A customer is deploying a new 16 Gbps fabric and requires that all ISLs be fully tested before the
fabric can go into production. Which tool would be used to accomplish this?

A SAN design includes 16 Gbps products and the customer requires that D_Ports be used to
perform diagnostic tests to validate port and cable performance. Based on the scenario, what
information can be validated? (Choose three. )

Your fabric design requires you to prevent unauthorized end port devices from joining the fabric.
Which two Fabric OS features would be used to meet this requirement? (Choose two.)

Your SAN design requires that all management connections must come from a specific
management server. Which policy satisfies this requirement?

Which three environmental factors influence fabric design? (Choose three.)

When planning cable infrastructure for reliable data transmission for operation at 16 Gbps speeds,
which two statements are true? (Choose two.)

Which two tools will provide topology information about a customer’s existing SAN? (Choose two.)

A customer wants a design connecting two sites separated by 10 km. They are concerned about
budget costs for the long distance links and would like to maximize throughput. They want to have
Brocade DCX 8510-4 Backbones on both ends of this link.
What would they implement to solve this need?

A customer requires a design that includes data in-flight encryption over 20 km long distance links.
Which two Brocade solutions would be used to accomplish this? (Choose two.)

You need to ensure that requests and responses of FCIP-based applications such as Tape
Pipelining use the same VE_Port tunnel across a MetaSAN. Which solution meets this
requirement?