What is the primary role of a core switch in a Mist AI wired campus fabric?

To enforce security policies and filter traffic between VLANs

To provide high-speed, low-latency forwarding between distribution switches

To connect end devices such as laptops and phones to the network

To provide internet connectivity to the campus

A company is deploying a Mist AI wired campus fabric. The network team wants to use Mist AI to gain visibility into traffic flows between the distribution and core layers. Which Mist AI feature should be used?

Marvis Actions to automatically remediate any network issue.

Wired Assurance to monitor and analyze the health and performance of the switches.

Mist Edge to aggregate and forward traffic to the cloud for analysis.

Virtual Network Assistant to configure the switches automatically.

A financial services firm is deploying a campus fabric. The network team wants to ensure that the core-distribution design supports high availability and can fail over quickly in case of a switch failure. Which design should be implemented?

Two core switches running spanning tree with one link active and one standby.

Two core switches in a Virtual Chassis with redundant links to distribution switches.

A single core switch with redundant power supplies and fans.

A single core switch with a hot standby switch that requires manual failover.

A data center is being connected to a campus fabric. The network architect wants to ensure that the connection between the core and the data center is resilient and provides high bandwidth. Which connectivity method should be used?

A single 100GbE link between the core and the data center core.

Two 40GbE links configured as a link aggregation group (LAG) between the core and the data center core.

A single 40GbE link between the core and the data center core.

Two 10GbE links with one active and one standby using spanning tree.

Which technology is commonly used to interconnect core and distribution switches to provide increased bandwidth and redundancy?

Network Address Translation (NAT)

Juniper NetworksCertified Specialist, Mist AI Wired (JNCIS-MistAI)

Domain 4Objective 2

Campus Fabric Core-Distribution JN0-460 Practice Questions (Page 2)

Part of the Campus Fabric Architecture domain, which makes up ~23% of our current practice bank. Juniper Networks does not publish an official question count, but from its 90-minute exam (~35–60 total, ~8–14 in this domain), expect 1–2 from this objective — we provide 20 practice questions to prepare you well beyond it. (estimate)

20questions here

4free pages

5concepts

Questions 6–10

6foundation · easy
What is the primary role of a core switch in a Mist AI wired campus fabric?
Select an answer first
7application · medium
A company is deploying a Mist AI wired campus fabric. The network team wants to use Mist AI to gain visibility into traffic flows between the distribution and core layers. Which Mist AI feature should be used?
Select an answer first
8application · medium
A financial services firm is deploying a campus fabric. The network team wants to ensure that the core-distribution design supports high availability and can fail over quickly in case of a switch failure. Which design should be implemented?
Select an answer first
9application · medium
A data center is being connected to a campus fabric. The network architect wants to ensure that the connection between the core and the data center is resilient and provides high bandwidth. Which connectivity method should be used?
Select an answer first
10foundation · easy
Which technology is commonly used to interconnect core and distribution switches to provide increased bandwidth and redundancy?
Select an answer first

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