USB-C to USB-C cable Anker 322 — 1.8 m, white

The Anker 322 USB-C to USB-C cable is a 1.8 m white connection lead designed for charging and data transfer between USB-C devices. With USB-C connectors on both ends and a longer-than-standard length, it is intended for use with compatible phones, tablets, laptops and accessories where extra reach is useful. The cable supports common USB-C charging and data workflows when used with compatible chargers and host devices.

Advantages

The cable offers a practical 1.8 metre length that provides more flexibility than shorter leads while remaining easy to store. Its USB-C to USB-C configuration simplifies connections between modern devices without the need for adapters. The design is tested for repeated bending to enhance durability and is built to meet USB-IF compatibility standards for reliable charging and data handling when used with compatible equipment.

Suitable for

• Charging smartphones and tablets with USB-C ports
• Connecting laptops and portable devices for data transfer
• Desk and home setups where a longer cable run is needed
• Travel when a single cable is required for multiple USB-C devices

Key specifications

• Connector type: USB-C to USB-C
• Cable length: 1.8 m
• Colour: White
• Designed for charging and data transfer between USB-C devices

How to use

Connect one USB-C end to the power source or host device and the other end to the target device. If charging, use a compatible USB-C Power Delivery charger to enable faster charging rates where supported by the charger and the device. For data transfer, ensure both devices support USB-C data communication and follow the operating system prompts to mount or access files. Handle the cable by the connector housings when plugging or unplugging to avoid strain on the cable ends.

Recommendations

To prolong service life, avoid sharp bends and keep the cable away from heat sources. Use a USB-C Power Delivery capable charger if you require fast charging, and verify device compatibility for optimal charging and data speeds.