USB-C to USB-C cable Evelatus ETKCB-746CC2BK — 2 m, 60 W (20 V, 3 A)

Evelatus ETKCB-746CC2BK is a 2-meter USB-C to USB-C cable designed for charging and data connection between USB-C devices. The cable supports up to 60 W (20 V, 3 A) power delivery and provides a reliable wired link for laptops, tablets, smartphones and accessories that use USB-C connectors. Its length gives flexibility in device placement while maintaining stable power transfer for everyday charging and syncing tasks.

Advantages

The cable combines a 2 m reach with a compact USB-C to USB-C connector design and supports up to 60 W power delivery, which is suitable for most mobile devices and many compact laptops. Build quality focuses on consistent power transmission and straightforward plug-and-play operation without additional configuration. The single-cable solution reduces the number of adapters and enables direct connections between modern USB-C hosts and peripherals.

Suitable for

• Charging smartphones, tablets and USB-C accessories
• Powering and charging compact laptops and ultrabooks that accept up to 60 W
• Data syncing between USB-C devices such as phones, tablets and external drives
• Cable runs where 2 m length improves reach and positioning flexibility

Key specifications

• Cable length: 2 meters
• Connector type: USB-C to USB-C
• Maximum power delivery: 60 W (20 V, 3 A)
• Primary use: charging and data transfer between USB-C devices

How to use

Connect one USB-C plug to the power adapter or host device and the other USB-C plug to the device to be charged or synced. Ensure the connected charger and device both support the required power levels; the cable will carry up to 60 W (20 V, 3 A) when both endpoints negotiate that level. For data transfer, use with devices that support USB-C data modes; transfers begin automatically once both devices are connected and recognized.

Usage recommendations

Avoid bending the cable sharply near the connectors and prevent prolonged exposure to high temperatures. For charging laptops that require more than 60 W, use a higher-rated cable and power adapter. Store the cable coiled loosely to preserve connector and jacket integrity.