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| Section | Objectives |
|---|---|
| Configuration | - Configure switch templates and profiles - Configure onboarding and authentication - Configure VLANs, LAG, and spanning tree - Configure site and organization settings - Configure port profiles and policies - Configure Mist Wired Assurance |
| Mist AI Overview and Architecture | - Describe Mist AP and Switch integration - Describe Mist AI architecture and components - Explain the Mist Cloud and its role |
| Switch Operations | - Implement Layer 2 and Layer 3 features - Configure and manage switch ports - Describe EX Series switch integration with Mist |
| Troubleshooting | - Use packet captures and logs - Debug wired client issues - Troubleshoot connectivity issues - Analyze Mist AI recommendations |
| API and Automation | - Use Python scripts with Mist API - Describe OpenConfig and YANG models - Configure webhooks for automation - Use Mist REST API |
| Monitoring and Analytics | - Configure alerts and notifications - Use Mist portal for monitoring - Analyze wired network insights - Generate and interpret reports |
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NEW QUESTION # 50
You are experiencing issues with your video streams. In this scenario, which SLE and classifier should you inspect to see if BUM traffic is a problem?
Answer: D
Explanation:
According to Juniper Mist documentation, the Throughput Service Level Expectation (SLE) is the primary metric used to measure the ability of wired clients to pass traffic across the physical network without impedance. This SLE is critical for diagnosing issues with real-time, high-bandwidth applications such as video streams, which are highly sensitive to packet loss and latency. Within the Throughput SLE, the Storm Control classifier is specifically designed to identify "bad user minutes" caused by the suppression of Broadcast, Unknown Unicast, and Multicast (BUM) traffic.
Storm control is a mechanism that enables the switch to monitor traffic levels and drop BUM packets when a specified traffic level-known as the storm control level-is exceeded. This prevents a "traffic storm" from proliferating and degrading the overall performance of the LAN. While this is a vital security feature to prevent network meltdowns, it can inadvertently impact legitimate traffic. For instance, if multicast-based video streams or other heavy BUM traffic exceed the configured bandwidth percentage on a port, the switch will drop those packets to protect the rest of the network.
When troubleshooting video stream issues, network administrators should inspect the Storm Control classifier to see if it is triggering "bad user minutes". If the Mist dashboard indicates failures under this classifier, it signifies that the switch hardware is actively dropping packets because the BUM traffic limit has been reached. This provides immediate root-cause evidence, allowing the administrator to determine if they need to adjust the storm control thresholds within the Port Profile or investigate the source of the excessive broadcast traffic. By correlating these hardware-level events with the end-user experience, Mist AI simplifies the resolution of complex performance problems that traditional "up/down" monitoring would miss.
NEW QUESTION # 51
Which two statements are correct about theEVPN-VXLAN control plane?(Choose two.)
Answer: A,C
Explanation:
In anEVPN-VXLAN fabric, thecontrol planeoperates overBGP EVPNand is responsible for distributing endpoint reachability information (MAC and IP) among VTEPs. Thedata plane, by contrast, performs encapsulation and forwarding.
"The EVPN control plane uses BGP to exchange MAC and IP address reachability information between VTEPs, enabling efficient forwarding and loop prevention without relying on flood-and-learn behavior." Option A:Incorrect - encapsulation occurs in thedata plane, not the control plane.
Option B:Correct - the control plane distributesMAC-to-VTEP mappings.
Option C:Correct - the control plane also distributesIP-to-MAC associations(Type 2 and Type 5 EVPN routes).
Option D:Incorrect - the control plane does not alter packet headers.
References:
Juniper Mist AI for Wired - EVPN-VXLAN Overview
Juniper Validated Design - EVPN Control and Data Plane Operation
Junos OS EVPN-VXLAN Implementation Guide
NEW QUESTION # 52
You are asked to deploy a5-stage IP Clos campus fabricusingclaim codesfor all of the switches.
Whichtwo statementsare correct about this process?(Choose two.)
Answer: A,B
Explanation:
Duringcampus fabric deploymentin Mist AI, switches are onboarded usingclaim codesand must beassigned to the correct siteandonlineso that Mist can push configurations and validate connectivity.
"All switches to be included in a campus fabric must be claimed, online, and assigned to the target site before launching the Campus Fabric wizard. Mist Cloud automatically discovers their roles and builds the topology." Option A:Incorrect - switches must be site-assigned before fabric creation.
Option B:Correct- switches must beonlineto receive configurations from Mist.
Option C:Incorrect - offline devices cannot be configured or validated in the fabric wizard.
Option D:Correct- switches must beassigned to the correct sitefor topology creation.
References:
Juniper Mist AI for Wired - Campus Fabric IP Clos Deployment Guide
Juniper Mist AI for Wired - Campus Fabric Onboarding Requirements
Juniper Validated Design - Campus Fabric Claiming and Site Assignment
NEW QUESTION # 53
Which configuration step is required to create a network in Juniper Mist Wired Assurance?
Answer: D
Explanation:
According to the Juniper Mist Wired Assurance Configuration Guide, the foundational step for implementing Layer 2 segmentation within the Mist UI is the creation of a "Network". In the context of Mist Wired Assurance, a Network is logically synonymous with a Virtual Local Area Network (VLAN). To define a network, a user must navigate to the Networks section-located within an organization-level template, a site- level configuration, or an individual switch configuration-and click to add a new entry.
The two mandatory parameters for this step are naming the VLAN and providing the corresponding VLAN ID. The name serves as a human-readable alias (such as "Corporate_Data" or "IoT_Devices") that allows administrators to easily reference the segment across different parts of the configuration without constantly tracking numeric IDs. The VLAN ID is the specific numeric value (ranging from 1 to 4094) that will be used by the switch for 802.1Q tagging on the physical wire.
This step is a prerequisite for more advanced configurations. Once a network is created with its name and ID, it can then be selected within a Port Profile. While creating a port profile (Option C) or an access policy (Option D) are common tasks in the deployment workflow, they are dependent on the prior existence of a defined Network. For instance, a Port Profile defines how a port behaves (e.g., access vs. trunk), but it must point to a specific Network name to know which VLAN to assign to that interface. Similarly, site variables can be used to override these VLAN IDs at specific locations, but the base definition requires the initial pairing of a name and a default ID in the portal.
NEW QUESTION # 54
What is the primary goal of Wired Assurance Management in a network environment?
Answer: D
NEW QUESTION # 55
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