Product name :FOR gbm/ndsl conversion cable to type c charging cable Product weight: about 20g Product color: Black Description: 1. Adaptibility - This conversion cable is mainly used to connect devices with gbm/ndsl interfaces to chargers or computers with USB Type-C interfaces. Highly adaptable, it can be widely used between different brands and models of devices, especially when users need to use the new Type-C interface power adapter to charge older devices. 2. High quality materials - The conversion line should be made of high quality materials. The internal wire should use high-purity copper core to ensure stable current transmission and reduce signal loss. The external wire should have the characteristics of wear resistance and tensile resistance to extend the service life. 3. Data transfer and charging - Depending on the design, this cable may support data transfer functions, allowing the user to transfer files while connected to the computer. At the same time, the conversion cable should support fast charging, ensuring that the device can be fully charged in a short time. Some high-end products may support PD (Power Delivery) fast charging protocols, providing faster charging speeds. 4. Plug and Play - The converter cable should be designed to be plug and play so that users can use it immediately without installing additional drivers or software. After inserting the device, the system will automatically identify and configure the corresponding Settings, which is convenient and quick. 5. Portability and durability - The converter cable should be designed to be portable enough for users to carry around. At the same time, design ensures that the conversion line can maintain good performance after multiple uses. Some products may also be equipped with storage bags or straps for easy sorting and storage. Attention: 1. Due to different display and lighting effects, the actual color of the item may be slightly different from the color shown on the picture. Thank you very much! 2. Please allow measurement deviation due to manual measurement.