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iTERA
HA
Data
resiliency and rapid recovery that delivers:
Remarkable ease of use Surprising affordability
Proven reliability
Proven
to be the most efficient, most reliable System i replication engine, the architecture
for iTera HA was built from the start using IBM's remote journaling technology.
This eliminates user/log spaces, vulnerabilities, and extra CPU cycles. Native
remote journaling eliminates the need for a multi-thread data apply process. With
iTera HA, an extremely efficient process harvests data from journal receivers
and applies it to objects.
Today,
Vision is taking object self-healing to a whole new level with its breakthrough
Concurrent Audit Concurrent Heal (CACH) technology. This remarkable
patent-pending process discovers and corrects data integrity problems in real-time
at the record-level. This eliminates the need to resynchronize entire objects
when an out-of-synchronization condition is detected, which significantly speeds
the correction of data integrity problems and reduces bandwidth traffic between
mirrored environments as well as disk I/O. Automatic record-level monitoring and
healing is yet another example of Vision leading the way in HA innovation and
reliability. Extensive
autonomic functions mean less time to manage Autonomic processes
makeiTera HA easy and fast to managetypically 15 to 20 minutes per day
Exclusive CACH technology automatically discovers out of sync objects and "heals"
them at the record level Journal components are automatically monitored
and recreated when needed Self-managing functions ensure smooth switchovers
and allow iTera HA to be quickly installed with users trained in days, not weeks Reliably
mirrors all system-critical objects Programs, data areas, data queues,
IFS, user profiles, device configurations, spool files, triggers, constraints,
WebSphere MQ, and more are replicated in real-time Reliable,
simple-to-use switchover and failover Since objects stay in sync,
and latency is rare, switchover/failover is more reliable Switchover
process is automated, ensuring a faster, less error-prone process Scalable
iTera HA scales easily to any size and type of replication environment
Individual features are easily enabled/disabled Fast,
easy installation Its installed and configuredwith mirroring
startedin a few hours When installed on the production system,
iTera HA automatically installs on the backup No need to save/restore
objectsmost mirrored objects sync quickly via network Robust
IFS replication capabilities iTera HA replicates IFS both on an
object and a record level Integrated, simple-to-use IFS auditing and
monitoring functions Efficiently replicates large IFS and DLO objects,
as well as high transaction volumes iTera
HA is remarkably efficient, reliable, easy-to-use, and affordable, which is
why it's become the fastest selling high availability solution in the iSeries
world. Since 2000, iTera HA has been installed at hundreds of locations worldwide,
many of these installations are at companies that used another high availability
product. So why would they abandon their previous HA investment and switch to
iTera HA? Simple. Vision proves time and time again it can eliminate frustrations
caused by other inefficient, unreliable, or high-cost HA products. iTera
HA Costs Less to Buy and Far Less to Own iTera HA costs about the same
as our competitor's scaled down "lite" and "express" offerings,
but there is nothing "lite" about it. It's comprehensive, powerful,
and full-featured, yet it costs significantly less than other full-featured HA
products. Another huge cost benefit is the amount of money that iTera HA saves
after it is purchased. For instance, since ours costs only a fraction of other
full-featured products, you can save tens of thousands of dollars each year on
annual maintenance fees. And because of significant automation and ease-of-use
features, iTera HA rarely takes more than 15 to 20 minutes a day to manage. Compare
this to the several hours a day required by many other high availability products.
iTera
High Availability for IBM System i - Eliminate all system downtime | | | |