Baseus 100W Fast Charging USB-C to USB-C Cable - 0.5m (100W Black)

🎨 Baseus 100W USB-C to USB Type-C Cable is the ultimate solution for fast and effective charging and data transfer across a wide range of devices, from smartphones to laptops. Designed for efficiency and durability, this cable promises an exceptional performance accompanied by a sleek aesthetic.

🔋 Powerful Fast Charging
Equipped to deliver a staggering 100W of power, this cable ensures rapid charging capabilities. With its QC3.0 quick charge technology, enjoy the convenience of fully charging your laptop in approximately 2.5 hours and your iPad Pro 12.9 in around 2 hours. This level of efficiency makes it an ideal companion for both home and on-the-go charging.

🧩 Intelligent Technology Integration
Featuring upgraded intelligent management chips, the Baseus cable provides automatic current recognition for safe charging at night, preventing overcharging scenarios. Whether you’re powering up a SAMSUNG, Xiaomi, or other compatible devices, the 5A high current support ensures quick and reliable charging.

🔋 Impressive Data Transfer Speed
Boasting a transmission rate of 480Mbps, the Baseus cable allows seamless transfer of large files without any interference with the charging process. This ensures that you can stay productive and efficient without sacrificing time.

🛡️ Durable Design Features
Constructed with a sturdy aluminum alloy ring and a TPE connector, this cable is not only aesthetically pleasing but also highly functional. The extended SR protection prevents bending and breakage, while the thicker wire core enhances stability during use, ensuring long-lasting performance.

🧭 Convenient Storage Solutions
Say goodbye to messy cables! With the integrated hook and loop design, managing the cable is a breeze. Easily arrange and store your cable without the worry of tangling.

👑 The Baseus 100W USB-C to USB Type-C Cable combines elegant design with state-of-the-art technology, making it the essential accessory for anyone who values efficiency, speed, and durability in their charging and data transfer needs.