, making it a great choice for people who use multiple gadgets.

The elegant, thin design means the charger fits in any bag, backpack or pocket, perfectly matching your modern lifestyle.

Advanced protection systems ensure safe charging, protecting your devices from overload and overheating.