Conceptronic ETTA03B20 cable de carga rápida USB-C a USB-C PD 3.1 240 W, 2 m, 48 V/5 A, 480 Mbit/s, E-Mark

The Conceptronic USB C-C PD 3.1 Fast Charging Cable (ETTA03B20) is a 2 m braided cable designed for high-power charging and everyday data transfer. It supports Power Delivery 3.1 with an E-Mark chipset to safely deliver up to 240W (48V/5A) and provides USB 2.0 data transfer speeds up to 480 Mbps. The cable has USB-C connectors on both ends and comes in a black finish for a durable and practical solution for home, office, or travel use.

Advantages

This cable offers high-power PD 3.1 charging up to 240W with an integrated E-Mark chip for safe current negotiation. The braided exterior increases resistance to wear, twisting and tangling, and the 2 m length provides flexibility for different charging scenarios. Data transfer at USB 2.0 speeds (480 Mbps) allows for device syncing while charging.

Suitable for

• High-power laptops and notebooks that support USB-C PD 3.1
• Smartphones and tablets requiring USB-C charging
• Connecting peripherals and transferring data at USB 2.0 speeds
• Use at home, in the office, or while traveling

Key specifications

• Model: ETTA03B20
• Connectors: USB-C — USB-C
• Power Delivery: PD 3.1 with E-Mark chipset, up to 240W (48V/5A)
• Data rate: USB 2.0 — up to 480 Mbps
• Length: 2 m
• Colour: Black
• Weight: 0.09 kg

How to use

Connect one USB-C end of the Conceptronic ETTA03B20 cable to a compatible power adapter or host device and the other end to the device you want to charge or sync. Ensure both connected devices support the desired PD profile; the E‑Mark chip negotiates power automatically. For data transfer, use devices that support USB 2.0 speeds and confirm file transfer settings on your devices if necessary.

Recommendations

Do not exceed the rated power and use only with USB-C chargers and devices that support the required PD specifications. Avoid exposing the cable to excessive heat or cutting; inspect periodically for damage and replace if the braided sheath or connectors are compromised.