6ft and 10ft Long PD USB-C Cables Compatible With Google Pixel Tablet 11" (2023) - Fast Charge TYPE-C to TYPE-C Cord Power Wire USB-C to USB-C Data

USB Type-C to Type-C Cable - 6 Feet (Approximately 2 Meters) and 10 feet (3 meter) - Black The USB cable provides a Type-C connector at one end and Type-C connector on other end for quick and easy data transfers. The cable supports up to 65W - 3 Amps of power output for powering and fast charging. For backup charging, it can be used in conjunction with any USB Type-C phone charger. It can also quickly transfer music, photos, and data to and from a laptop (with type-C port) with transfer speeds up to 5 Gbps. The cable’s USB Type-C connector offers a user-friendly reversible design that makes it possible to easily connect the cable to a device. No more wondering which way faces up when plugging it in. Never contend with tangled chords again! Braided Cable Jackets are mess and stress free- anti-tangle material and crimp resistance defense offer the ultimate in convenience and durability.

• Two PD USB-C cables (6ft and 10ft Long PD Type-C to Type-C Wires). Fast Sync & Charge: High Quality Premium Braided Cable Supports fast charging up to 65W (3A/5V) and data transfer speeds up to 5 Gbps.
• Ideal for charging and powering Type-C USB Charger (Not Included), as well as syncing data, photos and music. Support PD (Power Delivery) Charging.
• Length is approximately 6 Feet (2 meter) and 10ft (3 meter). NOTE: They Type-C (USB-C) to Type-C (USB-C) connectors.
• Durability: Lasts 30x longer than the ordinary cables. Proven in a laboratory environment to withstand 30000 bends. Braided Cables are made with highest quality components, including nitrogen-injected, skin-foam dielectric jackets, for higher conductivity, longer life, and superior signal transfer.
• Reversible design - easily insert the connectors into any Type-C Chargers (does not matter which side is up).
• Braided Cables are made with highest quality components, including nitrogen-injected, skin-foam dielectric jackets, for higher conductivity, longer life, and superior signal transfer.