USB cable ShiverPeaks SP03-71045 3m USB A USB C Blue

The ShiverPeaks SP03-71045 is a 3 m USB cable with USB A to USB C connectors designed for everyday data transfer and device charging. It supports the USB 2.0 specification and provides reliable connectivity between computers, chargers and USB-C devices. The cable comes in blue and includes gold-plated contacts to improve contact durability and resist corrosion.

Advantages

This 3 m USB A to USB C cable offers extended reach for flexible device placement and workspace arrangement. Gold-plated contacts enhance long-term reliability and reduce signal degradation at the connector interface. The cable follows USB 2.0 electrical and signaling characteristics for compatibility with a wide range of peripherals and host devices.

Suitable for

• Connecting USB-C smartphones, tablets or accessories to USB-A ports on PCs and chargers
• Data transfer between a computer and a USB-C device where USB 2.0 speeds are sufficient
• Charging USB-C devices from USB-A power adapters or power banks
• Use in home, office or mobile workstations where a longer cable run is required

Key specifications

• Connector 1: USB A
• Connector 2: USB C
• USB version: USB 2.0 (supports typical USB 2.0 signaling and power delivery limits)
• Cable length: 3 m
• Product colour: Blue
• Contacts: gold-plated

How to use

Plug the USB A connector into a USB-A port on a computer, charger or power bank and connect the USB‑C connector to the target device. For data transfers, ensure both devices are powered on and recognised by the operating system; select the appropriate transfer mode on the device if required. For charging, use a compatible USB-A power source that provides the necessary current for your device.

Recommendations

To maintain performance and connector life, avoid sharp bends near the ends of the cable, disconnect by holding the connector rather than pulling the cable, and store the cable coiled without tight knots. Verify that the USB 2.0 data rate meets your needs before using this cable for high-throughput applications.