Which three (3) options allow proper configuration of NAT-dst?
Which three (3) options allow proper configuration of NAT-dst?
which two actions would do this?
Click the Exhibit button.
You are an employee of ISP A. You must not allow traffic between ISP B and ISP C to cross your
network, but customers of ISP B and ISP C must be able to reach your customers. Referring to the
exhibit, which two actions would do this? (Choose two.)
Which three options allow proper configuration of NAT-dst?
Which three options allow proper configuration of NAT-dst? (Choose three.)
Place the configuration steps for NAT-dst in the recommended order:
Place the configuration steps for NAT-dst in the recommended order:
1) Configure policy
2) Configure route or secondary address on internal interface
3) Configure address book entry for public address
Which OSPF parameter must be tuned to prevent this behavior?
A customer operates a multi-vendor production network. They report that LSAs are aging out on
Junos devices. Which OSPF parameter must be tuned to prevent this behavior?
Which two options allow proper configuration of NAT-dst?
Which two options allow proper configuration of NAT-dst? (Choose two.)
what is the problem?
Click the Exhibit button.
Customer A is complaining that CE1 and CE2 cannot form an OSPF adjacency across your LDP
Layer 2 circuit. The physical topology of the network is CE1-PE1-P-PE2-CE2. PE1’s loopback is
192.168.5.1, P’s loopback is 192.168.6.1, and PE2’s loopback is 192.168.7.1.
Referring to the output in the exhibit, what is the problem?
what is the recommended order for configuring NAT-dst?
Using the information below, what is the recommended order for configuring NAT-dst?
1) Configure policy
2) Configure route or secondary address on internal interface
3) Configure address book entry for public address
what is the recommended order for configuring NAT-dst?
Using the information below, what is the recommended order for configuring NAT-dst?
1) Configure policy
2) Configure route or secondary address on internal interface
3) Configure address book entry for public address
which feature ensures that you do not waste buffer space?
You are a network administrator in charge of configuring CoS for your network. Your network
includes a voice application with strict latency requirements, so that any packets delayed by more
than 75 ms are effectively useless. When configuring the scheduler for this application, which
feature ensures that you do not waste buffer space?