- Omnia GaN Chip: Charge faster with smaller, lighter-weight chargers from AUKEY’s Omnia series – the world’s smallest PD chargers ever.
Dynamic Detect: Augmented with AUKEY Dynamic Detect, the USB-C port can output the full power of the charger with 65W Power Delivery when used on its own
High-Speed Charging: 3 times faster charging, fast charge your iPhone 13 / 13 Pro / 13 Pro Max / 12 / 12 Pro / 12 Pro Max / 11 / 11 Pro / 11 Pro Max / SE / XS Max / XS / XR / X / 8 Plus, Samsung Galaxy S10+ / S10 / S10e, Google Pixel 4 / 3 XL, LG G7 / V50, AirPods Pro, Switch, 11" / 12.9" iPad Pro, iPad Air (3rd Gen), iPad mini (5th Gen), and more; 13" MacBook Pro Dell XPS or other compatible USB-C devices that support USB Power Delivery.
Broad Compatibility: Compatible with MacBook Pro 13'', Switch, iPhone 11 Pro Max, Google Pixel 4, Samsung Galaxy S10, and more.
Dual-Device Charging: Charge a USB-C laptop and iPhone together.
Safe & Reliable: Built-in safeguards protect your devices against excessive current, overheating, and overcharging.
Multi-Task-King Has Come
Total 100W output and 4-device charging. When used on its own, while 45W Power Delivery for each USB-C ports and 12W split between USB-A ports when four ports used together. Designed to work with most popular USB-powered devices including USB-C laptops, tablets, iPhones, Android phones, wireless speakers & headphones, wearables, and photography gear.
Future-Proof Super Power
Fully charge a MacBook Pro 16” in just 1.8 hours. A streamlined GaN power system enables this 100W PD charger to be 20% smaller than the 16”MacBook Pro 96W charger. It also features a foldable plug for maximum portability. Extremely handy for home, office, and vacations.
OmniaChip x GaNFast
Higher efficiency, less heat. Through industry-leading gallium nitride (GaN) GaNFast technology, enjoy high-powered charging for your smartphone and laptop from a product no bigger than a standard phone charger.
Safefy Is Built-In
This UL-certified charger with built-in safeguards protects your devices against excessive current, overheating, and overcharging.