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NEW QUESTION # 17
You are securing the network using 802.1x access control. You apply 802.1x authentication on the distribution switch, as shown in the exhibit. You configure the switch port in single supplicant mode.
What will the result be?
Answer: B
NEW QUESTION # 18
Exhibit
Referring to the exhibit output, which statement is correct?
Answer: B
Explanation:
The exhibit displays the default-switch.evpn.0 routing table, which is used on Juniper leaf devices to store EVPN Type 2 (MAC/IP) routes.
Route Distinguisher (Option C): In EVPN, the Route Distinguisher (RD) is an 8-byte prefix added to a route to make it unique within the BGP control plane. The RD format in the exhibit is < IP-Address > : < Identifier
> .
For example, the prefix 2:192.168.100.1:1::5010::... indicates an EVPN Type 2 route (2:) where
192.168.100.1:1 is the Route Distinguisher.
This RD identifies the specific routing instance on the originating VTEP that advertised the MAC/IP address.
Option A is incorrect: The RD 192.168.100.2:1 does not necessarily mean the host device has that IP; it means the originating switch has that router ID/IP used for its RD.
Option B is incorrect: While the RD often incorporates the router ID, the RD itself is the full string (e.g.,
192.168.100.1:1), which is distinct from the raw Router ID used in the BGP summary.
Option D is incorrect: Looking at the entries for 10.1.1.1 and 10.1.2.3, they are associated with different identifiers in the RD strings (5010 and 5020 respectively), which typically map to different VNIs or bridge domains.
NEW QUESTION # 19
Your network is configured for EVPN load balancing on three different access switches. During an outage, you notice that not all interfaces are receiving traffic as expected.
Which two requirements would you validate to identify this problem? (Choose two.)
Answer: B,D
NEW QUESTION # 20
Exhibit
You are receiving the same BGP Internet routes on R1 from both upstream ISPs. You are asked to load- balance traffic destined to the Internet across both ISPs.
Referring to the exhibit, which BGP solution should you use?
Answer: D
Explanation:
In standard BGP operations, a router typically selects only one " best path " for a given destination prefix and installs that single path into the forwarding table. To utilize multiple paths for traffic forwarding (load- balancing), specific multipath features must be enabled.
BGP Multipath: This feature allows a router to install multiple equal-cost paths into the routing and forwarding tables. However, by default, BGP multipath requires that all candidate paths have the same neighboring Autonomous System (AS).
Multipath Multiple-AS (Option B): In the exhibit, R1 is receiving routes from ISP A (AS 65501) and ISP B (AS 65502). Since these are two different neighboring ASs, the standard multipath feature is not sufficient.
You must use the multipath multiple-as statement under the BGP group or neighbor hierarchy. This tells Junos to consider paths as equal even if they originate from different neighboring ASs, provided all other BGP path selection attributes (Local Preference, AS Path length, Origin, MED, etc.) are identical.
Why other options are incorrect: * Option A (multihop) is used for peering with routers that are not directly connected.
Option C (prefix limit) is a security and stability feature to limit the number of prefixes received from a neighbor.
Option D (damping) is used to penalize unstable, " flapping " routes to prevent constant routing table churn.
Configuration Example for Junos OS 24.4: To implement this on R1, you would use the following configuration:
set protocols bgp group < group-name > multipath multiple-as
NEW QUESTION # 21
You are configuring CoS throughout your enterprise network using DSCP. You have configured MF classification on your edge devices and are using BA classifiers throughout the core You are using the EZQoS template provided on your EX Series switches that are acting as your edge devices. You have loaded the configuration group and applied it to the appropriate interfaces. Classification and scheduling are working properly on your edge devices; however, traffic is not being classified correctly when it reaches your core devices In this scenario, which statement is correct about solving this problem?
Answer: D
Explanation:
In an end-to-end CoS (Class of Service) design, there is a clear distinction betweenclassificationat the ingress andrewrite rulesat the egress.
* The Problem:Your edge devices are successfully classifying traffic (assigning packets to internal forwarding classes). However, the core devices-which useBA (Behavior Aggregate) classifiers-are not classifying correctly. BA classifiers look at the bits in the packet header (like DSCP or 802.1p) to determine priority.
* The Missing Link (Option C):When a packet leaves the edge device, its internal forwarding class and loss priority must be "written" back into the packet header so that the next-hop (the core device) can see it. By default, Junos may not preserve or set these bits correctly on egress. You must applyrewrite rules on the edge switches' egress interfaces facing the core. These rules ensure the DSCP values in the headers match the forwarding class determined by the edge's MF classifier, allowing the core's BA classifier to function properly.
* Other Options:Option A(policer) handles rate limiting, not classification.Option Bis incorrect because core devices often have different hardware or scaling needs than edge switches, and standard BA configuration is preferred over templates in the core.Option Dis incorrect because MF classifiers are standard for edge devices where deep packet inspection is needed to identify traffic types.
NEW QUESTION # 22
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