65W GaN Charger Ultra Compact PD 3.0 Fast Charging Block Grey

Engineered with industry-leading Gallium Nitride (GaN) technology this 65W fast charger significantly reduces power loss and enhances thermal dissipation. Unlike standard bulky chargers that overheat under full load our optimized internal circuitry ensures efficient cool operation protecting your device batteries from thermal degradation during extended charging sessions. Equipped with a high-performance protocol chip this single USB Type-C port seamlessly supports PD 3.0 PPS QC 3.0 QC 2.0 FCP SCP AFC and 2.4A protocols. It intelligently recognizes your connected deviceswhether it is a power-hungry MacBook Air an iPad Pro an iPhone or a Galaxy smartphonedelivering the precise voltage and current required without compatibility glitches.

Features an adaptive Type-C output that supports multiple power profiles: 5V/3A 9V/3A 12V/3A 15V/3A and up to 20V/ 3.25A to achieve a true 65W output. Meets strict Level VI energy efficiency standards with a no-load loss of less than 0.3W. Each unit undergoes 100% full-load burn-in testing for at least 8 hours and 20 000 hours of MTBF to guarantee industrial-grade reliability. Measuring just 56mm x 34.8 mm x 32.8 mm this charger block is significantly smaller than traditional adapters ensuring it will not block adjacent outlets on strip boards. The premium travel-ready design features a 2-pin foldable US plug made of durable brass components allowing you to slip it into your pocket or backpack without scratching your other screens and devices. Your safety is our priority. Built with premium V-0 fire-rated PC housing that withstands temperatures up to 120 degrees Celsius. The adapter circuit integrates comprehensive protection mechanisms: over-voltage protection self-recovering over-current protection (at 105%-130% of rated load) and a specialized hiccup mode short-circuit protection that automatically restores voltage once the short circuit is cleared. Compliant with FCC Class B EN55032 Class B and rigorous drop-test benchmarks.