Cuktech AD653W 67W GaN 2x USB-C + USB-A Wall Charger with 70cm Retractable USB-C Cable - White

The Cuktech AD653W wall charger features GaN technology and three charging outputs: an integrated retractable USB-C cable, a USB-C port, and a USB-A port. Its maximum output power is 67W, allowing you to conveniently power smartphones, tablets, laptops, and many other devices. The built-in cable, which can be up to 70 cm long, eliminates the need to carry an additional cable, and the compact design is perfect for both home and travel.

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Specification:

• Brand: Cuktech
• Model: AD653W
• Maximum power: 67 W
• Input: 100-240 V~ 50/60 Hz 1.8 A
• Exit:
  • Integrated USB-C cable: 65W max
  • USB-C: 67W max
  • USB-A: 22.5W max
  • Total output power: max. 67 W
• Cable length: 70 cm (retractable)
• Technology: GaN
• Dimensions: 52.5 × 51 × 50.75 mm
• Weight: 170 g
• Color: white

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The most important advantages of the Cuktech AD653W charger:

• Up to 67W of power: allows you to quickly charge smartphones, tablets and laptops.
• Built-in retractable USB-C cable: Eliminates the need to carry an additional cable.
• Three devices at once: integrated cable, USB-C and USB-A enable simultaneous charging.
• GaN technology: provides high performance in a compact package.
• 9-layer protection system: protects devices while charging.

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The charger offers a maximum power of up to 67 W, making it suitable for charging smartphones, tablets, laptops and other compatible devices.

The built-in USB-C cable extends up to 70 cm and automatically retracts into the housing when not in use. This makes it easy to transport and helps keep things organized.

The integrated USB-C cable, additional USB-C port, and USB-A port allow you to simultaneously power up to three devices from a single power adapter.

The use of GaN technology enables high charging power while maintaining small device dimensions.

The charger is equipped with a multi-level security system, including protection against short circuits, overvoltage, overheating, current overload and electrostatic discharge.