Data Center, Professional

Here you have the best Juniper JNCIP-DC practice exam questions

You have 57 total questions to study from
Each page has 5 questions, making a total of 12 pages
You can navigate through the pages using the buttons at the bottom
This questions were last updated on May 21, 2025
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Question 1 of 57

You are deploying a 3-stage Clos IP fabric in your data center.

In this scenario, which statement is correct?

There is an eight-spine node limitation.

Each spine node must be physically connected to all other spine nodes.

No direct physical connections exist between leaf nodes.

Each server-facing interface on a leaf node is always three hops away from other server-facing interfaces.

Correct Answer: C

In a 3-stage Clos IP fabric, also known as a spine-leaf architecture, the leaf nodes (servers and top-of-rack switches) connect only to the spine nodes (aggregation or core switches). There are no direct physical connections between leaf nodes themselves. This design ensures that all traffic between leaf nodes passes through the spine layer, facilitating efficient data transfer and easy scalability.

Question 2 of 57

Referring to the exhibit, which two statements are correct? (Choose two.)

The local leaf is using the 192.168.100.102 IP address as the local anchor point of the VTEP tunnel.

The remote leaf is using the 192.168.100.101 IP address as the local anchor point of the VTEP tunnel.

The remote leaf is using the 192.168.100.102 IP address as the local anchor point of the VTEP tunnel.

The local leaf is using the 192.168.100.101 IP address as the local anchor point of the VTEP tunnel.

Correct Answer: A, B

Question 3 of 57

You are implementing an EVPN overlay in your IP fabric data center. The IP fabric was stable before configuring the overlay group and EVPN-related settings. After committing the configuration shown in the exhibit on your spine device, you are no longer exchanging any routes in your underlay fabric.

In this scenario, what will solve this problem?

You must move the EVPN NLRI family declaration to be applied under the overlay BGP group.

You must remove the export policy applied to your fabric group.

You must remove the multipath parameter from the overlay group.

You must change the overlay group to establish an EBGP peering instead of IBGP.

Correct Answer: A

The problem resides in the BGP family configuration. The EVPN NLRI family declaration should be applied under the overlay BGP group to correctly signal EVPN routes. Without this declaration, the BGP sessions will not properly exchange EVPN routes. Moving the EVPN NLRI family declaration to the overlay group will ensure that EVPN signaling is correctly configured, allowing the routes to be properly exchanged.

Question 4 of 57

Which two Juniper Networks products provide protection against zero-day attacks? (Choose two.)

Juniper Identity Management Service

Juniper Secure Analytics

Juniper ATP Cloud

SRX Series device

Correct Answer: C, D

Juniper ATP Cloud provides advanced threat prevention against zero-day attacks by leveraging machine learning and threat intelligence to detect and mitigate threats. SRX Series devices offer next-generation firewall capabilities, including protection against zero-day attacks, by using advanced threat detection and response functions.

Question 5 of 57

Referring to the exhibit, which statement is correct?

The exhibit shows a collapsed fabric architecture.

The exhibit shows a 3-stage IP fabric architecture.

The exhibit does not represent a valid fabric architecture.

The exhibit shows a 5-stage IP fabric architecture.

Correct Answer: A

The exhibit shows two layers of switches, which consist of spine switches and top-of-rack (ToR) switches. This represents a collapsed fabric architecture, where normally a larger number of spine and leaf switches would be utilized in a full 3-stage or 5-stage Clos network fabric. The ToR switches connecting directly to both spine switches simplify the architecture. This configuration allows for some of the benefits of a full fabric but in a more compact, collapsed form, making it suitable for smaller-scale deployments.