Surprise your team fan with this official GENKI Turbocharger – Compact 100W Ultra Flat GaN Wall Charger with Dual USB-C Ports I Fast Charging with Foldable Prongs for Phone, Laptop, Portable Gaming & Tech Devices of the GENKI Turbocharger – Compact 100W Ultra Flat GaN Wall Charger with Dual USB-C Ports I Fast Charging with Foldable Prongs for Phone, Laptop, Portable Gaming & Tech Devices. This GENKI Turbocharger – Compact 100W Ultra Flat GaN Wall Charger with Dual USB-C Ports I Fast Charging with Foldable Prongs for Phone, Laptop, Portable Gaming & Tech Devices is an officially licensed product and is 100% authentic.
Compact & Powerful – The Genki TurboCharger is the ultimate solution for portable charging with its ultra-slim profile, lightweight design and powerful 100W output – ideal for gamers and tech lovers on the go
Universal Compatibility – Compatible with a wide range of devices including the latest laptops, tablets like iPads, Steam Deck, ROG Ally X, Nintendo Switch, and more – your all-in-one charging solution for any occasion
A lot of people love this GENKI Turbocharger – Compact 100W Ultra Flat GaN Wall Charger with Dual USB-C Ports I Fast Charging with Foldable Prongs for Phone, Laptop, Portable Gaming & Tech Devices because it’s a product that’s made to show your love for your favorite team and they’re going to be able to show off their love of GENKI Turbocharger – Compact 100W Ultra Flat GaN Wall Charger with Dual USB-C Ports I Fast Charging with Foldable Prongs for Phone, Laptop, Portable Gaming & Tech Devices.
Dual USB-C Ports – Charge two devices simultaneously with dynamic power distribution—up to 100W from a single port or intelligently split between two devices for maximum convenience
Safety First – Features advanced smart monitoring technology that continuously adjusts power delivery to protect your devices from surges and overheating
Advanced GaN Technology – Equipped with third-generation Gallium Nitride (GaN) modules for superior efficiency and lower heat output, ensuring a compact design without compromising power delivery
