TP-LINK (TL-SG1016) 16-Port Gigabit Unmanaged Rackmount Switch, Steel Case

 

 

What This Product Does

The TL-SG1016 16-Port Gigabit rack-mount switch provides an easy way to make the transition to Gigabit Ethernet. All 16 ports support auto MDI/MDIX, no need to worry about the cable type, simply plug and play. Moreover, with the innovative energy-efficient technology, the TL-SG1016 can save up to 40%* of the power consumption, making it an eco-friendly solution for your business network. 

 

 

Gigabit Switch

Featured with 16 10/100/1000Mbps ports, TL-SG1016 greatly expands your network capacity, enabling instant large files transferring. So, power users in the home, office, workgroup, or creative production environment can now move large, bandwidth-intensive files faster. Transfer graphics, CGI, CAD, or multimedia files across the network instantly. 

 

 

Superior Performance

The TL-SG1016 features non-blocking wire-speed architecture with a 32Gbps switching capacity for maximum data throughput. An 8K MAC address table provides scalability for even the largest networks. It also supports 802.3x Flow Control for full-duplex mode, and back pressure flow control for half-duplex mode alleviates traffic congestion and ensures reliable data transmission.

 

 

Go Green With Your Ethernet

You now have the choice to go green when upgrading to a gigabit network! This new product TL-SG1016 features the latest innovative energy-efficient technologies that can greatly expand your network capacity with much less power. It automatically adjusts power consumption according to the link status and cable length to limit the carbon footprint of your network.

 

– Power down Idle Ports 

When a computer or network equipment is off, the corresponding port of a traditional switch will continue to consume considerable amounts of power. The TL-SG1016 can automatically detect the link status of each port and reduce the power consumption of ports that are idle. 

 

– Power Budget According to Cable Length 

Ideally, shorter cables would use less power because of less power degradation over their length; this is not the case with most devices as they will use the same amount of