Q1. Which of the following deployment methods can NOT be used simultaneously on a single Steelhead appliance?
A. Logical In-path / Physical In-path
B. Server-side out-of-path / Physical In-path
C. Server-side out-of-path / Logical In-path
D. All methods above can be configured on a single Steelhead appliance simultaneously
Answer: A
Q2. What are basic components of the Interceptor appliance? (Select 3)
A. Load Balancing
B. Redirection
C. Peer Affinity
D. Optimization
E. Store SDR data
Answer: ABC
Q3. Which xx50 Steelhead appliance models provide both inpath0_0 and inpath0_1 interfaces without adding additional network cards? (Select 3)
A. Steelhead 550
B. Steelhead 6050
C. Steelhead 1050
D. Steelhead 250
E. Steelhead 2050
Answer: BCE
Q4. What is the packaging distribution format for the Virtual Steelhead appliance?
A. Open Virtual Appliance
B. Open Virtual Image
C. Open Virtual Release
D. Open Virtual Source
E. Open Virtual Package
Answer: A
Q5. What action should be taken when the Steelhead appliance datastore is full?
A. Disconnect all users
B. Expand disk capacity
C. No action is required
D. Clean the datastore
E. Insert a USB key for extra storage
Answer: C
Q6. A major difference between MX-TCP and HighSpeed TCP is:
A. MX-TCP backs off in the case of congestion, HighSpeed TCP does not
B. HighSpeed TCP backs off in the case of congestion, MX-TCP does not
C. MX-TCP can use TCP window scaling, HighSpeed TCP cannot
D. HighSpeed TCP can use TCP options, MX-TCP cannot
Answer: B
Q7. After deployment of Steelhead appliances, a certain backup application shows poor bandwidth reduction. After disabling the backup application's native compression algorithm, the bandwidth reduction statistics on the Steelhead appliances suddenly improve significantly. Which of the following are likely causes for the increased bandwidth reduction?
A. The native compression algorithm of the backup application could not be compressed further
B. The application-level protocol used by the backup application is not recognized by the Steelhead appliances
C. The Steelhead appliances were not able to effectively perform TCP optimizations
D. There should be no difference between compressed and uncompressed traffic
Answer: A
Q8. A Steelhead appliance can continue to optimize traffic in which of the following status states? (Select 2)
A. Healthy
B. Normal
C. Critical
D. Degraded
E. Failed
Answer: AD
Q9. What are some key reasons for purchasing an Interceptor appliance? (Select 3)
A. Redirect traffic to a pool of Steelhead appliances
B. Failover for Steelhead appliances
C. No single point of failure in a redundant Steelhead appliance deployment
D. Centralize reporting and management
E. Increase throughput of connections
Answer: ABC
Q10. 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