Users seeking high availability, disaster recovery and zero downtime maintenance operation for business-critical MySQL applications face confusing choices. Is multi-master or master/slave clustering better? What about synchronous versus asynchronous replication? Using a plain vanilla, stock MySQL or a modified version of it? Which of these choices are right for data-driven businesses that depend on fast, reliable data access?
This no-BS webinar cuts through the FUD to explore the real trade-offs between the different clustering and replication methods, then shows you how Continuent Tungsten asynchronous master/slave clusters support these important capabilities for business-critical applications:
• High application write rates
• Mixed workloads consisting of large and small transactions
• Data across multiple geographically distributed locations
• Failures and more importantly recovery from them
• Zero downtime maintenance and software upgrades
• Use of off-the-shelf MySQL/MariaDB to avoid application changes and allow clusters to improve as MySQL itself does.
We'll illustrate key points with demonstrations and case studies from deployed systems.
Date: Thursday, 1/29/15 @ 10 am PT/1 pm ET
Register at http://bit.ly/1ylRf7g
This no-BS webinar cuts through the FUD to explore the real trade-offs between the different clustering and replication methods, then shows you how Continuent Tungsten asynchronous master/slave clusters support these important capabilities for business-critical applications:
• High application write rates
• Mixed workloads consisting of large and small transactions
• Data across multiple geographically distributed locations
• Failures and more importantly recovery from them
• Zero downtime maintenance and software upgrades
• Use of off-the-shelf MySQL/MariaDB to avoid application changes and allow clusters to improve as MySQL itself does.
We'll illustrate key points with demonstrations and case studies from deployed systems.
Date: Thursday, 1/29/15 @ 10 am PT/1 pm ET
Register at http://bit.ly/1ylRf7g