Plugable 10Gbps USB C to USB C Cable 3.3 ft (1M) USB-IF Certified

- More Speed: SuperSpeed+ USB 3.1 Gen 2 (10Gbps) Type-C Male to Type-C Male Cable - USB-IF Certified: USB-IF Certified Cable (Test ID: 5,214,000,219) - High Quality: Wire gauge and electronic marking support up to 5A charging via USB-IF Power Delivery charging standard (5V-20V, 100W max); Gold plated connectors with nickel plated shell and 26 AWG coaxial cable for maximum EMI shielding - Compatibility: Compatible with USB generations USB 1.1, 2.0, 3.0 and USB 3.1 Gen 1/Gen 2; Incompatible with Qualcomm QC and other (non USB-IF Power Delivery) "Fast Power Delivery" technologies - Enhance Your Charging: Optimal for fast and reliable charging across various USB devices

Product description

Plugable USB 3.1 Gen 2 (10Gbps) USB-C to USB-C 3.3ft /1m Cable with USB-IF Certification

The Plugable USBC-C100 is a USB-IF certified USB-C to USB-C cable designed to provide the best possible connectivity with all types of USB-C devices, from chargers to docking stations. Because the cable meets or exceeds the USB-IF specifications, this cable can be safely used with confidence on any USB-C host/device on the market without concerns about the damage being caused by a sub-par cable from an unknown manufacturer.

The Plugable USBC-C100 cable is a universal USB-C cable for use with USB-C computers, phones, tablets, chargers, docking stations, accessories, and more. Certified to support SuperSpeed+ data transfers up to 10Gbps, and contains a built-in chip ("e-marker") to properly negotiate VESA Alternate Mode video output and USB-IF Power Delivery standard (up to 3A, 5V-20V, 60W max).

USB-IF certified products have passed rigorous testing to ensure that they comply with specifications and perform as advertised. Achieving certification requires higher-grade materials and manufacturing processes to ensure the best possible data integrity, performance, and production consistency which may be lacking in cheaper commodity cables.

Standards-compliance is especially important with USB-C cables given the much higher current available per the USB 3.1 spec.