Experience ultra-fast, efficient charging with the Oraimo HyperGaN 65 wall charger. Powered by an aerospace-grade GaN chip, it delivers 65W of maximum power in a compact, lightweight design that stays cooler and charges faster than traditional silicon chargers.
This kit includes a 100W Type-C to Type-C cable and features intelligent power distribution across two USB-C ports and one USB-A port, supporting PD, QC, and exclusive TFC protocols for universal compatibility with laptops, tablets, and phones from Apple, Samsung, TECNO, Infinix, and more.
9-layer protection including over-voltage, over-current, short-circuit, and temperature protection
Material
Anti-scratch, slip-resistant surface
Highlights
GaN Tech
Supports laptop charging
Intelligent power distribution
Anti-scratch texture
Compatibility
Compatible with a wide range of USB-C and USB-A devices including laptops (MacBook Pro, HP, DELL, Lenovo), tablets, smartphones (Apple iPhone, Samsung Galaxy, Xiaomi, HUAWEI, TECNO, Infinix), smartwatches, earphones, and headsets. Supports PD, QC, PE, and TFC fast charging protocols.
What's included
Oraimo HyperGaN 65 65W GaN Wall Charger
100W Type-C to Type-C Cable
Frequently asked questions
What devices can the Oraimo HyperGaN 65 charger power?
It supports a wide range of devices including laptops, tablets, smartphones, smartwatches, earphones, and headsets from brands like Apple, Samsung, Xiaomi, HUAWEI, TECNO, Infinix, HP, DELL, and Lenovo.
What fast charging protocols does this charger support?
The charger supports PD, PE, and QC fast charging protocols, as well as an exclusive TFC protocol specifically for fast charging TECNO and Infinix devices.
How does the intelligent power distribution work?
When using a single port, USB-C 1, USB-C 2, or USB-A can each output up to 65W. With two ports, power is split (e.g., 45W + 20W). With all three ports, USB-C 1 delivers up to 45W while USB-C 2 and USB-A share up to 17W.
What safety protections are built into the charger?
It features 9 layers of safety including low and high-temperature protection, over-voltage and under-voltage protection, overcurrent protection, and short-circuit protection for both input and output.
