NETGEAR GS308EPP 8 Port Managed L2 L3 Gigabit Ethernet Power over Ethernet Network Switch

300 Series SOHO Plus (GS308EPP) 8-Port Gigabit Ethernet PoE+ Plus Switch (123W) Easy to manage, fundamental network features at an affordable cost for SMBs. GS308EPP offers 123W total power budget to power devices PoE devices such as VoIP phones, IP cameras, wireless access points, etc. Gigabit Ethernet 8 ports provide up to 1000 Mbps of dedicated, non-blocking bandwidth each. PoE+ Support 8 PoE+ ports provide a total of 123W of power so you can power and connect your devices with a single wire. Advanced PoE Controls Manage PoE prioritization, PoE power limit per port, and more for simple control over all PoE-powered devices. Non-Blocking Switching 10Gbps (10/100/1000 Mbps) line rate fabric ensures congestion-free connectivity to your devices. Fanless Design Silent operation makes this switch perfect for noise-sensitive environments. Versatile Mounting Options Install your switch on your desktop, or mount it to your wall or rack with the hardware provided in the box.

Brand: Netgear

Data Rates: 10/100/1000Mbps

Dimensions: 158x101x27mm

Manufacturer: Netgear

Number of Ports: 8 Ports

Type: Ethernet Switches

Warranty: 5 Year Warranty

Weight: 490g

Wired/wireless: Wired

• Plug-and-play Plus switch with fundamental network management features
• Eight (8) PoE+ ports for a total of 123W of power
• Completely silent operation within a desktop small form factor (also wall-mountable)
• 10Gbps (10/100/1000 Mbps) line rate fabric for great connectivity to your devices without congestion
• Easily manage and configure advanced features for your network through a responsive consumer and business-friendly web and mobile GUI
• Power management of the connected PoE devices by enabling and disabling PoE power per port, PoE prioritisation, PoE power limit per port and more. Simplifies management of PoE powered devices
• Keep PoE power on even when the switch is updating firmware or performing a software reboot
• Port-based and 802.1Q-based network separation into smaller groups for more secure and efficient use of network resources
• Advanced controls for optimised network performance and better delivery of mission-critical traffic such as voice and video