DeLOCK USB 2.0-kabel USB Type-C stekker naar stekker PD 3.0 100 W RGB 1,20 m

This DeLOCK USB 2.0 cable has USB Type-C™ male connectors on both ends and enables connection between USB-C devices and a PC or laptop with a free USB Type-C™ port. The integrated E‑Marker chipset supports USB Power Delivery (PD) 3.0 for fast charging with up to 100 W, and the cable also supports USB 2.0 data transfer at up to 0.48 Gbit/s. The cable length is 1.20 m and the product is available in transparent, black, copper and grey colour variations.

Advantages

The built-in E‑Marker ensures safe PD 3.0 power negotiation up to 100 W while maintaining compatibility with USB 2.0 data rates. The cable includes RGB illumination: when connected to a power source it initially lights red and then cycles through a soft gradient of eight colours, providing a discreet visual indicator of connection and power without affecting functionality.

Suitable for

• Fast charging laptops, tablets and phones that support USB PD
• Connecting USB-C devices to PCs or laptops with USB-C ports
• Data transfer between USB-C devices at USB 2.0 speeds (0.48 Gbit/s)

Key specifications

• Connectors: USB Type-C male to USB Type-C male
• USB version: USB 2.0, data transfer up to 0.48 Gbit/s
• Power delivery: PD 3.0, up to 100 W
• Cable length: 1.20 m
• Colours: Transparent, Black, Copper, Grey

How to use

Plug one USB Type-C connector into the device to be charged or paired and the other into a PC, laptop or USB-C power adapter that supports PD. The E‑Marker negotiates the appropriate charging power automatically. For data transfer, ensure both connected devices support USB 2.0 host or device modes; transfer speeds will be limited to the USB 2.0 specification.

Recommendations

Use the cable with compatible PD‑enabled chargers and devices to achieve up to 100 W charging. Avoid excessive bending near the connectors and keep the cable away from high temperatures to prolong its service life. The RGB illumination is intended as a visual indicator and does not affect charging performance.