XUNDD XDCH-065 67W GaN Fast Charger

Full Description:

The XUNDD XDCH-065 67W GaN Fast Charger is a versatile, high-power charging adapter designed for modern devices. Utilizing GaN (Gallium Nitride) technology, it achieves high efficiency in a compact form factor while supporting multi-device fast charging.

📌 Specifications & Technical Details

1. Total Output: 67 W maximum
2. Port Configuration:
3. • USB-C1 + USB-C2 + USB-A (tri-port)
4. • USB-C1 + USB-C2 (dual-C)
5. • USB-C1 + USB-A
6. • USB-C2 + USB-A (low power)
7. Combined Output Scenarios:
8. • USB-C1 + USB-C2 + USB-A = 45W + 15W (60W max)
9. • USB-C1 + USB-C2 = 45W + 20W (65W max)
10. • USB-C1 + USB-A = 45W + 18W (63W max)
11. • USB-C2 + USB-A = 5V × 3A = 15W max
12. Material / Build: Fireproof ABS + PC shell
13. Net Weight: ~ 120 g
14. Dimensions: ~ 90.4 × 41 × 48 mm Daraz
15. Color: Black (common variant)
16. Input Voltage: 100-240V ~ 50/60Hz (universal)

✨ Key Features & Advantages

1. GaN Technology for Efficiency & Compactness
2. The use of GaN enables higher power density with lower heat and smaller size compared to traditional silicon chargers.
3. Multi-Device Charging Capability
4. You can charge up to three devices at once (2 USB-C + 1 USB-A), with smart power distribution so each device gets optimal charging.
5. Dynamic Power Allocation
6. The charger adjusts output per port depending on load—maximizing efficiency and preventing overdraw.
7. Safety & Durability
8. The fireproof ABS + PC casing ensures protection against heat, and the internal circuitry likely includes over-voltage, over-current, over-temperature, and short-circuit protections.
9. Wide Device Compatibility
10. Works well with laptops, tablets, smartphones, power banks, Bluetooth devices, and more—any device that supports USB PD or QC standards.
11. Travel Friendly
12. With a compact footprint and universal input voltage (100–240V), it’s ideal for use both at home and abroad.
13. Sleek & Practical Design
14. The charger’s design is minimal, functional, and built to last—with carefully selected materials and thermal management.