Netgear ProSAFE GS510TPP 8-Port Gigabit Ethernet PoE+ Compliant Managed Switch with SFP

Equipped with a 400 MHz Cortex-A9 single-core processor and 512MB or memory, the ProSAFE GS510TPP has a 20 Gb/s switching capacity with a 14.88 Mpps forwarding rate. Other features include support for 16K MAC addresses, 256 VLANs, 100 shared ACLs, and 512 multicast groups. The switch’s protected ports improve the security of your converged network by ensuring that phone conversations stay private while surveillance video clips are forwarded to designated storage devices without leakage or alteration. This switch also allows you to build a network while planning for the future. IPv6 supporting management, QoS, ACL and routing helps to ensure a smooth migration to an IPv6-based network without a switch replacement. With flexible desktop, rackmount, and square pole mounting options alongside its dynamic fan-speed control system, the ProSAFE GS510TPP is built to fit into almost any business environment and operate efficiently with low noise.

Power over Ethernet
Operate Power-over-Ethernet (PoE) devices such as VoIP phones, IP security cameras, wireless access points, proximity sensors, door locks, and more. This switch has a 190W power budget, and IT administrators can optimize network resources while conserving energy by scheduling or remotely controlling PoE ports to turn them on or off.
Static Routing
The Smart Managed Pro Switch supports layer 3 static routing with 32 routes. One way you can optimize your network is by segmenting it with internal routing through the switch while the router is reserved for external traffic routing only.
Future-Proof Network
IPv6 supporting management, QoS, ACL and routing help to ensure a smooth migration to an IPv6-based network without a switch replacement. Ensure investment protection and a smooth migration to IPv6-based network without switch replacement. Additionally, the Netgear Smart Managed Pro Switch helps facilitate fast receiver joins and leaves for multicast streams. It also improves network efficiency by ensuring that multicast traffic only reaches designated receivers without needing an extra multicast router.