DeLOCK 64194 USB 3.0 Hub 4 Ports

The DeLOCK 64194 USB 3.0 Hub 4 Ports expands a computer or laptop with four additional USB 3.0 ports, enabling simultaneous connection of multiple peripherals. Designed to provide high-speed data transfer, the hub supports common USB devices such as external drives, keyboards, mice and other accessories while keeping a compact footprint suitable for desk setups and mobile use.

Advantages

The DeLOCK 64194 hub offers four USB 3.0 ports that provide faster transfer rates than USB 2.0, improving efficiency when moving files or using external storage. Its compact design makes it easy to place on a desk or carry with a laptop. The device increases the number of available USB connections without requiring internal upgrades, simplifying connectivity for additional peripherals.

Suitable for

• Connecting external hard drives and SSDs for file transfer and backup
• Attaching input devices such as keyboards and mice
• Connecting USB peripherals like printers, scanners or webcams
• Expanding USB connectivity for laptops with limited ports

Key specifications

• Interface type: USB 3.0 (backward compatible with USB 2.0/1.1)
• Number of ports: 4 USB Type-A ports
• Typical application: expansion of available USB ports for peripherals and storage
• Form factor: compact external hub suitable for desktop or portable use

How to use

Connect the DeLOCK 64194 hub to an available USB port on your computer using the integrated or supplied cable. Once connected, the host system should recognize the hub automatically and make the four USB ports available for use. Plug peripherals or external storage devices into the hub’s USB Type-A ports. For optimal transfer speeds with compatible devices, use USB 3.0 cables and ports on the host computer.

Recommendations

Place the hub on a stable surface close to the host computer to avoid cable strain. When transferring large amounts of data, connect storage devices directly to a USB 3.0 port on the hub and ensure the host’s port supports USB 3.0 to achieve maximum throughput.