Below you'll find the steps on how to do switch clustering with more than one switch under single management:
Choose the right switches because not all switches are created equal in clustering. Make sure to choose switches designed for clustering that support the features you need.
Configure the switches as each switch in the cluster needs to be configured with the same settings, including the IP address, subnet mask, and gateway.
Establish a management network because the switches in the cluster must be able to communicate with each other, which requires a dedicated management network.
Enable clustering once the switches are configured, and the management network is in place, creating a single logical switch from the multiple physical switches.
Manage the cluster after enabling it so you can manage it as a single switch. This would include configuring VLANs, creating trunks, and monitoring traffic.
Additional things to keep in mind:
The number of switches that can be clustered depends on the switch model and vendor.
The switches in the cluster must be connected to each other using a reliable network connection.
The switches in the cluster must have the same firmware version.
High Availability Clustering ensures continuous service availability by distributing workloads across multiple servers. This technology prevents downtime by enabling failover capabilities, which automatically switch tasks to operational servers if one fails.
High Availability Clustering is essential for organizations looking to maintain uninterrupted services. It uses multiple servers that work together, enhancing system reliability and performance. During a server failure, workloads...
Below you'll find the steps on how to do switch clustering with more than one switch under single management:
Additional things to keep in mind: