FPC Flat Ribbon Cable USB Type-C to USB Type-C DeLOCK 86939

The FPC Flat Ribbon Cable USB Type-C to USB Type-C DeLOCK 86939 is a 13 cm cable that connects devices with USB Type-C ports. It supports USB 3.2 Gen 2 data rates up to 10 Gbit/s and delivers up to 5 A for power delivery. The cable uses an internal flexible printed circuit (FPC) construction and includes E‑Marker technology to ensure correct power and performance between USB Type-C devices.

Advantages

The FPC construction replaces standard copper strands with a flexible printed circuit board, making the cable extremely flexible while retaining robustness. With USB 3.2 Gen 2 support and an integrated E‑Marker, the cable provides high-speed data transfer and reliable power delivery up to 5 A. Its short 13 cm length and flat ribbon design reduce clutter and improve portability.

Suitable for

• Connecting USB Type-C smartphones, tablets or accessories to a laptop or PC with a Type-C port
• Charging devices via power banks or USB Type-C chargers where a short cable is preferred
• High-speed data transfer between Type-C devices supporting USB 3.2 Gen 2

Key specifications

• Connectors: USB Type-C to USB Type-C
• USB version: USB 3.2 Gen 2 (3.1 Gen 2), up to 10 Gbit/s
• Power delivery: up to 5 A (E‑Marker equipped)
• Cable length: 0.13 m (13 cm)
• Design: FPC (Flexible Printed Circuit) flat ribbon cable
• Colour: Black
• Brand / MPN / EAN: DELOCK / 86939 / 4043619869398

How to use

Plug one USB Type-C connector into the device and the other into the laptop, PC or charger with a USB Type-C port. Ensure both connected devices support the required USB version and power delivery specifications for intended use. Because of the flat ribbon and short length, position the cable to avoid sharp bends or excessive twisting to maintain durability.

Recommendations

Use the cable for short-distance connections such as between a power bank and a smartphone or between portable devices and a laptop. Verify device compatibility with USB 3.2 Gen 2 and the 5 A power rating when using high-current charging or fast data transfer.