UGREEN, a global innovator in premium charging technology, unveiled the Nexode 500 W 6-Port GaN Desktop Fast Charger – the world's first 500 W gallium nitride (GaN) charger engineered to simultaneously charge six devices with unprecedented power. Combining groundbreaking charging power, intelligent safety systems, and near-universal compatibility, it is built to handle the high-performance demands of professionals, gaming setups, and tech-heavy households.
The Nexode 500W 6-Port GaN Desktop Fast Charger eliminates the need for multiple adapters with its five USB-C ports and one USB-A port, enabling concurrent fast charging for six devices. Professionals can power five high-end laps and a smartphone all from a single compact unit, decluttering workspaces and streamlining productivity. One of the five USB-C ports can deliver up to 240 W output to a single device, which is easily enough to charge a MacBook Pro 16" at maximum speed (from 0 to 60% in about 30 minutes). Although there are very few devices currently on the market that can fully utilize 240 W USB-C input charging, UGREEN has taken a forward-thinking approach, anticipating future needs and demonstrating a bold vision for the future.
At its core, six integrated GaN chips achieve a 95% energy conversion rate, minimizing heat and reducing energy loss. Equipped with multi-channel NTC sensors, the UGREEN Nexode 500 W charger monitors temperature in real time, ensuring stable and safe charging even under continuous 500 W loads, thus preventing overheating and damage during prolonged high-intensity use. It is ideal for demanding environments such as offices, studios, and high-performance gaming setups.
Designed for versatility, the Nexode 500 W supports PD 3.1/3.0/2.0, QC 3.0, PPS, AFC, FCP, Apple 5 V/2.4 A, and BC 1.2 protocols, ensuring compatibility with nearly all laptops, smartphones, tablets, and accessories. Its adaptive power distribution dynamically allocates wattage based on device requirements – prioritizing high-power needs like a gaming laptop while maintaining optimal speeds for lower-wattage devices such as smartphones, all without manual intervention.
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