Joining the NETGEAR ProSAFE family of Smart Managed Switches with high performance and cost efficiency, this 10-port Gigabit Smart Managed Switch is packed with powerful L2 features capable of enhancing any type of broadcast studio network. The GS110TP is designed for customers who need a low port density solution with the combination of Gigabit speed and PoE capability. The GS110TP comes with 8 dedicated 10/100/1000 Mbps copper ports to connect to your end devices and two additional Gigabit Fiber ports for uplinks with greater distance.
With PoE capability on all 8 copper ports, the GS110TP can automatically detect PoE on the end devices and dynamically manage power assignments and priority. It is capable of delivering up to 15.4W of power to devices such as wireless access points, HDBaseT transmitters & Receivers, IP phones and IP cameras, providing flexibility and ease of deployment to your network. The GS110TP comes with a comprehensive set of features, such as enhanced VLAN and QoS, access control lists (ACL), 802.1x port authentication (MD5), rate limiting and IGMP snooping and many more, to provide businesses with networks that are geared for growth while ensuring performance and reliability. Both an intuitive Web-browser GUI interface and Smart Control Center (Windows PC required), offer simple Smart Managed Switch management, making it a snap to monitor switch performance, configure ports, even set up port trunks, VLANs, and traffic prioritization.
With the fanless design and compact form factor, the GS110TP offers quiet operation and is suitable for deployments in any type of environment, especially the ones which are
sensitive to noise.
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 prioritization on power usage so that specified ports are always guaranteed to get the power first if total power required exceeds the total power budget. The power will be assigned to the PoE ports dynamically depending on the actual power need of the individual network devices so that you don’t need to do any calculation. The PoE LED on the front panel will light up if the PoE usage is reaching the threshold, meaning that insufficient PoE resource is left for powering up additional ports.