StarTech.com Kabel USB Vnější, A: USB typu C, 2 m Vnější, Bílá, B: USB typu C

StarTech.com USB Cable, 2m Cable Length, USB Type C Connector Type - USB2EPR2MW

This USB cable is a white, flexible connection lead designed to link USB Type C devices for data and compatible signal transmission. It is intended for use where a compact, reversible connector is required and is suited to environments in automation, electronics and mechanical systems that need a straightforward USB 2.0 connection with additional signal compatibility.

Features and Benefits:

• USB 2.0 signalling for Basic data transfer and device connectivity Male-to-male USB-C terminations for straightforward device-to-device linking 2 m length for extended reach without intermediate adapters Thermoplastic elastomer jacket offering durable, flexible protection Supports DisplayPort 1.4 with DSC enabling video passthrough where required Compliant with PCIe 3.0 signalling constraints for compatibility in test setups

Applications

• Suitable for connecting field controllers to diagnostic tools Ideal for linking measurement instruments to host systems Used with development rigs requiring reversible USB-C connections Can be used for passing video from compatible sources to displays Used for interconnecting peripheral devices in test benches

Is the cable certified to recognised USB organisation standards?

Yes, it is USB-IF certified which confirms adherence to defined USB interoperability criteria.

Which regulatory marks does it meet for deployment in certified equipment?

It meets CE requirements and FCC standards and conforms to RoHS substance restrictions for electronic components.

What jacket material characteristics affect handling in workshops?

The thermoplastic elastomer outer sheath gives the cable flexibility and abrasion resistance suitable for repeated routing and movement.

Can it be used where PCIe 3.0 signal compatibility is necessary?

The construction is compliant with PCIe 3.0 requirements, making it appropriate for scenarios that depend on such signalling compatibility.