Intellinet 54-Port L3 Fully Managed PoE+ Switch mit 48 Gigabit-Ports und 6 SFP+ Uplinks 19" switch box 10 / 100 / 1000 M

Layer 3 switch with dynamic IP routing, massive 850 W PoE power budget and six 10G uplinks
L3 switch for next-level switching
The 54-port L3 fully managed PoE+ switch from Intellinet network solutions makes power redundant with 48 gigabit Ethernet ports and 6 SFP+ uplinks in order to meet your network of devices, media and speed requirements. It features 48 x 10/100/1000 Mbps PoE+-enabled ports, a power budget of 850 Watts, six 10G/1G-enabled SFP+ ports, 216 Gbps switching capacity, and a range of advanced layer 2 and layer 3 features. Its dynamic IP routing solution includes OSPF, RIP, and VRRP, WAS him makes Ideal for enterprise networks. It offers easy configuration via a web browser (among other things) and is Domotz-compatible for an easy cloud management.

Layer 2, Layer 2+, Layer 3 Lite, and Layer 3 explained
This layer 3 switch offers you the Maximum of options, but WAS differentiates it from other layer types? The main difference between Layer 2 and Layer 3 switches is the routing feature. An L2 switch only works with MAC addresses, not with IP addresses or other higher layer elements, while a L3 switch is capable of doing all that, as well as static and dynamic routing. As a result, a Layer 3 switch has a MAC address table and an IP routing table that handles communication within a VLAN and between different VLANs. A compromise between both are L2+ switches (also known as Layer 3 Lite) that support static routing only. In addition to routing packets, Layer 3 switches also have features that require "understanding" of the IP address information of the data coming into the switch, such as assigning VLAN traffic based on the IP address instead of manually configuring a port.

Power over Ethernet 802.3at
The switch supports the IEEE 802.3at protocol and is designed for up to 30 watts of output power per port*. Every mixture of PoE and non-PoE devices is supported, and thanks to the protection functions for short circuit, overload and high voltage your equipment is excellently protected. For non-802.3at/AF compliant devices (older access points or network cameras) we recommend using a PoE/PoE+ splitter from Intellinet network solutions.

10 Gigabit Ethernet (IEEE 802.3ae)
Equipped with six 10G SFP+ slots, this switch is the ideal solution for cost-conscious companies that are planning with 10G Ethernet. With 10G technology becoming increasingly popular in business, the need to upgrade more bandwidth is more urgent than ever - even in smaller networks. No matter whether you want to connect servers, NAS or NVRs with 10 Gbit/s or simply want to connect to another gigabit switch without having to use LACP-technologies - 10G offers the solution. If you're not ready for 10G, you can easily use standard 1G SFP modules until the time is ripe for change.

Full IPv6 support
IPv6 management and SMB features such as MLD Snooping, SSH, ACL, WRR, and RADIUS authentication allow you to enter the IPv6 era at the lowest cost without having to upgrade your hardware.

Self-healing network with enhanced reliability and stability – Intellinet powered device monitor (PDM)
This Power over Ethernet switch controls powered device monitoring, a "self-healing" PoE function. This PoE watchdog performs a PD-Alive test for all connected PDs and automatically resets unresponsive devices, such as PoE cameras, by interrupting power supply and then restoring. The PDM function is particularly useful in applications where the connected devices are decisive for the network, as in industry and surveillance scenarios. Another advantage of PD Alive functionality is that calls to tech support and costly on-site visits by service technicians can often be avoided because the functional restart can often bring the non-responsive device back online

How our PoE scheduler saves energy
As part of our Self-Healing Networks Suite, our managed switches can not only deliver high performance, but also efficiently control power supplies. With the "PoE scheduling" function, you can switch the PoE power supply for each PoE port on or off in certain time intervals. Turning off devices such as IP phones and access points after office hours helps your business reduce energy costs and protect the environment.

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