USB C to USB C High Speed Data Transfer Video Monitor Docking Station Cable
Product Information
About this item
- USB C to USB C High Speed Data Transfer, Video, Display, Monitor, Docking Station Cable for MacBook, Laptop, PC, HP, MNN, KYY, ARZOPA, InnoView, UPERFECT, c-Force, ReHisk, ViewSonic, VisionOwl & More
- 6-ft long multi use USB-C to USB-C external monitor cable / cord /wire. The monitor cable can be used for: 1. power supply / charging, 2. high speed data transfer, and 3. transmitting audio and video signals, supports 4K audio and video transmission.
- Compatible with MacBook, iPhone 15, iPad Pro with USB C, Samsung, LG, Lenovo, Asus, Acer, Hp, Google Pixel, Android, PC, Laptop, Chromebook, Surface and other devices with a USB-C port.
- Compatible with MNN, KYY, ARZOPA, InnoView, UPERFECT, c-force, ReHisk, ForHelp, HotYeah, VILVA, ViewSonic, VisionOwl & Other Portable Monitors or Monitors with USB C Charge Port.
- High speed data transfer speed up to 20 Gbps USB 3.2. Fast charging capacity, 240W. Cable lenth: 6 feet. Features E-Mark technology for faster data transfer speeds and safe power (voltage and current) delivery during charging.
- Important Note: This is not compatible with Thunderbolt 3 (or higher) docking stations.
Product Description
Multi use USB-C to USB-C external monitor cable / cord /wire. The monitor cable can be used for: 1. power supply / charging, 2. high speed data transfer, and 3. transmitting audio and video signals, supports 4K audio and video transmission Compatible with MacBook, iPhone 15, iPad Pro with USB C, Samsung, LG, Google Pixel, Android, PC, Laptop, Chromebook, Surface and other devices with a USB-C port. Compatible with MNN, KYY, ARZOPA, InnoView, UPERFECT, c-force, ReHisk, ForHelp, HotYeah, VILVA, ViewSonic, VisionOwl & Other Portable Monitors or Monitors with USB C Charge Port. High speed data transfer speed up to 20 Gbps. Fast charging capacity 20V at 5A or 100W. Features E-Mark technology for faster data transfer speeds and safe power (voltage and current) delivery during charging.
