Baseus GaN5 Pro 40W 2xUSB-C Wall Charger - Black

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Baseus GaN5 Pro 40W 2xUSB-C Wall Charger - Black

The Baseus GaN5 Pro 40W is a modern, compact wall charger equipped with two USB-C ports and advanced GaN technology. It provides fast, stable, and safe charging for smartphones, tablets, and Apple and Android devices. Thanks to the use of GaN semiconductors, the device is smaller, runs cooler, and is more efficient than traditional chargers. Ideal for everyday use – at home, at work, and on the go.

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Specification:

• Manufacturer: Baseus
• Model: CCGAN40CE-M
• Technology: GaN5
• Ports: 2x USB-C
• Maximum power: 40 W
• Output voltages: 5V = 3A; 9V = 3A; 12V = 3A; 15V = 2.67A; 20V = 2A
• Input voltage: AC 110-240V, 50/60Hz, 1.5A
• Material: PC
• Weight: approx. 77 g
• Color: black
• Compatibility: iPhone, iPad, Samsung, Xiaomi, Huawei, Nintendo Switch, power banks and other USB-C devices

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The most important advantages of the Baseus GaN5 Pro 40W charger:

• GaN5 technology: smaller size, lower operating temperature, higher efficiency.
• Dual USB-C: Charge two devices simultaneously.
• Up to 40W of power: fast charging of smartphones and tablets.
• 9+ protections: protection against overvoltage, overheating, short circuit and overload.
• Compact size: perfect for travel and everyday use.
• Trickle Charging: Safely charge low-power accessories.
• PD compatibility: fast charging iPhone (PD), Android (PPS/PD).

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The latest GaN5 technology

The improved GaN5 semiconductor increases energy efficiency, reduces operating temperature and enables an even smaller device size.

More power – in a smaller package

The compact design means the charger fits in any pocket while delivering a full 40W of power.

Safe, low-temperature charging

Built-in safety systems and intelligent BCT system maintain stable temperature during operation.

Charging two devices simultaneously

Two USB-C ports allow you to quickly power your phone and tablet or two smartphones simultaneously.

9+ protection systems

Protection against overvoltage, overheating, overload, short circuit and other hazards ensures complete safety.