Samsung EP-DX510JWEGEU USB-kabel 1,8 m USB C wit

The Samsung EP-DX510JWEGEU 1.8m USB C cable in white is a dual USB‑C connector cable intended for data transfer and device charging. With a 1.8 m length and reversible USB‑C plugs on both ends, the cable connects compatible smartphones, tablets and laptops for reliable wired charging and file synchronization. The design emphasizes straightforward compatibility with modern USB‑C ports and a neutral white finish that fits many setups.

Advantages

This USB C cable offers a long 1.8 m reach for flexible device placement and everyday use. Reversible USB‑C connectors make plugging in convenient and reduce connector wear from repeated attempts. The cable is lightweight (0.0561 kg) for easy storage and transport while providing consistent electrical connections for charging and data transfer. The white color provides a clean, unobtrusive appearance that matches many devices and accessories.

Suitable for

• Charging USB‑C smartphones and tablets
• Connecting USB‑C laptops to chargers or hubs
• Data transfer between USB‑C devices
• Desk or travel use where a 1.8 m cable length is preferred

Key specifications

• Brand: Samsung
• Model / MPN: EP-DX510JWEGEU
• EAN: 8806094257533
• Connector 1: USB C
• Connector 2: USB C
• Cable length: 1.8 m
• Weight: 0.0561 kg
• Product colour: White

How to use

Connect one USB‑C end to a compatible charging adapter, computer or hub and the other end to the target device. Ensure both device ports and connectors are free of debris before insertion. For charging, use a power adapter that matches the device's recommended power output. For file transfers, confirm the connected devices are powered on and set to the appropriate data mode if required by the operating system.

Recommendations

To prolong service life, avoid sharp bends near the connector ends, unplug by holding the connector rather than pulling the cable, and store the cable loosely coiled. Use certified chargers and host devices that comply with USB‑C specifications to ensure safe charging and optimal data transfer.