8K USB C To HD Multimedia Interface Adapter Cable Male To Male USB3.1 Type C To HD Multimedia

Feature: 1. CABLE TYPE: You can establish connections between laptops, tablets, phones, graphics cards and large external displays (HDTV, HD multimedia interface projectors or monitors) equipped with USB 3.1 Type C ports (DP alternate mode supported). 2. SUPPORT RESOLUTION: You can easily output 8K and 30Hz (7680x4320 and 60Hz), 4K and 120Hz (3840x2160 and 120Hz), 2K and 144Hz (2560x1440 and 144Hz) video to an external screen. Make sure your laptop and monitor support 8K and 30Hz or 4K and 120Hz and 2K and 144Hz. 3. USB C INPUT: USB C to HD multimedia interface adapter cable with USB C port is widely available for MacBook Pro, for Xps and other computers with USB C port (DP alternate mode compatible). HDR, 3D, 48Gbps support. 4. EXTENDED INTERFACE: You can connect your phone via the USB C port (DP alternate mode supported), which supports video streaming to TVs and monitors via an 8K USB C to HD multimedia interface cable, allowing you to study, work and play more comfortably. 5. DURABLE MATERIALS: Adapter cable is designed with multiple shields, gold plated connectors, and an aluminum housing, which provide the adapter with a longer life and never breaks, enough to transmit premium and stable video and sound signals without worrying about dropped frames, artifacts, and distortion. Specification: Item Type: USB C to HD Multimedia Interface Adapter Cable Material: Aluminum Alloy, Braiding Wire Resolution: 8K and 30Hz (7680x4320 and 30Hz), 4K and 120Hz (3840x2160 and 120Hz), 2K and 144Hz (2560x1440 and 144Hz) Supported Interface: USB 3.1 Type C Male to HD Multimedia Interface Male Total Bandwidth: 48Gbps Support HDR, Support 3D Video, and Support 48 Gbps Bandwidth Cable Length: 6 Feet. Package List: 1 x USB C to HD Multimedia Interface Adapter Cable Note: 1. It is not a bi directional cable, it can only go from the USB C device to the HD multimedia interface display.2. All data are measured manually, and there are certain errors in the measurement results.