StarTech.com USB Cable, Male USB Type C to Male, USB 2.0 USB Type-C (24 pin) USB 2.0, Black, 2 m

This USB cable provides a direct USB Type-C connection for data and power delivery within industrial and laboratory setups. Designed for use where Compact reversible connectors are required, it links two USB-C enabled devices and supports standard USB 2.0 communication while handling elevated voltage levels for powered peripherals. The exterior combines flexible silicone with an abrasion-resistant braid for repeated handling in workshop and production environments.

• USB 2.0 signalling supports compatible data transfer rates and control
• 48V rating enables higher-voltage accessory power delivery
• Male-to-male Type-C configuration simplifies device-to-device connections
• Silicone jacket with braided nylon offers enhanced Flex and wear resistance
• USB-IF recognition confirms adherence to defined Interface specifications

• Suitable for powering 48V sensors and small actuators from USB-C supplies
• Ideal for connecting test instruments with USB Type-C ports on benches
• Used with control panels that require a male-to-male USB-C link
• Can be used for cable runs between development boards and peripherals
• Used for temporary interconnection of measurement equipment during commissioning

The cable is rated to handle 48V, permitting use with peripherals and accessories that require that voltage within USB 2.0 power constraints.

Both ends use male USB Type-C connectors, providing reversible insertion and a symmetrical plug orientation for simple mating.

The conductor assembly is sheathed in silicone for flexibility, overlaid with braided nylon to resist abrasion and repeated flexing common in field and factory settings.

It has USB-IF recognition, indicating conformity with the defined USB Interface specifications for interoperability.

The combination of a flexible silicone jacket, protective braid and 48V rating makes it appropriate for controlled industrial, laboratory and bench environments where frequent manual handling occurs.