Description
Netis St3116GS 16port gigabit
Expand your wired local area network effortlessly with the Netis St3116GS 16port gigabit switch. Engineered for growing small-to-medium business offices, educational institutions, and demanding home setups, this unmanaged 16-port Gigabit Ethernet switch provides continuous high-speed data transmission without setup complexity. Featuring a non-blocking 32 Gbps switching capacity, eco-friendly Green Ethernet power saving, quiet fanless operation, and flexible rackmount capability, it delivers reliable, high-bandwidth connectivity for IP cameras, servers, and office workstations.
Design & Durable Build
The Netis St3116GS 16port gigabit switch is built inside a heavy-duty metal enclosure measuring $280\text{ mm} \times 173\text{ mm} \times 44\text{ mm}$. Engineered for versatile workspace environments, it can sit on a desktop or mount securely into standard 19-inch server racks. Its fanless construction provides whisper-quiet operation, eliminating background noise in office spaces, libraries, or home labs.
High Gigabit Network Performance
Delivering a full $32\text{ Gbps}$ backplane bandwidth, the ST3116GS easily handles bandwidth-intensive applications. The store-and-forward switching mechanism alongside IEEE 802.3x flow control guarantees error-free data packet forwarding. With 9KB Jumbo Frame support, large file transfers, media streaming, and continuous network backups flow smoothly across connected computers and storage units.
Plug-and-Play Installation & Auto-MDI/MDIX
Designed for immediate plug-and-play operation, the ST3116GS requires no complicated software configuration or driver installations. Integrated Auto-MDI/MDIX functionality automatically detects cable types, removing the need for crossover patch cords. Front-panel LED indicators give administrators instant visual feedback on power status, active port links, and network transfer speeds.
Green Energy Savings & Reliability
Featuring Green Ethernet technology (IEEE 802.3az), the Netis ST3116GS optimizes power consumption dynamically. It detects the link status of each port to power down idle channels and measures connected cable lengths to adjust voltage levels accordingly. This reduces operating thermal output, lowers power costs, and prolongs hardware lifespan without compromising Gigabit network speeds.
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