Baseus USB C to USB C Cable 100W fast charging cable

This retractable USB-C to USB-C charging cable from Baseus brings fast power delivery and tidy desk organization to laptops, tablets, and phones with USB-C ports. It supports up to 100W fast charging according to the manufacturer and offers a flexible 6.6-foot reach with seven preset length positions, making it practical for workstations, travel, and bedside charging.

Key Points

The retractable mechanism lets you pull out only the length you need, reducing clutter and keeping your space neat. At about 116 g, the cable stays light and compact in a bag while still extending long enough for comfortable use across rooms or on the couch. Note that data transfer is supported at 480 Mbps according to the manufacturer and the cable does not support video output.

Technical Specifications

• Name: Baseus USB C to USB C Cable 100W Retractable
• Length: 6.6 ft (retractable with 7 preset positions)
• Power delivery: 100 W (manufacturer specification)
• Data transfer: 480 Mbps (manufacturer specification)
• Weight: 116 g

Benefits

The high power delivery allows this cable to charge larger devices such as MacBook and compatible USB-C laptops while also topping up phones and tablets. The multiple preset lengths add versatility, so you can shorten the exposed cable to avoid tangles or fully extend it when you need extra reach. The slim design reduces bulk in bags and pockets, which can be useful when packing chargers for commuting or short trips. A limitation to keep in mind is the lack of video transmission, so an alternate cable or adapter is required for any display connection.

Usage Recommendations

Use the cable to keep a clean desktop by setting the retractable position that fits your setup, and retract it fully before storing to protect the connector ends. For charging high-power laptops, confirm your device accepts 100W USB-C power delivery according to the laptop manufacturer. When transferring data between devices, expect speeds up to 480 Mbps so large file moves may take longer than with higher-rate cables.