This version two NETGEAR GS110TP 8-port Gigabit Smart Switch is packed with powerful features capable of enhancing any type of business network. The Netgear GS110TP is designed for customers who need a low port density solution with the combination of Gigabit speed and PoE capability, it comes with 8 dedicated 10/100/1000 Mbps copper ports to connect to your end devices and two additional Gigabit Fibre ports for uplinks with greater distance
Netgear GS110TP offers useful PoE power management features to help you better control and monitor your power resource. The PoE timer can help turn off the PoE ports during certain times of the day so that your network can be more secure as well as energy efficient. It can also set prioritisation on power usage so that specified ports are always guaranteed to get the power first if total power required exceeds the total power budget.
Priority queuing ensures high-priority traffic gets delivered efficiently, even during congestion from high-traffic bursts. Companies implementing network telephony or video conferencing, for example, need to be able to prioritise such voice and video traffic and other real-time applications over less latency-sensitive traffic to ensure reliability and quality.
This version two NETGEAR GS110TP 8-port Gigabit Smart Switch is packed with powerful features capable of enhancing any type of business network. The Netgear GS110TP is designed for customers who need a low port density solution with the combination of Gigabit speed and PoE capability, it comes with 8 dedicated 10/100/1000 Mbps copper ports to connect to your end devices and two additional Gigabit Fibre ports for uplinks with greater distance
Netgear GS110TP offers useful PoE power management features to help you better control and monitor your power resource. The PoE timer can help turn off the PoE ports during certain times of the day so that your network can be more secure as well as energy efficient. It can also set prioritisation on power usage so that specified ports are always guaranteed to get the power first if total power required exceeds the total power budget.
Priority queuing ensures high-priority traffic gets delivered efficiently, even during congestion from high-traffic bursts. Companies implementing network telephony or video conferencing, for example, need to be able to prioritise such voice and video traffic and other real-time applications over less latency-sensitive traffic to ensure reliability and quality.