CLUB3D CSV-1583 laptop-dock/poort-replicator bedraad Thunderbolt 4 zwart

The Club 3D CSV-1583 is a Thunderbolt™ 4 Certified 16-in-1 Quadra Displays Docking Station with DisplayLink® that provides up to 40 Gb/s for data and video. It offers seven video ports and can drive up to three external displays when connected to Apple M1, M2 and M3 systems, or up to four external displays with M1 Pro/Max, M2 Pro/Max, M3 Pro/Max and many other Mac and Windows notebooks. The dock includes a 2.5G-capable RJ45 Ethernet port and high-speed USB ports supporting up to 10 Gbps. It is built for TBT4™/USB4™ hosts and is also compatible with DP Alt Mode devices.

Advantages

The docking station consolidates multiple I/O into a single 40 Gb/s Thunderbolt 4 connection, simplifying workstation setup and reducing cable clutter. Flexible multi-display output supports different Mac models and many Windows notebooks, while the 2.5G Ethernet and USB 10G ports enable fast network and peripheral transfers. The smart power distribution feature allocates external power to connected devices based on their needs, improving overall power efficiency.

Key specifications

• Model: Club 3D CSV-1583
• Interface: Thunderbolt™ 4 / USB4 compatible
• Data & video bandwidth: up to 40 Gb/s
• Video outputs: 7 ports (max 3 displays with M1/M2/M3; max 4 displays with M1 Pro/Max, M2 Pro/Max, M3 Pro/Max and many other notebooks)
• Ethernet: RJ45 with up to 2.5G bandwidth
• USB ports: up to 10 Gbps data transfer
• Power: supports external power with smart power distribution
• Compatibility: TBT4™/USB4™ hosts and DP Alt Mode PCs

How to use

Connect the dock to a TBT4™/USB4™ or DP Alt Mode compatible laptop using the Thunderbolt cable. Plug external displays into the available video ports according to your notebook’s capabilities (up to 3 displays for M1/M2/M3, up to 4 for Pro/Max variants and many other notebooks). Connect Ethernet and USB peripherals to the corresponding ports. Attach the external power supply to enable smart power distribution so connected devices receive appropriate power based on their consumption.