Examples of 'failover' in a sentence
Meaning of "failover"
Failover, as a noun, refers to the process of switching to a standby system or resource in case of a failure or outage in the primary system. It is commonly used in IT and networking contexts
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- An automatic switch to a secondary system on failure of the primary system, such as a means for ensuring high availability of some critical resource (such as a computer system), involving a parallel backup system which is kept running at all times, so that, upon detected failure of the primary system, processing can be automatically shifted over to the backup.
How to use "failover" in a sentence
Basic
Advanced
failover
Wireless failover solutions are offered in different forms.
External power port for failover optional.
Transparent failover possible for important applications.
Hector has its own failover policy.
Failover scopes for nodes of a computer cluster.
High availability via failover cluster is possible.
Path management for data path failover.
Load balancing and failover support including.
Cluster system with network node failover.
Instant local server failover and recovery.
Wireless failover is a business continuity function.
Development of complex deployment and failover strategies.
Automate failover of one or multiple servers.
Verification of cluster functionality and failover capabilities.
Your failover setup is now functional.
See also
Automating the deployment or failover workflow is appropriate here.
Failover services for business continuity.
This includes performing failover testing on a regular basis.
Failover software versions and path status information.
This allows for automatic failover to be configured if desired.
Failover happens dynamically so there is virtually no possibility of downtime.
High availability failover cluster support.
Failover in the heart of the device.
The recovery and failover process is managed by BigQuery.
Failover and recovery for replicated data instances.
Providing transparent failover in a file system.
Path failover and load balancing.
Most methods provide failover as well.
Hitless failover and software upgrades.
Redundant units provide failover protection.
Hitless failover and software upgrade.
Disaster recovery and failover strategies.
Hitless failover from master to standby stack controller.
High availability and failover capability.
Passive failover instances can run on a separate server.
Replicate data for immediate failover.
Failover to alternate hardware if there is a failure.
High availability with hitless failover and upgrades.
Fast failover is one of such methods.
Ethernet NICs support load balancing and failover.
Failover configuration on the seconday device.
We will now proceed to test the failover process.
Case a failover is caused by a failure of the network on the.
Shortfalls in ease of configuration and failover.
The failover mechanism distinguishes between a machine and a service.
It also offers tools to test the failover process.
High failover due to redundancy.
Use them in the event of failover.
The second failover route.
Can be configured for automatic failover.
