Xiaomi 90W HyperCharge 3-Port Fast Charger GaN Mobile Charger  (White)

The Xiaomi 90W GaN Fast Charger is a powerful and compact charging solution designed for professionals, travellers, and everyday users who rely on multiple devices. It allows you to charge up to three devices simultaneously, including laptops, smartphones, and tablets, eliminating the need for multiple chargers while keeping your workspace organised and efficient. Powered by advanced GaN (Gallium Nitride) technology, this charger delivers higher efficiency, faster charging speeds, and reduced heat compared to traditional chargers. With a maximum total output of up to 90W, it can quickly charge high-performance devices such as USB Type-C laptops, while intelligently distributing power to ensure optimal charging for all connected devices. The charger features two USB Type-C ports and one USB Type-A port, supporting fast-charging protocols including PD, PPS, QC, and Xiaomi HyperCharge. It can deliver up to 90W when using a single USB Type-C port, up to 67W + 18W when charging two devices, and up to 67W + 15W when charging three devices. This ensures fast, reliable charging across a wide range of compatible devices including laptops, smartphones, tablets, power banks, and accessories. Designed with safety and durability in mind, the charger includes multiple protection systems against overvoltage, overcurrent, overheating, and electrical faults. Its intelligent thermal management system maintains safe operating temperatures, while the UL94-V0 flame-retardant housing enhances durability and reliability during daily use. Compact and lightweight, measuring just 7.5 × 5.6 × 3.0 cm and weighing only 132 g, this charger is ideal for travel, office, or home use. Its portable design reduces bulk and makes it easy to carry, while providing powerful, efficient charging wherever you need it. The Xiaomi 90W GaN Fast Charger is the ideal all-in-one charging solution for users who want fast, efficient, and reliable power delivery in a compact and travel-friendly design.