Pass Guaranteed Quiz Valid JN0-650 - Enterprise Routing and Switching, Professional (JNCIP-ENT) New Study Guide

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Juniper JN0-650 Exam Syllabus Topics:

Topic	Details
Topic 1	Ethernet Switching and Spanning Tree: This section covers advanced Layer 2 switching including filter-based VLANs, private VLANs, MVRP, Layer 2 tunneling via Q-in-Q and L2PT, plus MSTP and VSTP protocols.
Topic 2	BGP: This section focuses on Border Gateway Protocol operations including route selection, next hop resolution, BGP attributes, communities, load balancing, IPv4 IPv6 address families, advanced options, and routing policy implementation.
Topic 3	IP Telephony Features: This section focuses on features supporting VoIP deployments including Power over Ethernet, LLDP LLDP-MED protocols, and voice VLAN implementation.
Topic 4	IP Multicast: This domain addresses one-to-many communication using multicast routing, covering addressing, ASM vs SSM models, RPF, IGMP snooping, PIM sparse-mode, rendezvous points, Anycast RP, MSDP, and routing policies.
Topic 5	Class of Service (CoS): This domain covers QoS mechanisms in Junos including CoS processing, header fields, forwarding classes, classification, policers, schedulers, drop profiles, shaping, and rewrite rules.

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Juniper JN0-650 Practice Questions

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Juniper Enterprise Routing and Switching, Professional (JNCIP-ENT) Sample Questions (Q21-Q26):

NEW QUESTION # 21
Which statement about 802.1X authentication is true?

A. It cannot be configured on Layer 3 interfaces.
B. It cannot be configured on 802.1Q interfaces.
C. It cannot be configured with DHCP snooping.
D. It cannot be configured with Dynamic ARP Inspection.

Answer: B

NEW QUESTION # 22
You have configured a EX Series switch as an access switch. The switch uses 802.1x for access control. The switch uses LLDP-MED to assign network configuration information to VoIP phone devices. A user has a desktop computer and a VoIP phone connected to the same switch port.
In this scenario, which statement is true?

A. If the phone does not support 802.1x, it must be added to a MAC whitelist.
B. If the phone does not support 802.1x, the phone will not be able to connect to the network.
C. If the phone does not support 802.1x, single supplicant mode can be used.
D. If the phone does not support 802.1x, multiple supplicant mode can be used.

Answer: C

NEW QUESTION # 23
You are enabling 802.1X authentication on an EX Series device. You are configuring the switch in the conference room where you will have non-employees with devices that do not support 802.1X authentication connecting to your network.
You must ensure that these users can connect to your network but are restricted to Internet access only.
What should you do to accomplish this task?

A. You should assign a guest VLAN to the interfaces and isolate that VLAN to Internet access only.
B. You should ensure that the server-fail fallback feature is enabled and users are assigned to the appropriate VLAN.
C. You must add a RADIUS account for each user and assign them to the appropriate VLAN.
D. You should configure a server-reject VLAN to the interfaces and isolate that VLAN to Internet access only.

Answer: A

NEW QUESTION # 24
Exhibit

Referring to the exhibit, which two statements are correct? (Choose two.)

A. During times of no network congestion, traffic that is placed in queue 2 will be dropped if more than
10% of the interface bandwidth is used
B. During times of sustained network congestion, traffic that is placed in queue 2 will be dropped if more than 10% of the interface bandwidth is used
C. The bandwidth reservation for queue 0 is 100%.
D. The bandwidth reservation for queue 0 is 76%.

Answer: A,D

Explanation:
The exhibit shows the Class of Service (CoS) transmit queue information for interface ge-0/0/11. To determine the correct behavior, we must analyze the bandwidth allocations and the queue limit settings:
* Bandwidth Calculation (Option A):In Junos OS, when multiple queues are assigned specific percentages of bandwidth, the "remainder" (represented by'r') is the total interface bandwidth minus the sum of the explicitly configured percentages.
* Bandwidth assigned to Queue 1 (EF) = 10%.
* Bandwidth assigned to Queue 2 (AF) = 10%.
* Bandwidth assigned to Queue 3 (NC) = 4%.
* Total explicitly assigned = $10\% + 10\% + 4\% = 24\%$.
* Remainder for Queue 0 (Best Effort)= $100\% - 24\% = 76\%$.
* "Limit: exact" Behavior (Option B):The exhibit shows that Queue 2 (assured-forwarding) has aLimit set toexact.
* By default, a queue in Junos can consume more than its allocated bandwidth if other queues are idle.
* However, when the exact keyword is applied to the transmit-rate (transmission rate), the queue is strictly rate-limited to its configured percentage.
* This means that traffic in Queue 2 will be capped at 10% of the interface bandwidthregardless of whether the network is congested or not. If the traffic exceeds 10%, the excess will be dropped or buffered to match the exact rate.
* Option Cis incorrect because 100% of the bandwidth is not reserved for a single queue; it is distributed across four queues.
* Option Dis less accurate than B because it implies the drop behavior only occurs during congestion.
The exact parameter enforces the limit even when the rest of the interface is completely idle.

