Kenable Gold USB 2.0 Cable - 0.5m

This cable is primarily designed for connecting USB 2.0 peripherals like printers and scanners to computers. It uses a USB A to USB B connection.

While the USB A connector might physically fit into a USB 3.0 port, the cable itself is USB 2.0. Therefore, it will operate at USB 2.0 speeds and may not be compatible with devices requiring higher USB 3.0 bandwidth.

This cable is designed for data transfer and charging peripherals like printers. While it supports faster charging than standard cables due to its 24AWG copper, it uses a Type B connector, not the Micro USB or USB-C typically found on smartphones. Its primary function is not phone charging.

AWG stands for American Wire Gauge. A lower AWG number, like 24AWG in this case, indicates a thicker wire, which allows for more electrical current to pass through, leading to faster charging and more reliable data transfer.

The cable is 0.5 meters (approximately 1.64 feet) in length.

Shielding refers to a layer of conductive material wrapped around the internal wires. It helps to block electromagnetic interference from external sources, reducing signal noise and ensuring a cleaner, more stable connection.

Yes, like most USB cables, it supports both data transfer and power delivery between connected devices.

Ensure both ends of the cable are securely plugged in. Try a different USB port on your computer and verify the device itself is powered on and functioning. Check if the correct drivers for your peripheral are installed on your computer.

Confirm that the cable is fully inserted into both ports. Ensure that the device and the computer's USB port are both operating at USB 2.0 speeds. Other connected USB devices might be consuming bandwidth.

Check for any physical damage to the cable. Ensure the cable is not routed near strong sources of electromagnetic interference. Try a different cable to rule out a faulty connection.

This may be due to the material of the cable jacket. Handle with care and avoid forcing the cable into tight bends, which could damage the internal wires.