
Product Conditions
| Condition | Definition |
|---|---|
| Brand New | New in Retail or Factory Packaging where applicable. Simple Cell does not hold itself as an authorized reseller or distributor of any brands and any original manufacturers warranty might not be valid. |
| Grade A | Fully Functional. Item is in Flawless Condition, Retail or Factory Packaging could be missing or damaged. |
| Grade A- | Fully Functional. Item is in Excellent Condition and will show no signs of use when held at an arms length. Retail or Factory Packaging could be missing or damaged. |
| Grade B | Fully Functional. Item is in Good Condition and will show some signs of use. May contain light screen scratches and have noticeable signs of use. Retail or Factory Packaging could be missing or damaged. |
| Grade C | Fully Functional. Item is in Fair Condition and will show heavy signs of use, Retail or Factory Packaging could be missing or damaged. |
| Incomplete | Item will be missing some accessories, Retail or Factory Packaging could be missing or damaged |
| Defective | Item is not functioning as supposed to. |
| Untested | Items have not gone through any inspection or testing. These items will range from open box working to defective and missing accessories. Items bought in this condition are as-is and can not be returned. |
Description
The Motorola (3.3-Ft) USB-C to USB-C Charge/Sync Cable. Black Cable with Red USB-C Connector. Model: (SC18D86731)
Features:
- High-Speed Charging Focus: Designed to handle up to 6.5 Amps (6.5A), enabling the fastest charging speeds like Motorola's TurboPower technology when paired with a compatible charger and phone.
- Safety Chip Included: Features an integrated E-Marker chip that helps safely manage the power flow between the charger and your device.
- Reversible Plugs (USB-C to USB-C): Both ends of the cable use the small, symmetrical USB-C connector, allowing them to be plugged in without regard to orientation.
- Standard Data Transfer: Supports USB 2.0 speeds (up to 480 Mbps) for syncing files, but is primarily optimized for power delivery.
