Player One USB2.0 Cable (Type-C to Type-C) - 0.5M

Overview

The Player One USB2.0 Type-C to Type-C Cable is a 0.5-metre data lead with a USB Type-C connector at each end. It is made from high-quality black braided wire. The short length and reversible USB-C connectors suit a compact link between two USB-C components on the same imaging train.

Who It's For

This is a good match if both devices in the link use USB-C ports and you want a short, tidy braided lead between them.

Key Features & Design

• 0.5-metre length: a short run that keeps the connection tidy between two components on the same train.
• Type-C to Type-C connectors: reversible USB-C at both ends.
• Braided construction: high-quality black braided wire that resists tangling and wear.

Recommended Uses

A compact USB-C to USB-C link between imaging components such as a camera and a USB-C hub or host, and as a spare in a travel or observatory kit.

Compatibility & Accessory Notes

The cable connects two USB Type-C ports and runs at USB2.0 speed. If either device uses a different USB connector, send us the models and we will point you to the right lead.

Good to Know Before You Order

• Short 0.5-metre run: sized for a compact link between adjacent components, not for reaching a distant computer.
• USB-C at both ends: both devices need a USB Type-C port to use it.
• USB2.0 speed: the correct match for a USB2.0 USB-C device.

Frequently Asked Questions

Is it difficult to set up?

No — a reversible USB-C connector plugs into each device and only one cable is needed.

What is it best used for?

A short USB2.0 USB-C to USB-C link between two imaging components.

Does it carry data at USB2.0 or a faster rate?

It runs at USB2.0 speed. For a device that needs faster transfer, choose a lead rated for the higher USB standard.

Will it fit my setup?

If both devices have USB Type-C ports, yes. Send us the models and we will check first.

Bottom Line

In short: a 0.5-metre USB2.0 Type-C to Type-C lead in durable braided wire, for a compact USB-C to USB-C link between imaging components.