We use IBM PowerHA SystemMirror for high availability and VM protection. It covers scenarios like local node failures or even outages across entire sites. Additionally, it can manage workloads running in a NAS environment, such as Oracle databases or applications. PowerHA operates in an active-passive mode, meaning only one node runs the workload. In case of a primary node failure, PowerHA automatically switches to the secondary node, ensuring continuous operation. If even the secondary node fails, PowerHA can further failover to another active system in a secondary site, providing an additional layer of disaster recovery.
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...
We use IBM PowerHA SystemMirror for high availability and VM protection. It covers scenarios like local node failures or even outages across entire sites. Additionally, it can manage workloads running in a NAS environment, such as Oracle databases or applications. PowerHA operates in an active-passive mode, meaning only one node runs the workload. In case of a primary node failure, PowerHA automatically switches to the secondary node, ensuring continuous operation. If even the secondary node fails, PowerHA can further failover to another active system in a secondary site, providing an additional layer of disaster recovery.
I primarily use this solution as a database server.