Baseus Data Cable Dynamic USB to Type C Cable

In this digital era, staying connected is paramount, and having a reliable type C cord is essential for seamless data transfer. The "Baseus Data Cable Dynamic USB to Type C Cable" is a product that meets and exceeds these demands. With its high-density braided design, impressive transmission rate, exceptional durability, smart chip protection, and 224 tinned copper cores, it stands out as a top-tier Baseus product in the market.

High-Density Braided Data Cable

The Baseus Dynamic USB to Type C Cable boasts a high-density braided construction, ensuring maximum strength and flexibility. The braiding not only enhances its overall appearance but also provides robust protection against daily wear and tear, making it a reliable companion for long-lasting use.

480Mbps of Transmission Rate

Speed is crucial when it comes to data transfer, and this Baseus product delivers with its remarkable 480Mbps transmission rate. Whether you're transferring large files, syncing data, or charging your device, this cable ensures swift and efficient performance, saving you valuable time and effort. Furthermore, it ensures that you stay effortlessly connected in today's fast-paced world.

Tough and Durable Data Cable

Designed to withstand the rigors of daily use, the Baseus Data transfer p Dynamic is built tough. In addition, its rugged construction, reinforced connectors, and sturdy materials guarantee resilience against bending, twisting, and regular wear, ensuring a reliable connection every time..

Smart Chip Protection

Equipped with smart chip technology, this Baseus product provides comprehensive protection to your connected devices. The intelligent chip safeguards against overcharging, overcurrent, and voltage fluctuations, assuring the safety of both your devices and the cable itself.

224 Tinned Copper Cores

At its core, the Baseus Data Cable Dynamic houses an impressive 224 tinned copper cores. This arrangement optimizes the cable's electrical conductivity. It reduces data loss during transmission. In addition, it enhances charging efficiency, resulting in stable and consistent power delivery.