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Juniper Enterprise Routing and Switching, Professional (JNCIP-ENT) Sample Questions (Q43-Q48):

NEW QUESTION # 43
You are enabling CoS throughout your enterprise network using the DSCP bits. You plan to use an MF classifier on all edge devices while using BA classifiers on all transit core devices In this scenario, what should you use to provide consistent handling of traffic?

Answer: A

Explanation:
This scenario describes the standard transition of Class of Service (CoS) metadata from the network edge to the network core.
* MF vs. BA Classification:Edge devices useMultifield (MF) classifiersbecause incoming traffic often lacks markings. MF classification assigns traffic to an internalforwarding classbased on multiple fields (IPs, ports, etc.). Core devices useBehavior Aggregate (BA) classifiersbecause they are faster; they only look at the CoS bits (like DSCP) in the header to determine the forwarding class.
* The Problem:Internal forwarding class assignments made by an MF classifier on the edge device do not automatically travel with the packet. If the packet leaves the edge device with its original (potentially zeroed) DSCP bits, the core device's BA classifier will not be able to identify the priority.
* The Solution (Option A):You must implementrewrite ruleson theegress interfacesof the edge devices. A rewrite rule takes the internal forwarding class and loss priority assigned by the MF classifier and "writes" the corresponding DSCP value into the packet header as it exits toward the core.
This ensures that the core device sees the correct DSCP marking and can apply the appropriate BA classification.
* Incorrect Options:Rewrite rules are strictly an egress function to modify the packet for thenexthop.
Applying them on ingress (Option B) or core ingress (Option C) does not solve the problem of ensuring the packet header reflects the classification logic used during the internal switching process of the edge device.


NEW QUESTION # 44
You are asked to establish authentication for users connecting to the corporate network. You must ensure that only corporate devices that are identified by MAC addresses are allowed to authenticate and connect Authentication must be handled by a centralized database.
Which authentication method would you implement in this scenario?

Answer: B

Explanation:
In this scenario, the requirement is to authenticate devices based on their MAC addresses using a centralized database.
MAC RADIUS (Option A): This is the standard Juniper method for authenticating " headless " or non-802.1X capable devices based on their hardware (MAC) address. The switch acts as a proxy, sending the device ' s MAC address as the username and password to a centralized RADIUS server (the centralized database). If the MAC address is found in the server ' s database, the device is granted access to the network. This perfectly matches the user ' s requirement for MAC-based authentication and a centralized database.
Captive Portal (Option B): This is a web-based authentication method requiring user interaction (login via a browser), which is not based on MAC address identification for the initial authentication phase.
Supplicant Modes (Options C & D): These define how multiple devices are handled on an 802.1X-enabled port, but they are not authentication methods themselves; they rely on 802.1X (EAP-based) or MAC-RADIUS being already configured.


NEW QUESTION # 45
Exhibit

Referring to the exhibit output, which statement is correct?

Answer: A

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 # 46
Your router is discarding an EBGP route because the next hop is not directly connected. Which BGP configuration would you use to override this behavior?

Answer: B

Explanation:
In External BGP (EBGP), there is a default safety mechanism that requires the peer's next hop to be on a directly connected network.
TTL Constraint: By default, EBGP packets are sent with a Time-to-Live (TTL) value of 1. If the next hop is not directly connected (e.g., when peering via loopback interfaces or across a multi-hop path), the packet will expire before reaching the destination, causing the route to be discarded or the session to fail.
The Multihop Solution (Option B): To override this behavior, you must configure the multihop statement under the BGP neighbor or group hierarchy. This allows the BGP session to establish by increasing the TTL (typically to 64 or a user-defined value) and bypasses the "directly connected" check.
Incorrect Options: Option A (accept-remote-nexthop) is used in internal BGP or specific routing-instance scenarios to resolve next hops that aren't in the local routing table, but it doesn't solve the EBGP TTL/direct- connection requirement. Option C (advertise-inactive) allows BGP to advertise routes that are not the best path in the routing table, which is irrelevant to next-hop reachability. Option D (multipath) is used for load- sharing across multiple paths.


NEW QUESTION # 47
Exhibit

As shown in the exhibit, you have implemented CoS classifiers using Differentiated Services Code Point (DSCP) In this scenario, which two statements are correct? (Choose two.)

Answer: A,C

Explanation:
The exhibit shows a custom Behavior Aggregate (BA) classifier named my-classifier for the Differentiated Services Code Point (DSCP) protocol.
Importing Defaults (Statement C): The configuration line import default; is crucial. In Junos OS, when you create a custom classifier, you can use this statement to import the default mapping table for all code points that you have not explicitly defined in the current block. This ensures that only the specific traffic types you care about are customized while the rest follows industry-standard defaults.
Logical Interface Association (Statement A): In the Junos class-of-service hierarchy, classifiers are typically applied to logical interfaces (e.g., ge-0/0/0.0). While they can sometimes be applied at a higher level, the standard practice for enterprise routing and switching is to associate them with the logical unit to provide granular control over subinterfaces or VLAN-tagged traffic.
Why others are incorrect: Statement B is less accurate because the primary binding point in Junos is the unit (logical interface). Statement D is incorrect because the specific classifications defined in the custom block override the defaults; they are not overwritten by them.


NEW QUESTION # 48
......

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