Dockingstation tablet Apple DeLOCK mini-dockingstation 4K 60 Hz

The DeLOCK Mini Docking Station connects to an iPad Pro (2018) or other USB Type-C devices such as smartphones, tablets and laptops to expand connectivity. It provides one HDMI output that supports 4K at 60 Hz, a built-in USB Type-C port and a USB Type-A port for peripherals. The compact grey aluminium housing (30 x 63 x 7 mm) makes the docking station portable and suitable for travel.

Advantages

The docking station supports USB Power Delivery (USB PD 2.0) up to 100 W, allowing charging of a connected tablet or laptop via the USB Type-C PD port while also supplying video and USB connectivity. It can be used with or without an external power supply and includes both USB Type-C and USB Type-A ports for a range of peripherals. Its small, sturdy design is intended for reliable everyday and travel use.

Suitable for

• Connecting iPad Pro (2018) and other USB Type-C tablets to an external 4K 60 Hz monitor
• Extending connectivity for smartphones and laptops with USB Type-C
• Using USB peripherals such as keyboards, mice or storage via USB Type-A

Key specifications

• Brand: DELOCK
• MPN: 87751
• EAN: 4043619877515
• Video output: HDMI 4K @ 60 Hz
• Ports: 1 × USB Type-C (PD), 1 × USB Type-A (USB 2.0)
• USB Power Delivery: USB PD 2.0 up to 100 W
• Colour: Grey
• Dimensions (W × D × H): 30 × 63 × 7 mm

How to use

Connect the docking station to the host device using the built-in USB Type-C connector. Attach an HDMI cable from the docking station to an external monitor to enable 4K 60 Hz video output. Plug USB peripherals into the USB Type-A or USB Type-C ports as required. To charge the connected device while using the docking station, connect a compatible USB Power Delivery charger (up to 100 W) to the docking station's USB Type-C PD input.

Recommendations

For optimal video performance, use an HDMI cable and monitor that both support 4K at 60 Hz. When charging laptops or high-power tablets, use a USB PD charger rated appropriately (up to 100 W) to ensure sufficient power delivery.