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EAN: 6932172654443
Symbol: P10110902213-00
Baseus GaN5 USB-C 30W Wall Charger with Baseus Dynamic 3 USB-C 100W 1m Cable - White
The Baseus GaN5 30W is a compact wall charger with GaN technology, ensuring high performance while maintaining a small size. It supports fast charging up to 30W via USB-C, making it ideal for smartphones, tablets, and other compatible devices. Its modern design improves energy efficiency and ensures stable operation. The set includes a Baseus Dynamic 3 USB-C cable with a power output of up to 100W and a length of 1m, ready for everyday use.
Specification:
- Brand: Baseus
- Charger model: Baseus GaN5 Fast Charger (mini) 1C 30W
- Model Number: CCGAN30E5-M
- Cable model: Baseus Dynamic 3 USB-C 100W 1 m
- Material: PC
- Weight: approx. 46 g (without packaging)
- Entry:
- AC 110-240 V~, 50/60 Hz, 0.8 A (max.)
- USB-C output:
- 5V = 3A
- 9V = 3A
- 12V = 2A
- 15V = 2A
- 20V = 1.5A (max.)
- Total power: 30 W (max.)
- Package contents:
- Baseus GaN5 USB-C 30W Wall Charger
- Baseus Dynamic 3 USB-C 100W cable 1 m
- Color: white
The most important advantages of the Baseus GaN5 30W charger:
- Compact design: small dimensions facilitate transport and save space on the strip.
- 30W Fast Charging: Supports up to 30W of power delivery via USB-C.
- GaN technology: higher energy efficiency and lower heat loss.
- Stable operation and cooling: the design supports heat dissipation during charging.
- 100W USB-C cable included: 1m cable ready for everyday use.
Mini and compact
The small housing takes up less space on the power strip and makes it easier to carry the charger in a bag or backpack.
30W PD fast charging
The USB-C output supports up to 30W, allowing you to efficiently charge compatible smartphones and tablets.
Advanced GaN technology
Modern GaN solution increases energy conversion efficiency and supports smaller device size.
Efficient heat dissipation
The design supports effective heat dissipation, which helps maintain stable operation during charging.
Multi-level security
Protection against overload, overvoltage, overheating and short circuit increases safety of use.
























