D-Link 16-Port Low Profile Gigabit Unmanaged Switch Metal Housing

The DGS – 1016S 16 – Port Gigabit Desktop Switch is ideal for home and small to medium – sized businesses (SMB) to add a quick and easy Gigabit upgrade to the network. Fully IEEE 802.3az – compliant with advanced energy – saving features, the DGS – 1016S packs full functionality and Gigabit performance into a slim yet sturdy metal design.

Good for the Planet, Good for your Budget

The eco – friendly DGS – 1016S is compliant with Energy – Efficient Ethernet (IEEE 802.3az) standards to save energy and reduce heat emissions without sacrificing performance and functionality. When low – traffic or idle interface ports are detected, the DGS – 1016S automatically transitions them into a low – power state, substantially reducing overall device power consumption. Furthermore, the DGS – 1016S can determine the approximate length of cables attached to each port to apply just enough power for data transmission on that link, saving even more power while lowering total cost of ownership (TCO).

Soundless Performance

The DGS – 1016S features a fanless design for silent operation, reduced energy consumption, and enhanced reliability by eliminating a common point of failure.

Prioritise What’s Important with Quality of Service

Quality of Service (QoS) support also enhances your network’s efficiency. QoS cleverly prioritises network traffic so that time – sensitive data, such as VoIP or surveillance footage, are unaffected even during bursts of high – volume traffic. This allows for an all – round smoother, uninterrupted network experience.

Features:

• 16 Gigabit ports for high – speed wired connections
• Plug – and – play for effortless installation
• Low profile metal housing with fanless design
• IEEE 802.3az – compliant to reduce power consumption
• Auto power reduction when port has little or no traffic
• Cable – length detection enhances energy conservation
• Energy – efficient design reduces heat generated and allows silent operation
• IEEE 802.1p QoS traffic prioritisation to optimize performance