Description

Baseus Data Cable Cafule Type-C to Type-C 100W (1M)

As our reliance on smart devices grows, so does the need for efficient charging solutions. The Baseus Data Cable Cafule Type-C to Type-C 100W (1M) is a game-changer in the world of charging cables. Packed with features like 100W fast charging, 5A high current, a premium zinc material with a ceramic texture, and E-Marker chips, this cable takes your charging experience to new heights. Let’s dive deeper into the capabilities of this powerful Baseus product and explore how it can revolutionize the way you charge and connect your devices.

Data Cable Cafule with 100W Fast Charging

The Data Cable Cafule is not your ordinary charging cable. It supports an impressive 100W fast charging, providing a rapid energy boost to your devices. Say goodbye to prolonged charging times and embrace the convenience of quick power delivery. Whether it’s your smartphone, tablet, or laptop, this cable ensures your devices are ready for action when you need them.

Data Cable with 5A High Current

With 5A high current support, the Data Cable Cafule can handle substantial power loads without breaking a sweat. It’s engineered to manage higher currents, making it perfect for charging power-hungry devices. Experience reliable and stable power delivery every time you plug in your device.

Zinc Material Plus Ceramic Texture: A Premium Touch

The Cable Cafule stands out not just for its performance but also for its aesthetics. The combination of zinc material and ceramic texture gives this cable a premium look and feel. It’s not just a charging cable; it’s an accessory that complements your devices and enhances your overall experience.

E-Marker Chips: Smart and Safe Charging

Safety is paramount when it comes to charging our valuable devices. The Data Cable Cafule is equipped with E-Marker chips, ensuring intelligent communication between the cable and your devices. This smart connection optimizes power delivery, preventing overcharging and overheating, and guaranteeing a safe and efficient charging process.