Anker USB-C to USB-C Cable - 240W - 3ft - White


Best current price£9.99from Anker
Best offers
Shopping.co.uk recommended and popular offers
Anker£9.99Visit shop White Anker Usb-C To Usb-C Cable (240W, Upcycled-Braided) 3Ft
Visit shop

Best current price£9.99from Anker
Shopping.co.uk recommended and popular offers
Anker£9.99Visit shop White Anker Usb-C To Usb-C Cable (240W, Upcycled-Braided) 3Ft
Visit shop23 offers from £9.99 - £29.23
View price history by clicking the chart icon.
The Anker 240W USB-C to USB-C cable is an ideal choice for users needing high-speed, reliable power for demanding hardware like the 16-inch MacBook Pro or iPhone 15 series, blending exceptional durability with sustainable materials. While it offers impressive longevity and rapid charging capabilities, users should note that it does not support screen mirroring features.
| Model Part Number | A82E2021 |
|---|---|
| Brand | Anker |
No, this cable is designed for power and data transfer up to 480 Mbps. It does not support screen mirroring or video output.
Yes, this cable is fully compatible with the iPhone 15 series for both charging and data transfer.
This specific model is 0.9 meters (approximately 3 feet) in length.
Yes, the packaging is completely plastic-free and uses natural materials and inks.
The product comes with a 24-month warranty.
Ensure that both your power adapter and the device being charged support 240W or the specific wattage required for fast charging.
Inspect the USB-C ports on both the cable and your device for lint or debris; clean carefully with compressed air if necessary.
To begin using your Anker 240W cable, simply connect the USB-C ends to your power adapter and your target device. No special drivers or software setup is required. The cable is compatible with a wide array of devices including:
To care for your cable, avoid sharp bends near the connectors and keep the surface free of heavy debris. While the cable is designed to be eco-friendly and durable, using the provided silicone organizer is recommended to prevent structural stress when the cable is not in use.