Juniper JN0-1300 Exam Practice Questions (P. 1)
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Question #1
Which encapsulation is used on the cascade ports of a Junos Fusion aggregation device?
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Question #2
You want to improve high availability of the Juniper Networks routing devices in your data center.
Which three would accomplish this task? (Choose three.)
Which three would accomplish this task? (Choose three.)
- ARouting Engine redundancy
- BSpanning Tree Protocol
- Cgraceful Routing Engine switchover
- Dvirtual private LAN service
- EVirtual Router Redundancy Protocol
Correct Answer:
ACE
ACE
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Question #3
Click the Exhibit button.

You need to filter east-west Web traffic inside the data center between Server Cluster A and Server Cluster B using information contained in the IP header.
Referring to the exhibit, where should you filter the traffic?

You need to filter east-west Web traffic inside the data center between Server Cluster A and Server Cluster B using information contained in the IP header.
Referring to the exhibit, where should you filter the traffic?
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Question #4
A customer has reached the limit of their IEEE Layer 2 VLAN implementation. The customer then switches to a VXLAN overlay architecture using Layer 3.
In this scenario, how many unique VXLAN segments are mathematically available?
In this scenario, how many unique VXLAN segments are mathematically available?
- A4,194,304
- B8192
- C4096
- D16,777,216
Correct Answer:
D
VXLAN is a header encapsulation technology that defines a 50 Byte wide header. The header itself includes a VXLAN ID (VNI or also called segment ID) field that is 24 bits wide allowing for 16,777,216 (2^24) unique VXLAN segments.
Reference: https://dcxtc.files.wordpress.com/2012/12/vxlan-industry-brief-jakehowering-2212013.pdf
D
VXLAN is a header encapsulation technology that defines a 50 Byte wide header. The header itself includes a VXLAN ID (VNI or also called segment ID) field that is 24 bits wide allowing for 16,777,216 (2^24) unique VXLAN segments.
Reference: https://dcxtc.files.wordpress.com/2012/12/vxlan-industry-brief-jakehowering-2212013.pdf
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Question #5
A customer is using a Clos IP fabric design in their data center.
What is the advantage of using EBGP signaling between spine and leaf nodes rather than IBGP in this scenario?
What is the advantage of using EBGP signaling between spine and leaf nodes rather than IBGP in this scenario?
- AAn EBGP router automatically performs the next hop self-operation on advertised routes.
- BBy default, EBGP supports multihop sessions between peers.
- CA leaf node can have multiple EBGP sessions with a spine node.
- DEBGP does not require support for the ADD-PATH capability.
Correct Answer:
D
By default, EBGP meets all of the implementation requirements when you build the IP fabric. Theres no need for BGP route reflection or BGP Add Path with
EBGP -
Reference: http://www.juniper.net/us/en/local/pdf/whitepapers/2000565-en.pdf
D
By default, EBGP meets all of the implementation requirements when you build the IP fabric. Theres no need for BGP route reflection or BGP Add Path with
EBGP -
Reference: http://www.juniper.net/us/en/local/pdf/whitepapers/2000565-en.pdf
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