The Dudao A27P 30W PD GaN USB-C wall charger is a modern solution for all those who value fast and efficient charging. The use of advanced GaN technology allows for exceptional energy efficiency, minimizing energy loss and ensuring stable charging. The compact design makes the charger an ideal travel companion, and the non-slip texture guarantees safe use. The 30W power allows you to charge not only smartphones, but also laptops and other devices compatible with the Power Delivery (PD) protocol. With Dudao A27P you will forget about long waits for the battery to charge and gain reliable support for your mobile devices!

Specification:

• Brand: Dudao
• Model: Dudao A27P
• Power: 30W
• Technology: GaN (gallium nitride)
• Connector: USB-C
• Charging Standard: Power Delivery (PD)
• Material: high-quality plastic with anti-slip texture
• Color: black

The most important advantages of the Dudao A27P charger:

• Advanced GaN technology: Greater energy efficiency, less heat loss and compact size.
• Power 30W: Fast charging not only for smartphones, but also for laptops and tablets.
• USB-C port with Power Delivery: Supports modern charging standards, ensuring maximum efficiency.
• Compact design: Perfect for everyday use and when travelling.
• Anti-slip texture: Provides a secure grip and comfort of use.

Thanks to the use of GaN technology, the Dudao A27P charger is more efficient and compact than traditional models. It minimizes energy losses, which translates into faster and safer charging.

With a power of 30W, the charger provides fast power replenishment for mobile devices and the ability to charge PD-compatible laptops.

Support for the PD standard allows for automatic adjustment of charging parameters to the connected device, ensuring maximum speed while maintaining complete safety.

Its small size means the charger will fit in any bag or pocket, and its classic black color goes well with modern devices.

The casing with anti-slip texture ensures a firm grip, and advanced systems protect against overheating, overvoltage and overload.