830-01試験無料問題集「Riverbed RCPE Certified Professional WAN Optimization 認定」

The primary data center Interceptor is configured to fail-to-block. What best describes the result of stopping the Interceptor appliance service?

When upgrading a Steelhead appliance from the CMC appliance what methodologies can be used? (Select 2)

In a Steelhead deployment, the customer decides to use Full Transparency and block all incoming/outgoing TCP connections on port 7800 on their firewall. However, they are finding all TCP connections are passing through the Steelheads (even ones that should be optimized via the in-path rule set).
If Full Transparency uses the original IP addresses and TCP ports for inner connections, what is needed to fix the problem?

The Interceptor appliance will attempt to redirect a connection to a Steelhead appliance in the auto pool:

You are configuring HighSpeed TCP in an environment with an OC-3 (155Mb/s) and 60 milliseconds of round-trip latency. You know that the rule of thumb is to set the WAN router queue length to BDP for the link.
Assuming 1500 byte packets, the queue length for this link would be closest to: (Hint: Use the calculator)

The Interceptor appliance cluster can support how many optimized connections?

If a Steelhead appliance is configured for logical in-path mode:

When using GRE tunneling, you notice an application stops working and you know the application marks packets with the DF (Don't Fragment) flag.
What is the cause of this?

Which of the following authentication methods are supported by the Steelhead appliance?