Hyperjuice GaN 66W Charger Smallest Multi-Port Charger

Supported by the latest Gallium Nitride (GaN) technology

Hyperjuice GaN 66W Charger Smallest Multi-Port Charger uses the Navitas GaNFast NV6117 power IC, a leading component in the industry, to shrink the components commonly seen in traditional chargers. The new Gallium Nitride semiconductor material allows electrical devices to operate at higher voltages and switching frequencies, resulting in smaller and more efficient chargers.

Exquisite design

HYPER took the time to perfect the circuit and firmware design to fully utilize the Navitas GaNFast NV6117 power IC to turn the HyperJuice charger into a reality.

HYPER wanted to create the smallest 66W charger ever, so the circuit board and components were arranged in the most compact and space-saving manner possible. Only the most efficient components in the industry could bring the best performance in the smallest space, and the densely packed circuit boards were then surrounded by high-density thin heat sinks to support cooling, all wrapped in a minimalist flame-retardant polycarbonate shell to complete the efficient design.

Twice as powerful, half as small

The new Gallium Nitride semiconductor technology is 50% smaller, faster charging, and more efficient than silicon-based chargers.

3 fast charging ports with PD and Quick Charge technology

2 x USB-C Power Delivery 3.0 (Max 66W) and 1 x USB-A Quick Charge 3.0 (Max 36W) ports.

Foldable wall plug

The foldable plug is neat, convenient, and optimizes portability.

International adapter for travel

Includes EU, UK, AU plug adapter and 100V - 240V voltage common worldwide to allow you to charge in most countries.

Safety features

Keep your device safe with world-class protection against overcurrent, overvoltage, overheat, and short circuits.

High efficiency and cool operation

HYPER's 66W GaN charger has been tested in the laboratory with 95% power efficiency, a leading performance in the electronics industry and operates at low temperatures (60ºC outside).