JR-TG11EU 100W 3C1A Multi-Port GaN Fast Charger with AC30 USB-C to USB-C 240W 2m Cable

The jr-tg11eu 100w 3c1a multi-port gan fast charger with ac30 usb-c to usb-c 240w 2m cable is engineered to provide high-capacity power delivery for USB-C laptops, tablets, mobile phones, and portable electronic accessories. Harnessing advanced Gallium Nitride (GaN) semiconductor technology, this 100w pd pps desktop charger with 240w type c cable 2m packs 100W Max energy density into a travel-friendly EU wall plug body. Fully certified by CE and RoHS standards, it comes bundled with an extra-long 2-meter 240W Type-C to Type-C fast-charging cable.

100W Max Single-Port Output & 240W Heavy-Duty Cable Bundle

Power high-demand laptops and ultrabooks at maximum speed without voltage drop. Built around standard USB Power Delivery (PD3.0) and PPS specifications, the JR-TG11EU 100W fast wall charger outputs up to 100W (20V⎓5A Max) via its USB-C1, C2, or C3 ports individually, while the single USB-A port delivers up to 60W (20V⎓3A Max). The included 2-meter AC30 240W USB-C to USB-C cable ensures future-proof high-current transmission across demanding workstation hardware.

4-Port Concurrent Fast Charging & Dynamic Power Split

Eliminate charger clutter by powering up to 4 electronics simultaneously from a single EU wall socket. Engineered as a 4 port simultaneous charging 100w gan power adapter, its 3C1A configuration incorporates dynamic power allocation, such as 65W + 30W on dual C-ports or an optimized 45W + 30W + 20W delivery across 3 USB-C channels, allowing laptops and phones to fast-charge side-by-side.

Advanced GaN Thermal Control & Travel-Ready Certification

Protect connected hardware against thermal wear while charging across international power grids. Built as a ce rohs certified 100w multi port gan travel charger, its upgraded GaN chip operates at significantly lower temperatures and higher power efficiency. Supporting 100-240V universal AC voltage input, its integrated protection suite guards against over-temperature, over-current, overload, and short-circuit risks.