Joyroom JR-TG10 65W GaN 2x USB-C + USB-A AC Charger with USB-C - USB-C 1.2m - White Cable The JR-TG10 is a powerful 65W GaN AC charger that allows you to charge up to three devices quickly and simultaneously. With two USB-C ports and one USB-A port, it will work well with laptops, smartphones or tablets, providing a stable and efficient power supply. GaN technology reduces heat and size, while the included 100W USB-C cable enhances the user experience. It is a solution that combines high power, compact form factor and universal use in one device. ~ Specification: Brand: Joyroom Model: Joyroom JR-TG10 Material: PC Fireproof Input: 100-240V, 50/60Hz, 1.5A Output: USB-C1 / USB-C2: 5V=3A; 9 V = 3 A; 12 V = 3 A; 15 V = 3 A; 20 V = 3.25 A PPS: 3.3-11 V = 5 A USB-A: 5 V = 3 A; 9 V = 3 A; 12 V = 3 A; 20 V = 3 A USB-C1 + USB-A: 45 W + 18 W max USB-C1 + USB-C2: 45 W + 20 W max USB-C1 + USB-C2 + USB-A: 45 W + 15 W max Maximum power: 65 W Package contents: charger, USB-C - USB-C cable 1.2 m Color: white ~ Key features of the Joyroom JR-TG10 charger: 65 W power: allows you to quickly charge laptops, smartphones and tablets. Three Charging Ports: Allow you to power several devices at the same time. GaN technology: reduces heating and increases work efficiency. Wide Compatibility: Supports most laptops and mobile devices. Protection system: protects against overvoltage, overheating and overload. ~ 65W power for fast charging of laptops High power allows you to efficiently power laptops and other demanding mobile devices. Three ports allow you to charge several devices at the same time Two USB-C and one USB-A ports allow you to conveniently charge multiple devices without additional chargers. GaN technology for efficiency and less heat The use of a modern GaN chip increases work efficiency and reduces temperature during charging. Wide compatibility increases versatility of use The charger supports most laptops, smartphones and tablets, ensuring convenient use on a daily basis. Built-in safety protects electronics from overload, overheating and overvoltage.