USB3.1 USB 3.2 5A 100W Type C Male To USB C male 20Gb Gen 2 with E-mark Fast Charging High speed USB C PVC Cable

  • USB3.1 C TO C Cable
  • Gold plated connectors
  • Conductor: Tinned Copper
  • Gauge: 22/32AWG
  • Jacket: PVCjacket with special technology shielding
  • Length: 1M/ 2M/3Mthers.
  • Support  3840×2160, 2560×1600, 2560×1440, 1920×1200, 1080p and etc. 4k@60HZ
  • All materials with Rosh complaint

Free delivery for orders over $100

USB 3.1 20G USB C male to male cable

Contact gold plated

Color Optional

Electrical 
Quality Control systemOperation according to regulation & rules in ISO9001
VoltageDC300V
Insulation Resistance2M min
Contact Resistance5 ohm max
Working Temperature-25C—80C
Data transfer rate4K@60HZ

Applications:

 

The Ultra Supper High speed USB3.1 Type C cable widely used in COMPUTER, Mobile Phone, MP3 / MP4 Player, Video, etc

 

Detail:

【10Gbps Data Transfer】

Compliant with the USB 3.1 SuperSpeed standard, it can meet the requirements for high-speed file transfer, video transmission, etc. ‌Supports‌ 10Gbps high-speed data transmission

【100W Power Delivery】

Maximum power: Supports 100W fast charging, with a voltage range of 20V/5A

【4K@60Hz Video Output

This USB 3.1 Type C Gen 2 cable offers 4K@60Hz video output function from USB C laptops to USB C display or monitor, which is easy for you to enjoy watching TV shows, streaming videos and movies to a lager screen! Ideal accessories for your USB C devices for work, home use, business trip and more. NOTE: Both of the laptop and monitor should support 4K resolution.

 

Utral durability and shielding performance

The connector shell and contact part will usually use metal materials, such as brass, phosphor bronze and so on. These metal materials have good electrical conductivity and mechanical strength, to ensure a stable connection between the connector and the equipment, and can withstand multiple insertion and extraction and not easy to damage. Metal shell can also play a role in shielding electromagnetic interference, improve the stability of signal transmission.