Learn about the main product features and benefits of SUSE Linux Enterprise High Availability
SUSE Linux Enterprise High Availability 16.1
An industry-leading open source high availability clustering system designed to virtually eliminate unplanned downtime, be easy to use and be deployed in both physical and virtual environments. High availability clustering helps to minimize data loss due to corruption or failure by protecting your data assets using your existing IT infrastructure.
High availability clustering is used to automate application and data recovery. You can use our flexible, policy-driven clustering solution to implement highly available Linux clusters and eliminate single points of failure. Your servers are continuously monitored, and when a fault or failure occurs, the workload is transferred from one server to another, or the application is automatically restarted on a known working system. This helps you maintain business continuity and minimize unplanned downtime.
Introduction to SUSE Linux Enterprise High Availability
Installing a Basic Two-Node High Availability Cluster
How to set up a basic two-node High Availability cluster for testing purposes
Installing a Basic Three-Node High Availability Cluster
How to set up a basic three-node High Availability cluster for testing purposes
Configuring Node Fencing in a High Availability Cluster
How to add physical fencing devices to manage node fencing in a High Availability cluster
Configuring Disk-Based SBD in an Existing High Availability Cluster
How to configure disk-based SBD in a High Availability cluster that is already installed and running
Configuring Diskless SBD in an Existing High Availability Cluster
How to configure diskless SBD in a High Availability cluster that is already installed and running
Configuring QDevice and QNetd in an Existing High Availability Cluster
How to configure QDevice and QNetd in a High Availability cluster that is already installed and running
Upgrading from SLE HA 15 to SLE HA 16.1
How to upgrade from SUSE Linux Enterprise High Availability 15 to SUSE Linux Enterprise High Availability 16.1
Introduction to the CRM Shell
Learn about the CRM Shell, the command-line interface for SUSE Linux Enterprise High Availability clusters
Introduction to the Hawk Web Interface
Learn about Hawk, the graphical Web interface for SUSE Linux Enterprise High Availability clusters
Changing the Configuration of SBD
How to change a High Availability cluster's SBD configuration when the SBD service is already running
Configuring High Availability Cluster Resources
How to configure High Availability cluster resources to manage your critical applications and services
Adding Constraints to High Availability Cluster Resources
How to add resource constraints to specify cluster node assignments, define the start order, and manage dependencies between resources
Managing High Availability Cluster Resources
How to perform administrative tasks for resources in a High Availability cluster
Manually Moving High Availability Cluster Resources
How to manually move cluster resources to other nodes to help distribute the workload or troubleshoot issues
Performing Maintenance Tasks on Cluster Infrastructure
How to minimize risk and resource downtime while making changes to infrastructure that affects the whole cluster
Performing Maintenance Tasks on Cluster Nodes
How to minimize risk and resource downtime while making changes to one or more cluster nodes
Performing Maintenance Tasks on Cluster Resources
How to minimize risk and downtime while manually making changes to one or more cluster resources
Preparing a System for Disaster Recovery with ReaR
How to configure ReaR (Relax-and-Recover) to build recovery images and restore systems after failure
SUSE Linux Enterprise Server for SAP applications 16.1 Documentation
Click here if your cluster hosts SAP workloads to configure SAP-specific high-availability resource agents, system replication, and certified deployment architectures
SUSE Linux Enterprise Server 16.1 Documentation
Click here to configure the base operating system prerequisites—such as storage, networking, and host security—before deploying cluster services
No matching articles found