1. Adopts the latest DisplayPort 2.1 standard, with bandwidth up to 80Gbps.
2. Supports high-resolution displays such as 16K/30Hz, 8K/120Hz, and 4K/240Hz.
3. Equipped with DSC display stream compression technology, high refresh rates run smoothly.
4. Supports 16-bit color depth and HDR high dynamic range, resulting in richer color gradations and clearer details in dark areas.
5. Supports high refresh rates and multi-screen display, eliminating stuttering and lag.
6. Features a gold-plated anti-slip finish, making it wear-resistant and oxidation-resistant, ensuring a stable connection even after repeated plugging and unplugging, significantly extending its lifespan.
7. Compatible with all devices with a standard DisplayPort interface, including TVs, monitors, laptops, projectors, set-top boxes, and game consoles. Plug and play, requiring no additional setup, meeting the needs of various scenarios such as office work, gaming, and home entertainment.
8. Employs high-specification wire cores and shielding design, effectively reducing signal attenuation and electromagnetic interference.
2. Supports high-resolution displays such as 16K/30Hz, 8K/120Hz, and 4K/240Hz.
3. Equipped with DSC display stream compression technology, high refresh rates run smoothly.
4. Supports 16-bit color depth and HDR high dynamic range, resulting in richer color gradations and clearer details in dark areas.
5. Supports high refresh rates and multi-screen display, eliminating stuttering and lag.
6. Features a gold-plated anti-slip finish, making it wear-resistant and oxidation-resistant, ensuring a stable connection even after repeated plugging and unplugging, significantly extending its lifespan.
7. Compatible with all devices with a standard DisplayPort interface, including TVs, monitors, laptops, projectors, set-top boxes, and game consoles. Plug and play, requiring no additional setup, meeting the needs of various scenarios such as office work, gaming, and home entertainment.
8. Employs high-specification wire cores and shielding design, effectively reducing signal attenuation and electromagnetic interference.