Switch Redundancy
The switch follows a redundancy protocol, such as the parallel redundancy protocol (PRP) or high-availability seamless redundancy (HSR) to ensure network performance in the event of a device or power failure.
Cat avg: 8.3
The switch follows a redundancy protocol, such as the parallel redundancy protocol (PRP) or high-availability seamless redundancy (HSR) to ensure network performance in the event of a device or power failure.
Cat avg: 8.3
Ability to add new switches to the network (possibly through stacking) to enable more bandwidth.
Cat avg: 8.4
Allows users to combine Ethernet links, resulting in more bandwidth, better load balancing, and redundancy.
Cat avg: 8.3
Enables the prioritization of traffic to ensure network performance.
Cat avg: 8.2
The Interface allows for configuration and monitoring of the devices on your network.
Cat avg: 7.9
Features common across Ethernet switches.
The Interface allows for configuration and monitoring of the devices on your network.
Category average: 7.9
Enables the prioritization of traffic to ensure network performance.
Category average: 8.2
Ability to add new switches to the network (possibly through stacking) to enable more bandwidth.
Category average: 8.4
The switch follows a redundancy protocol, such as the parallel redundancy protocol (PRP) or high-availability seamless redundancy (HSR) to ensure network performance in the event of a device or power failure.
Category average: 8.3
Allows users to combine Ethernet links, resulting in more bandwidth, better load balancing, and redundancy.
Category average: 8.3