Your FC-to-FC backbone fabric has two operational links to the same edge fabric. The first
link is an EX_Port and the second link is a VEX_Port. Your implementation requires that
both paths are used to actively carry traffic.Which statement describes how to enable both
links to simultaneously carry traffic?

You need to deploy FC-FC routing between two Gen 5 edge fabrics across an FCIP link.
Each edge fabric contains a single Brocade 6520 switch. Your backbone fabric consists of
two Brocade 7800 Extension Switches. How do you enable FC-FC routing using FCIP?

You have connected two different backbone fabrics to the same edge fabric.
Which two statements are true? (Choose two.)

You must configure FCIP for a network 20 kilometers away and you do not want your fabrics
to merge.How would you configure the ports?

You are configuring an FCIP tunnel with four circuits. Two of the circuits will be active and
the other two will be in standby in case of failure. You want to ensure that there are always
at least two active circuits in the event of a failure.Which two steps will accomplish this task?
(Choose two.)

how many FCIP tunnels have been created?

ISLs have been created from VE12 to VE16, and VE13 to VE17.
how many FCIP circuits have been created?

You have allocated the correct number of buffers for your distance and speed on an
extended distance link over dark fiber. However, you notice a latency issue being reported
and the port is repeatedly starved for buffer credits.
What causes this to happen?

You are configuring a 10 km long distance ISL between a Brocade DCX 8510 and a Brocade
5300 with no additional license. Which two configurations are needed? (Choose two.)

You have configured ports 0-2 on your Brocade 6520 to a distance of 50 km at 16 Gbps. As
shown in the exhibit, port 2 was allocated more buffer credits than the other ports.What is
the reason for this happening?