D-Link 6-Port 2.5Gbps Unmanaged Multi-Gigabit Switch

6-Port Multi-Gigabit Unmanaged Switch - DMS-106XT

Turbocharged multi-gig for work or play

Features

5 x 2.5 Gbps Ethernet Ports for unrestricted Wi-Fi 6 router or AP connections
1 x 10 Gbps Ethernet port for uplink or NAS server connection 
Smart Turbo Mode delivers Quality of Service (QoS) and port-based priority for uninterrupted online gaming and 4K streaming
Power efficiency design for low power consumption
LED conveniently indicates port speed status
Durable matte gray aluminum alloy casing
Fanless operation for enhanced reliability and soundless performance

Enjoy reliable 10 Gigabit wired Ethernet.

Enjoy an ultra-fast 10-Gigabit uplink, five 2.5-Gigabit ports, Turbo Mode for port-based QoS prioritisation and multicoloured LED lighting, allowing you to eliminate network bottlenecks to maximise performance and throughput to your network.

Multi-Gigabit fast connectivity.

The 10-Gigabit uplink provides a high-bandwidth connection to your network core or network-attached storage (NAS) device, allowing users to access network resources and transfer large multimedia files at lightning-fast speeds. It comes with x5 2.5-Gigabit ports for maximum throughput and performance - ideal for enjoying unrestricted Wi-Fi 6 devices, high-end gaming computers and workstations.

Boost network performance with Turbo Mode.

Simply press the Turbo Mode button when you're ready for port-based QoS prioritisation for ultra low latency during critical operations. Experience large multimedia file transfers and high quality video calls running at maximum network speeds every time.

Designed for advanced home and office-grade networks.

With x1 10G port and x5 2.5G ports, the switch is fast and versatile enough to handle large multimedia file transfers to-and-from a storage server with ease, and it keeps your Wi-Fi 6 router and AP communications unrestricted. And the premium gunmetal aluminium housing features a fanless design for enhanced reliability, silent operations, and low power consumption.