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Q1. Which of the following is a valid type of in-path rule on the Steelhead appliance? (Select 3)
A. Pass Through
B. Dynamic Detection
C. Auto Discover
D. Fixed-Target
E. Real-Time
Answer: ACD
Q2. Once a Steelhead Mobile client connects to Steelhead Mobile Controller (SMC), it retrieves what from the SMC? (Select 2)
A. Secure vault key
B. License
C. The Central Management Console (CMC) tree
D. The Steelhead domain catalog descriptor database (DCDD)
E. Acceleration Policy
Answer: BE
Q3. Which feature is highly recommended when deploying Steelhead Mobile?
A. Automatic peering (using enhanced auto-discovery) enabled on Steelhead appliances
B. Connectionforwarding(using port 7850 for neighbor relationships) on Steelhead appliances
C. Pass-through rules to minimize overlapping opens
D. Fixed-target rules directed to port 7850 of all branch office Steelhead appliances
Answer: A
Q4. What are valid WAN visibility modes of the Steelhead appliance? (Select 3)
A. Correct Addressing
B. Port Transparency
C. Full Addressing
D. Full Transparency
E. Transparency
Answer: ABD
Q5. Steelhead Mobile licensing is based on what model?
A. Concurrent usage
B. Per seat
C. Hybrid per seat/concurrent usage
D. Steelhead Mobile does not use a licensing model as long as you do not exceed the capacity of the SMC
Answer: A
Q6. A customer is marking QoS between the Steelhead appliances based on the application (port number) and IP addresses being used. What is the recommended WAN visibility mode?
A. Tunnel mode
B. Port Transparency
C. Full Transparency
D. SSL mode
Answer: C
Q7. What effect will enable SDR-M (Scalable Data Referencing Memory) have on a Steelhead appliance in production?
A. An increase in overall LAN throughput
B. SDR would occur in RAM until flushed to disk
C. An increase in overall WAN throughput
D. SDR would occur on disk and backed up to RAM for future lookups
E. SDR must occur over the primary interface directly to RAM
Answer: A
Q8. What are the primary requirements that must be considered when sizing a Steelhead appliance for a customer? (Select 4)
A. Optimized WAN throughput
B. Connection count
C. Datastore size
D. Bypass port count
E. Speed / duplex requirements
Answer: ABCD
Q9. Steelhead appliances increase. (Select 2)
A. Application performance
B. Data transfer speed over the WAN
C. Data transfer speed over the LAN
D. Quality of service
E. WORM stability
F. Prototyping
Answer: AB
Q10. Overcoming bandwidth limitations is a function of:
A. Transport Streamlining
B. Application Streamlining
C. Data Streamlining
D. Storage Streamlining
Answer: C
Q11. How many in-path rules will a WAN-initiated single connection execute on a Steelhead appliance?
A. 0
B. 1
C. 2
D. 3
Answer: A
Q12. In a single in-path design, in order for CIFS prepopulation to properly function at a branch office, the Primary interface of the Steelhead appliance must be:
A. On the LAN side branch office Steelhead
B. Directly connected to the AUX interface
C. On the same switch as the WAN side interface
D. In the same subnet as the file server
Answer: A
Q13. With branch warming enabled, new data transferred between the Steelhead Mobile client and a server will be populated into: (Select 3)
A. The Steelhead Mobile client datastore
B. The local office Steelhead appliance datastore
C. The server-side Steelhead appliance datastore
D. Datastore will not be populated
E. The Steelhead Mobile Controller datastore
Answer: ABC
Q14. Can you manage your Virtual Steelhead appliance from a Central Management Console?
A. Yes, this is possible
B. Only on out-of-path deployments
C. Only on in-path deployments
D. There is a dedicated management device for Virtual Steelhead appliances
E. You can only manage your Virtual Steelhead appliances using a virtualized console
Answer: A
Q15. When MAPI prepopulation is enabled, what is default TCP keep-alive time used to prepopulate the Steelhead appliance with emails and attachments?
A. 24 hours
B. 48 hours
C. 72 hours
D. 96 hours
Answer: D
Q16. Refer to the exhibit.
Which of the following correctly describes the combination of cable types used in a fail-to-wire scenario for the interconnected devices shown in the exhibit? Assume Auto-MDIX is not enabled on any device.
A. Cable 1: Crossover, Cable 2: Crossover
BCable 1: Straight-through, Cable 2: Straight-through
B. Cable 1: Crossover, Cable 2: Straight-through
C. Cable 1: Straight-through, Cable 2: Crossover
Answer: C