Baseus GaN5 30W USB-C EU wall charger with purple Baseus Dynamic 3 USB-C 100W 100W 1m cable - purple The Baseus GaN5 30W compact charger with USB-C port is a fast and safe power source for your smartphone, tablet and other devices. Thanks to GaN technology, it offers high performance in a small size, and the power of up to 30 W allows you to efficiently replenish the battery. The advanced cooling system supports stable operation even under heavier loads. The set includes a purple Baseus Dynamic 3 USB-C cable with a power of up to 100 W and a length of 1 m. It is a practical set for daily charging at home, in the office and on the go. ~ Specification: Brand: Baseus Model: Baseus GaN5 30W USB-C EU Input: AC 110 - 240V~, 50/60Hz, 0.8A max. Output: USB-C 5V = 3A; 9 V = 3 A; 12 V = 2 A; 15 V = 2 A; 20 V = 1.5 A max. Maximum Power: 30W Material: PC Weight: Approx. 46g (without packaging) Cable Included: Baseus Dynamic 3 USB-C 100W, 1m Color: Purple ~ Key Benefits of Baseus GaN5 30W Charger: Compact mini design: Takes up less space and fits easily in your bag or backpack. 30W PD fast charging: Efficiently recharge with compatible devices. GaN technology: higher energy efficiency and smaller footprint. Advanced Baseus Cooling: Better heat dissipation during operation. Multi-level protection: protection against overvoltage, overheating and short circuit. ~ Compact size makes it easy to use daily The small case makes the charger take up less space on the power strip and can easily fit in your hand luggage. Up to 30W of power for fast charging The USB-C port supports up to 20V = 1.5A max., allowing you to efficiently charge compatible smartphones and tablets. GaN technology increases efficiency The use of modern GaN components translates into higher energy efficiency and a smaller device size. The cooling system supports stable operation The solutions used by Baseus accelerate heat dissipation, which increases safety and comfort of use. Safeguards protect connected devices Built-in protection systems reduce the risk of overvoltages, overloads, overheating, and short circuits during charging.