20FT Long Nylon Braided USB C to USB C Cable, USB 3.1 Gen1 10Gbps Data Speed, Supports 4K@60Hz & 2K@120Hz Video Display, PD3.0 100W Fast Charging Cord Backward Compatible with Thunderbolt 3 Devices

This 20-foot ultra-long USB-C male to male braided cable is engineered for scenarios requiring extended wiring distance, perfectly backward compatible with Thunderbolt 3 ports for broad device applicability. Built to USB 3.1 Gen1 standard, it reaches a maximum 10Gbps data transmission bandwidth, enabling rapid copying of high-resolution photos, 4K video footage, project archives and disk backup files, drastically cutting waiting time during mass data transfer tasks.

In terms of video transmission performance, the cable stably outputs 4K@60Hz ultra-high definition signals as well as smooth 2K@120Hz high frame rate visuals when connected to external monitors, docking stations and portable displays, meeting the demands of professional graphic design, video editing and high-frame-rate gaming with consistent picture quality and minimal signal delay.

Equipped with PD3.0 fast charging technology, it safely delivers up to 100W power pass-through, capable of fully charging high-power notebooks, 2-in-1 tablets, handheld game consoles and Type-C powered portable devices without voltage drop or unstable power supply issues even over the full 20-foot length.

The exterior adopts tightly woven nylon braided material, which effectively enhances tensile strength and bending resistance, avoiding internal wire breakage caused by frequent folding, pulling and long-term suspended wiring. Multi-layer internal shielding suppresses electromagnetic interference and signal attenuation, maintaining stable data, video and power delivery across the entire long cable run.

It works plug-and-play with all Type-C gadgets including laptops, external NVMe SSDs, docking hubs, cameras and smartphones, ideal for home multi-screen workstation layout, studio long-distance monitor routing, conference room equipment wiring and fixed desktop permanent cable arrangement.