DeLOCK USB-kabel 10 Gbit/s Type-E Key A 20 pin stekker naar Type-A stekker 80 cm

This cable by DeLOCK connects an internal motherboard or PCI Express card USB 10 Gbps Type‑E Key A 20‑pin socket to an external USB Type‑A port. It supports USB 3.2 Gen 2 (also referred to as USB 3.1 Gen 2) and is intended for high‑speed data transfer between devices. The cable length is 0.8 m and the colour is black.

Advantages

The DeLOCK cable supports up to 10 Gbit/s data transfer rate in line with USB 3.2 Gen 2 specifications, provides a standard USB Type‑A connector for device compatibility and uses a 20‑pin Type‑E Key A internal plug for direct connection to compatible motherboards or PCIe cards. Its 0.8 m length offers a practical balance between reach and cable management.

Suitable for

• Connecting an internal USB Type‑E Key A 20‑pin header on a motherboard or PCIe USB card to an external USB Type‑A device
• High‑speed data transfer between PC and external storage or peripherals
• Integrating front‑panel USB Type‑A ports or USB hubs into a desktop system

Key specifications

• Brand: DELOCK
• Model / MPN: 85411
• EAN: 4043619854110
• Connector 1: USB Type‑E Key A 20 pin (male)
• Connector 2: USB Type‑A (male)
• USB version: USB 3.2 Gen 2 (10 Gbit/s)
• Cable length: 0.8 m
• Colour: Black

How to use

Power off the computer and open the case. Insert the 20‑pin Type‑E Key A male plug into the corresponding internal USB header on the motherboard or PCI Express USB card, ensuring correct orientation. Route the cable to the desired external connection point and connect the USB Type‑A male plug to the target device or front‑panel port. Close the case and power on the system; the operating system will detect the USB connection and enumerate devices as usual.

Recommendations

Use this cable for direct internal-to-external USB connections on desktop systems. Verify compatibility of the motherboard or PCIe card header with the Type‑E Key A 20‑pin connector before installation, and avoid excessive bending or tension near the connectors to maintain signal integrity.