NEW QUESTION # 25
Exhibit:
Mar 16 19:12:58.291474 BGP RECV 172.14.10.2+51230 -> 172.14.10.1+179
Mar 16 19:12:58.291624 BGP RECV message type 1 (Open) length 59
Mar 16 19:12:58.291688 BGP RECV version 4 as 2 holdtime 90 id 192.168.2.1 parmlen 30 Mar 16 19:12:58.291752 BGP RECV MP capability AFI=1, SAFI=1 Mar 16 19:12:58.291802 BGP RECV Refresh capability, code=128 Mar 16 19:12:58.291850 BGP RECV Refresh capability, code=2 Mar 16 19:12:58.291915 BGP RECV Restart capability, code=64, time=120, flags= Mar 16 19:12:58.291969 BGP RECV 4 Byte AS-Path capability (65), as_num 2 Mar 16 19:12:58.292385 advertising receiving-speaker only capabilty to neighbor 172.14.10.2 (External AS 2) Mar 16 19:12:58.292452 bgp_senD. sending 59 bytes to 172.14.10.2 (External AS 2) Mar 16 19:12:58.292522 Mar 16 19:12:58.292522 BGP SEND 172.14.10.1+179 -> 172.14.10.2+51230 Mar 16 19:12:58.292601 BGP SEND message type 1 (Open) length 59 Mar 16 19:12:58.293053 BGP SEND version 4 as 1 holdtime 90 id 192.168.2.1 parmlen 30 Mar 16 19:12:58.293124 BGP SEND MP capability AFI=1, SAFI=1 Mar 16 19:12:58.293173 BGP SEND Refresh capability, code=128 Mar 16 19:12:58.293221 BGP SEND Refresh capability, code=2 Mar 16 19:12:58.293284 BGP SEND Restart capability, code=64, time=120, flags= Mar 16 19:12:58.293336 BGP SEND 4 Byte AS-Path capability (65), as_num 1 Mar 16 19:12:58.293517 bgp_senD. sending 19 bytes to 172.14.10.2 (External AS 2) Mar 16 19:12:58.293573 Mar 16 19:12:58.293573 BGP SEND 172.14.10.1+179 -> 172.14.10.2+51230 Mar 16 19:12:58.293665 BGP SEND message type 4 (KeepAlive) length 19 Mar 16 19:12:58.296781 Mar 16 19:12:58.296781 BGP RECV 172.14.10.2+51230 -> 172.14.10.1+179 Mar 1619:12:58.296897 BGP RECV messaae tvoe 4 (KeeDAlivel lenath 19 Mar 16 19:12:58.297451 bgp_senD. sending 19 bytes to 172.14.10.2 (External AS 2) Mar 16 19:12:58.297528 Mar 16 19:12:58.297528 BGP SEND 172.14.10.1+179 -> 172.14.10.2+51230 Mar 16 19:12:58.297600 BGP SEND message type 4 (KeepAlive) length 19 Mar 16 19:12:58.298102 bgp_senD. sending 23 bytes to 172.14.10.2 (External AS 2) Mar 16 19:12:58.298185 Mar 16 19:12:58.298185 BGP SEND 172.14A0.1+179 -> 172.14.10.2+51230 Mar 16 19:12:58.298273 BGP SEND message type 2 (Update) length 23 Mar 16 19:12:58.298322 BGP SEND End of RIB. AFI 1 SAFI 1 Mar 16 19:12:58.301834 Mar 16 19:12:58.301834 BGP RECV 172.14.10.2+51230 -> 172.14.10.1+179 Mar 16 19:12:58.301957 BGP RECV message type 4 (KeepAlive) length 19 Mar 16 19:12:58.302034 bgp_read v4_messagE. done with 172.14.10.2 (External AS 2) received 19 octets 0 updates 0 routes Mar 16 19:12:58.304594 Mar 16 19:12:58.304594 BGP RECV 172.14.10.2+51230 -> 172.14.10.1+179 Mar 16 19:12:58.304702 BGP RECV message type 2 (Update) length 23 Mar 16 19:12:58.304765 BGP RECV End of RIB. AFI 1 SAFI 1 Mar 16 19:12:58.304848 bgp_read v4_messagE. done with 172.14.10.2 (External AS 2) received 23 octets 1 update 0 routes Mar 16 19:13:22.968415 bgp_senD. sending 19 bytes to 172.14.10.2 (External AS 2) Mar 16 19:13:22.968586 Mar 16 19:13:22.968586 BGP SEND 172.14.10.1+179 -> 172.14.10.2+51230 Mar 16 19:13:22.968675 BGP SEND message type 4 (KeepAlive) length 19 Mar 16 19:13:26.901339 Mar 16 19:13:26.901339 BGP RECV 172.14.10.2+51230 -> 172.14.10.1+179 Mar 16 19:13:26.901464 BGP RECV message type 4 (KeepAlive) length 19 Mar 16 19:13:26.901543 bgp_read v4_messagE. done with 172.14.10.2 (External AS 2) received 19 octets 0 updates 0 routes Mar 16 19:13:51.335927 bgp_senD. sending 19 bytes to 172.14.10.2 (External AS 2) Mar 16 19:13:51.348180 Mar 16 19:13:51.348180 BGP SEND 172.14.10.1+179 -> 172.14.10.2+51230 Mar 16 19:13:51.348296 BGP SEND message type 4 (KeepAlive) length 19 Mar 16 19:13:53.844160 Mar 16 19:13:53.844160 BGP RECV 172.14.10.2+51230 -> 172.14.10.1+179 Mar 16 19:13:53.844329 BGP RECV message type 4 (KeepAlive) length 19 Mar 16 19:13:53.844392 bgp_read_v4_messagE. done with 172.14.10.2 (External AS 2) received 19 octets 0 updates 0 routes Looking at the trace options output, what is the current keepalive timer set for in BGP?

A. 30 seconds
B. 90 seconds
C. 10 seconds
D. 1 second

Answer: A

NEW QUESTION # 26
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