USB 2.0/4.0 40Gbps Data Adapter Mini U-Shape USB Female to Male Cable Converter 100W Fast 8K@60Hz Type Charging Data Sync Connector for Thunderbolt 3/4
Feature:
Easy for MVP. The newly upgraded U-shaped elbow hides the wiring behind it, frees the fingers from shackles, and allows unrestrained operation without blocking the hand. Abandon redundant design, willful play without hindrance
Charge one step faster, and team battles are never absent. Support for Huawei's 40W super fast charging technology, with a 5A charger, it will be fully charged immediately, no need to wait (USB4.0 Type-C female to male)
Reloaded and played with a shell. 6mm space is reserved between the interface and the elbow, compatible with a variety of mobile phone cases
180° angle, cable routing design on the back of the machine. The innovative conceal cable routing design on the back of the test machine supports 100W fast charging to save valuable time. (USB4.0 Type-C female to male)
U-shaped 40Gbps adapter. New 40Gbps upgrade model, 40Gbps transmission + 8K video transmission + PD100W charging, more compact and not blocking the socket (USB4.0 Type-C female to male)
Both charging and transmission are correct. Standard USB2.0 interface, transfer speed up to 40MB/s, charging/data transfer synchronously (USB2.0 Type-C female to male)
Specification:
Item: Type-C U-type multi-function adapter
Type: U-shaped 2.0 Type-C female to male, U-shaped 4.0 Type-C female to male (optional)
Material: PVC environmental protection
Power: 5A 100W
Transmission rate:
USB2.0 Type-C female to male: 40MB/s
USB4.0 Type-C female to male: 40Gbps (for Thunderbolt III, Thunderbolt IV)
Interface technology:
USB2.0 Type-C female to male: nickel plating process;
USB4.0 Type-C female to male: gold plating process
Resolution: 8K@60Hz (USB4.0 Type-C female to male)
Size: 24x20mm/0.94x0.79''
Weight: 4g
Note:
Due to the different monitor and effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow 1-2cm measuring deviation due to manual measurement.