Description:
This compact 65W GaN USB-C charger from JSAUX delivers fast, portable power for laptops, tablets and modern handheld gaming devices, making it useful for charging a Nintendo Switch 2 in TV mode as well as phones and small notebooks. With a long 6.6 ft braided USB-C cable included, it aims to be a travel-friendly all-in-one solution for people who need reliable fast charging on the go.
Key Points
The charger uses GaN technology to remain small while providing up to 65W of power, which supports fast PD charging for compatible laptops and handheld consoles. The package includes interchangeable EU and UK plugs and a foldable US plug design for easier packing when traveling. The braided 2 meter cable supports PD 3.0 fast charging and high-speed data transfer, and the unit integrates protections against overvoltage, overcurrent and short circuits for safer charging.
Technical Specifications
- Name: JSAUX 65W USB C Charger for Nintendo Switch 2
- Output power: 65W maximum
- Cable length: 6.6 ft (2 m) braided USB-C to USB-C
- Protocols: PD 3.0 support
- Safety: Overvoltage, overcurrent and short-circuit protection
- Included plugs: EU and UK adapters, foldable US plug
Why This May Interest You
If you often move between work, travel and leisure, this charger centralizes power needs so you do not need separate chargers for a phone, tablet and Switch 2. It can top up devices like modern Galaxy and iPhone models, Steam Deck and ROG Ally according to their own charging limits. The compact GaN design keeps weight and bulk down while providing a higher power density than older silicon chargers.
Usage Recommendations
For the Nintendo Switch 2 note that the console supports a maximum of around 30W fast charging according to the manufacturer, so charging times will be constrained by the console’s intake even if the charger can supply 65W. Use the braided 2 meter cable when you need extra reach for couch or desk setups, and fold the US plug or swap to the included EU/UK adapters when traveling abroad. Consider device-specific charging profiles when connecting larger laptops, as full laptop charging behavior depends on each model’s PD negotiation.










