65W GaN 3 Port Dynamic USB Wall Charger

45W GaN 3-Port USB Wall Charger (Up to 65W Max)

Smart, Compact Charging with Dynamic Power Boost

Power your everyday devices with efficiency and flexibility using the 45W GaN 3-Port USB Wall Charger, capable of dynamically delivering up to 65W of output when needed. With two USB-C ports, one USB-A port, and intelligent power distribution, this compact charger is ideal for smartphones, tablets, and even lightweight laptops whether you're at home, at work, or on the go.

Key Features:

• 45W Total Output (Up to 65W Max)¹
  Supports charging for up to 3 devices simultaneously, with intelligent power allocation based on what’s connected.

• Dynamic Power Delivery
  Uniquely engineered to deliver up to 65W of output when required, giving you a powerful boost in charging speed - all in a compact, pocket-sized form. Enjoy the benefits of a higher-wattage charger without the bulk.¹

• Digital Display
  Real-time screen shows the charging power being delivered to each connected device, so you can monitor performance at a glance.

• 2 USB-C Ports
  Equipped with USB Power Delivery (PD 3.0) for fast and efficient charging of modern USB-C devices.

• 1 USB-A Port
  Supports Quick Charge 3.0 for compatible legacy devices and accessories.

• GaN Technology
  Advanced Gallium Nitride (GaN) technology provides high efficiency with reduced heat, allowing for a smaller, more portable design.

• Universal Compatibility
  Works seamlessly with smartphones, tablets, earbuds, e-readers, and lightweight laptops from Apple, Samsung, Google, and more using PD 3.0 and QC 3.0 protocols.

• Comprehensive Safety Features
  Built-in protection against overcurrent, overvoltage, overheating, and short circuits for safe, reliable charging.

Whether you're charging your phone, tablet, or compact laptop, the 45W GaN 3-Port USB Wall Charger with 65W Max Output offers the speed and flexibility you need in a size that fits easily in your pocket or bag.

¹ Maximum 65W output available when a single USB-C port is used. Total output is dynamically distributed based on connected devices.