Asynchronous remote replication over a 10 Gb/s Fibre Channel link is planned between sites. If
the upper limit of buffer-to-buffer credits is 180 and link utilization is 60%, what is the maximum
distance over which data can be replicated?

Asynchronous remote replication over a 2 Gb/s Fibre Channel link is planned between sites that
are 50 kilometers apart. How many buffer-to-buffer credits need to be configured to ensure that
utilization of the link is 70%?

Two sites are connected through an IP network that uses an MTU size of 9,000 bytes for remote
replication. However, an intermediate network does not support this packet size.

Which event(s) is likely to occur with the intermediate network?

In a synchronous replication design, what is the key consideration regarding the volume write
limits (VWL)?

While designing an asynchronous array-based remote replication solution, which factors should be
considered?

What is a key reason for deploying a three-site remote replication solution?

What is an important consideration for replicating a database using asynchronous remote
replication?

How many round trips are required to complete a write operation when a Fibre Channel protocol is
used for array-based synchronous remote replication?

A company plans to locate its disaster recovery site 1,000 kilometers away from its production site.
You are recommending a solution that includes the use of high-end storage arrays running
asynchronous replication. During the planning phase, you have estimated that:
The asynchronous replication minimum cycle time is set to 30 seconds.
It will take three hours to fail over to the secondary site’s hardware after declaring a disaster.
After the failover to the secondary site, it will take another two hours to bring up the applications.
Based on the information provided, what is the minimum supported recovery time objective?

When designing an asynchronous array-based remote replication solution, which factors should
be considered?