Kannettavan telakka Port Designs 901906

The Port Designs 901906 laptop dock is a compact USB-C docking station designed to extend connectivity for laptops and compatible devices. With USB 3.2 Gen 1 Type-C host interface, the dock provides multiple video outputs, wired network connectivity, memory card slots and several USB ports in a black, pocketable housing measuring 137 mm x 75 mm x 17 mm and weighing 0.204 kg. The unit draws power via USB and provides a power output rating of 20 V at 3 A, making it suitable for many Windows 10 systems and USB-C equipped notebooks that require additional ports for peripherals and displays.

Advantages

The dock consolidates HDMI, VGA and Mini DisplayPort video outputs alongside a Gigabit-capable RJ-45 port and multiple USB 3.2 Gen 1 Type-A ports to support fast data transfer and external devices. Integrated MMC, MicroSD and SD card reader slots eliminate the need for separate adapters when transferring photos or files from cameras and mobile devices. Its compact footprint and USB power source make it convenient for mobile workstations, meeting rooms and home offices where space is limited.

Suitable for

Key specifications

How to use

Connect the dock to a host device using the USB-C connector supporting USB 3.2 Gen 1. Attach displays to the appropriate video output (HDMI, VGA or Mini DisplayPort) depending on the monitor or projector input. Plug a wired network cable into the RJ-45 port for LAN access and connect USB peripherals to the Type-A ports. Insert MMC, MicroSD or SD cards into their respective slots to access files. Ensure the host device recognizes the dock and, if necessary, allow drivers to install automatically on Windows 10 systems or update drivers via the host operating system.

Recommendations

For stable multi-monitor performance, match display resolutions and refresh rates to the capabilities of both the host device and the connected monitors. Use a good quality USB-C cable and a reliable network cable for consistent data transfer and network speeds. When using high-power peripherals, monitor the host device power supply and ensure firmware and drivers are up to date.