USB zvezdišče DeLOCK 63264

This solid USB hub by Delock with metal housing connects to a computer via a USB Type-B host interface and expands the system with seven USB Type-A ports. It supports USB 3.2 Gen 1 (5 Gbps) for data transfer and can supply power to connected devices. The compact grey housing and 0.8 m cable offer flexible placement on a desk.

Advantages

The hub provides seven USB Type-A ports with individual switches and illuminated frames to control and identify active ports. One additional Type-A port supports fast charging up to 2.4 A, while the USB-C™ PD 3.0 port delivers up to 12 V / 2.25 A for charging compatible laptops and devices. The metal housing increases durability and helps with heat dissipation.

Suitable for

• Expanding available USB ports on a desktop or laptop
• Connecting multiple peripherals such as keyboard, mouse, printer and external storage
• Charging smartphones and other USB-powered devices
• Powering or charging USB-C PD compatible laptops and tablets (within PD port limits)

Key specifications

• Brand: DELOCK, Model: 63264
• Host interface: USB 3.2 Gen 1 (Type-B)
• Hub interfaces: 7 × USB 3.2 Gen 1 Type-A ports
• Additional ports: 1 × fast-charge Type-A (up to 2.4 A), 1 × USB-C™ PD 3.0 (up to 12 V / 2.25 A)
• Data transfer rate: up to 5 Gbps
• Cable length: 0.8 m
• Dimensions (W×D×H): 46 × 144 × 21 mm
• Colour: Grey

How to use

Connect the hub to a computer using the integrated USB Type-B cable. Plug USB devices into the Type-A ports or connect a USB-C device to the PD port. Use the individual switches to turn each port on or off; illuminated frames indicate active ports. For charging, use the designated fast-charge Type-A port or the USB-C PD port according to the device's charging requirements.

Recommendations

For optimal performance, connect high-bandwidth devices (external SSDs, video capture devices) directly to the host computer when possible. Do not exceed the specified output limits of the fast-charge and PD ports to avoid charging issues. Ensure proper ventilation around the metal housing during prolonged heavy use.