A financial services firm is designing a campus fabric with strict high-availability requirements. The access layer will have 100 switches, and the distribution layer will have 4 aggregation points. The design must ensure that a single link failure does not cause downtime. What is the most appropriate high-availability scaling approach?

Use a spanning tree protocol to block redundant links

Use link aggregation (LACP) between access and distribution switches

Use a single uplink from each access switch to the distribution layer

Use redundant power supplies in all switches

What is the primary scaling consideration for wireless access points in a campus fabric?

The number of APs that can be supported by the wired fabric and management system

The number of SSIDs that can be broadcast

The number of wireless clients per AP

The number of wireless controllers required

Which statement best describes the purpose of defining scaling requirements for a campus fabric architecture?

To guarantee that the network never experiences any downtime

To ensure the fabric can accommodate the expected number of devices, users, and traffic volume

To minimize the number of switches required in the network

To reduce the number of VLANs needed in the network

What is the primary reason for considering the number of access switches per fabric when scaling a campus network?

To reduce the number of distribution switches required

To minimize the number of VLANs needed

To simplify the routing protocol configuration

To ensure the fabric can support the required number of end devices and users

A school district is designing a campus fabric for a new high school. The school will have 1,500 students and staff, each with a wired device, and 300 wireless devices. The district wants to ensure the fabric can handle the peak traffic during online testing, which generates high bandwidth usage. What is the most important scaling requirement to consider?

The number of sites in the district

The total number of devices and the peak traffic volume

The number of access points needed for wireless coverage

The number of distribution switches required

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

Domain 4Objective 6

Scaling Requirements JN0-460 Practice Questions (Page 3)

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 22 practice questions to prepare you well beyond it. (estimate)

22questions here

5free pages

7concepts

Questions 11–15

11application · medium
A financial services firm is designing a campus fabric with strict high-availability requirements. The access layer will have 100 switches, and the distribution layer will have 4 aggregation points. The design must ensure that a single link failure does not cause downtime. What is the most appropriate high-availability scaling approach?
Select an answer first
12foundation · easy
What is the primary scaling consideration for wireless access points in a campus fabric?
Select an answer first
13foundation · easy
Which statement best describes the purpose of defining scaling requirements for a campus fabric architecture?
Select an answer first
14foundation · easy
What is the primary reason for considering the number of access switches per fabric when scaling a campus network?
Select an answer first
15application · medium
A school district is designing a campus fabric for a new high school. The school will have 1,500 students and staff, each with a wired device, and 300 wireless devices. The district wants to ensure the fabric can handle the peak traffic during online testing, which generates high bandwidth usage. What is the most important scaling requirement to consider?
Select an answer first

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Scaling Requirements JN0-460 Practice Questions (Page 3)

Questions 11–15

What is the primary scaling consideration for wireless access points in a campus fabric?

Which statement best describes the purpose of defining scaling requirements for a campus fabric architecture?

What is the primary reason for considering the number of access switches per fabric when scaling a campus network?

Keep studying — Campus Fabric Architecture