StarTech.com USB 3.1, Male USB 3.2 Type C to Male Micro USB Type B, Black, 500 mm

StarTech USB3 Series IC Socket USB Cable, 500mm Cable Length, Black Jacket - USB31CUB50CM

This IC socket USB cable provides a compact solution for connecting devices with USB Type-C and Micro USB Type B ports in environments requiring high-speed data exchange. It is intended for applications where a direct male-to-male connection is needed, and is supplied with a black PVC outer sheath suited to standard indoor and benchtop use. The cable conforms to CE safety marking and supports the USB 3.1 data protocol for enhanced transfer rates.

Features and Benefits:

• USB 3.1 signalling delivers high-speed data transfer capability
  Male-to-male connectors enable direct device-to-device linkage
  USB 3.2 Type C to Micro B termination supports cross-standard connections
  PVC jacket provides physical durability and abrasion resistance
  CE certification confirms conformity with relevant EU directives

Applications

• Useful for firmware programming of devices with Micro B ports
  Suitable for connecting modern Type-C hosts to legacy Micro B peripherals
  Ideal for testbench scenarios requiring compact USB interconnects
  Used with development kits needing direct male-to-male cabling

What voltage or power characteristics does it support?

It follows standard USB 3.1 power delivery paths for host-to-device supply, designed for typical USB bus-power arrangements rather than dedicated high-power delivery.

How flexible is the outer material for routing in tight spaces?

The polyvinyl chloride jacket offers moderate flexibility with enhanced abrasion resistance, permitting straightforward routing on benches and inside enclosures.

Are both connectors the same gender and how does that affect use?

Both ends are male, enabling direct connection between compatible host and device ports without additional adapters.

What length options are available and which is provided here?

The supplied cable length is 500mm, suitable for short-range connections between nearby devices.