An Isilon customer has a replication policy setup between a primary cluster and a secondary
cluster. After the initial synchronization of the clusters, the primary cluster starts to exhibit issues
so the customer initiates a failover operation between the two clusters.
During the failover, the primary cluster becomes fully operational again. The customer would like
to stop the failover operation between the two clusters.
What is the best way to stop the failover operation and continue using the primary cluster?

An Isilon customer created a scheduled SyncIQ policy to replicate data from an Enterprise-mode
SmartLock directory. The source cluster becomes unusable. The target cluster does not
automatically allow writes to the data in the replicated SmartLock directory.
What is the most likely reason the target cluster did not automatically allow writes of the data into
the SmartLock directory?

An Isilon customer has two 5-node clusters; one for production and one for disaster recovery (DR).
The customer’s workflows are replicated to the DR cluster through SyncIQ on individual
schedules. They shutdown their production cluster for a scheduled DR test, failed over to the DR
cluster, and continue their DR testing.
Assume both clusters have identical shares, exports, and user authentication and that the client
applications have been stopped and the DNS re-pointed. What is the correct method to continue
production operations?

An Isilon customer has two 5-node clusters, one for production and one for disaster recovery (DR).
The customer’s workflows are replicated to the DR cluster through SyncIQ on individual
schedules. They have shutdown their production cluster for scheduled maintenance, failed over to
the DR cluster, and are currently operating from the DR site.
Assume both clusters have identical shares, exports, user authentication, and that the client
applications have been stopped and the DNS re-pointed. What is the easiest method to continue
operations on production?

How many file systems are present in a 20-node Isilon X200 cluster?

Which type(s) of data is predominately associated with home directories and file shares?

Traditional NAS storage architecture deploys simple two-way failover between two controllers in
their storage systems, such as highly-available configurations. How is the Isilon architecture
different in terms of system resiliency and availability?

If a client is mounted to the sixth node in a 20-node Isilon cluster, how much memory cache can
that client leverage assuming each node has 8 GB of memory cache?

What is the maximum volume or aggregate size that can be created with an Isilon Scale-Out NAS
system?

Which Isilon product is recommended where low-latency and maximum performance is a critical
factor?