Cabo USB DeLOCK USB Type-C macho para USB Type-C macho angular 2 m 5 Gbit/s 4K PD 60W

This USB cable by DeLOCK connects devices equipped with USB Type-C™ ports, providing data transfer and power delivery between two USB Type-C devices. The cable has USB Type-C male connectors on both ends, a 2 m length and an angled plug design to ease connections in confined spaces. It supports data transfer rates up to 5 Gbps, 4K video transmission and Power Delivery up to 60 W, suitable for laptops, tablets and smartphones with USB-C ports.

Advantages

The angled USB Type-C male to USB Type-C male design reduces strain on ports in tight setups while maintaining full USB-C functionality. With 5 Gbps data speed and 4K video capability, the cable handles high-bandwidth tasks. The 2 m length provides flexibility for desktop and mobile use, and Power Delivery up to 60 W enables charging of many laptops and mobile devices.

Suitable for

• Connecting a laptop to a monitor or docking station that supports USB-C video
• Data transfer between USB-C devices such as phones, tablets and computers
• Charging devices that accept up to 60 W via USB Power Delivery
• Use in tight workspaces where an angled connector prevents bending

Key specifications

• Connectors: USB Type-C male — USB Type-C male
• Cable length: 2 m
• Data transfer rate: up to 5 Gbps
• Video: supports 4K transmission
• Power Delivery: up to 60 W
• Colour: Black

How to use

Plug each USB Type-C male connector into the corresponding USB-C ports of your devices. Ensure both connected devices support the required functions (data, video or PD) for the intended use. For video output, verify the source and display support 4K over USB-C. For charging, confirm the receiving device accepts up to 60 W PD. Avoid excessive bending of the cable close to connectors despite the angled design.

Recommendations

For reliable performance, use the cable with devices that support USB-C standards indicated (5 Gbps data, 4K video, PD up to 60 W). Keep connectors clean and insert fully; do not force incompatible ports.