Baseus Dynamic Series gyorstöltő adatkábel, USB-A – USB-C, 100 W, 2 m, palaszürke

• USB-A to USB-C Cable Baseus Dynamic Series - Grey

Ensure safe and rapid charging for your devices with the Baseus cable.

Part of the Dynamic Series, it boasts a high current rating of 6A/5A, offering exceptional wear resistance and durability, with a maximum output power of 100W.

• Swift and Secure Charging
• Bid farewell to lengthy charging times for your smartphone.

The Baseus cable harnesses 100W of power, allowing for swift device charging.

For instance, the Honor 50 Pro can reach full charge in just 27 minutes, while the Mate 40 Pro can attain up to 86% charge in a mere 30 minutes (66W).

Compatible with USB-C ports, this cable ensures efficient charging for a variety of devices.

• Durable and Wear-Resistant

Crafted for long-lasting performance, the Baseus Dynamic Series cable is reinforced with a nylon finish, enhancing its durability.

It withstands wear and tear and has undergone rigorous tensile and bending tests to ensure durability and reliability.

• High-Speed Data Transmission
• Transfer videos and images in the blink of an eye!

With a data transmission rate of 480 Mbps, this cable facilitates rapid file transfers.

Simply connect it to your laptop or computer to enjoy seamless data transmission.

Specifications

• Power: 100W
• Current: 6A/5A
• Interface: USB to USB Type-C
• Material: ABS+nylon
• Length: 2m
• Transmission speed: 480 Mbps
• Baseus Dynamic Series durable nylon braided cable.
• Top cable with power support of up to 100W.

The cable also supports data transfer speeds of up to 480 Mbps, allowing for fast and reliable file transfers.

• It is made of durable nylon braid that resists bending and twisting.

In addition, it is equipped with a smart protection chip against overcharging and overheating, which ensures safe use.

• Material: ABS + nylon braid
• Charging power: up to 100W
• Connectors: USB-A / USB-C
• Length: 2m
• Nylon braid resistant to bending and twisting
• Smart chip to protect against overcharging and overheating