Up to date JN0-370 answers Guide

When it comes to your necessary knowledge-points associated with Juniper JN0-370 real exam, you are able to visit Exambible website. You can find all the important information you would like. Download the JN0-370 check engine and also do your Juniper JN0-370 training materials with your own personal style. All the Juniper certification dumps are researched and also composed elaborately by each of our IT experts.

2016 Nov JN0-370 free download

Q1. What does a Type-Length Value (TLV) for iSCSI provide in a QFabric system? (Choose two.) 

A. the ability to classify iSCSI flows on PFC channels 

B. the ability to create lossless iSCSI flows 

C. the ability to pause iSCSI flows 

D. the ability to create lossy iSCSI flows 

Answer: A,B 


Q2. You have just deployed a QFabric system and noticed that some of the attached Node and Interconnect devices are not registered in the system's inventory. 

What are two reasons for the undesired inventory status? (Choose two.) 

A. malfunctioning fabric control Routing Engine 

B. malfunctioning fabric manager Routing Engine 

C. faulty control plane connections 

D. faulty data plane connections 

Answer: B,C 


Q3. A customer is experiencing high packet loss and suspects a Layer 2 loop in the network of a QFabric system and other switches using RSTP. 

Which two actions will identify the Layer 2 loop in the customer network? (Choose two.) 

A. Review the interface statistics on the QFabric system. 

B. Verify that the QFabric system is the root bridge. 

C. Verify the spanning tree interface state. 

D. Verify the QFabric bridge ID. 

Answer: A,C 


Q4. You have recently brought up a QFabric system and now see all of the expected components within the system's inventory. After performing some initial configuration tasks, including the definition of the Node-2:ge-0/0/13 interface, you issue the show interfaces terse command and do not see the defined interface. 

What are two reasons for this behavior? (Choose two.) 

A. unsupported or malfunctioning transceiver 

B. faulty control plane connections between Node-2 and the Director group 

C. faulty data plane connections between Node-2 and the Interconnect devices 

D. malfunctioning fabric control Routing Engines 

Answer: A,C 


Q5. -- Exhibit -- user@qfabric> show ethernet-switching interfaces Interface State VLAN members  Tag Tagging Blocking 

RSNG-1:ae0.0 down v50  50 tagged  Disabled by bpdu-control 

v51 51 tagged Disabled by bpdu-control 

v52 52 tagged Disabled by bpdu-control 

v53 53 tagged Disabled by bpdu-control -- Exhibit -- 

Click the Exhibit button. 

Referring to the exhibit, which two steps should you take to make RSNG-1:ae0.0 operational? (Choose two.) 

A. Disable all routing protocols on the device attached to RSNG-1:ae0.0. 

B. Disable any Spanning Tree Protocol enabled on the device attached to RSNG-1:ae0.0. 

C. Use the clear interfaces RSNG-1:ae0.0 bpdu-error command to clear the error. 

D. Use the clear ethernet-switching bpdu-error command to clear the error. 

Answer: B,D 


Updated JN0-370 actual test:

Q6. -- Exhibit -- 

On node2: 

user@node2> show ethernet-switching table 

Ethernet-switching tablE. 119 entries, 104 learned 

VLAN MAC address Type  Age Interfaces vlan200 * Flood - N2:All-members N3:All-members N4:All-members vlan200 00:00:02:00:00:01 Learn  0 N2:ae0.0 vlan200 00:00:02:00:00:02 Learn  0 N2:ae0.0 vlan200 00:00:02:00:00:03 Learn  0 N2:ae0.0 vlan200 00:00:02:00:00:06 Learn  0 N2:ae0.0 

On node5: 

user@node5> show ethernet-switching table Ethernet-switching tablE. 119 entries, 104 learned VLAN MAC address Type  Age Interfaces vlan200 * Flood - N2:All-members 

N3:All-members N4:All-members vlan200 00:00:05:00:00:01 Learn  0 N5:ae0.0 vlan200 00:00:05:00:00:02 Learn  0 N5:ae0.0 vlan200 00:00:05:00:00:03 Learn  0 N5:ae0.0 vlan200 00:00:05:00:00:06 Learn  0 N5:ae0.0 

user@node5>show route forwarding-table family ethernet-switching vlan vlan200---qfabric Routing tablE. default.ethernet-switching Destination Type RtRef Next hop  Type Index NhRef Netif 7, * user 0 comp 1676  2 7, * intf 0 rslv 1650 1 7, 00:00:02:00:00:01 user 0 comp 1673 51 

7, 00:00:02:00:00:02 user 0 comp 1673 51 7, 00:00:02:00:00:03 user 0 comp 1673 51 7, 00:00:02:00:00:05 user 0 comp 1673 51 7, 00:00:02:00:00:06 user 0 comp 1673 51 

user@qfabric>show route fabric table default.bridge.0 bridge-route-mac-address 

00:00:02:00:00:01 

default.bridge.0: 110 destinations, 165 routes (110 active, 0 holddown, 0 hidden) 

+ = Active Route, - = Last Active, * = Both -- Exhibit -- 

Click the Exhibit button. 

Referring to the exhibit, Host A on Node device node2 and Host B on Node device node5 are on the same VLAN but Host A cannot ping Host B. 

Host A's MAC address is 00:00:02:00:00:01. 

Host B's MAC address is 00:00:05:00:00:01. 

What is causing this problem? 

A. Host B is not connected to Node device node5. 

B. The MAC address of Host A is not learned in node2. 

C. The MAC address of Host A is not in the RPDf table of Node device node5. 

D. The MAC address of Host B is not learned in node5. 

Answer:


Q7. Host A is connected to two Node devices in a redundant server Node group over a LAG link. Host B is connected to a Node device on a server Node group. Traffic is running between Host A and Host B. 

Which statement is true? 

A. The server Node group will calculate the hash for Host A's MAC address and forward traffic to one of the Node devices participating in the redundant server Node group. 

B. The server Node group will send traffic to Host A's MAC address on both member links of the LAG. 

C. The network Node group will send traffic to Host A's MAC address on both links of LAG. 

D. The redundant server Node group will calculate the hash for Host A's MAC address and forward traffic on one of the member links of the LAG. 

Answer:


Q8. According to Juniper Networks recommendations, specific ports have been reserved on the EX4200 switches to connect to each of the QFX3000-M QFabric system device types. 

Which ports connect to the Interconnect devices? 

A. ports 0-3 

B. ports 16-19 

C. ports 20-23 

D. uplink port 0 and port 1 

Answer:


Q9. You must determine which FTE interfaces of a Node device named Node-1 are connected to which Interconnect device. 

Which operational mode command provides the desired information? 

A. show interfaces fabric Node-1:fte* extensive 

B. show fabric administration inventory node-devices Node-1 

C. show chassis fabric connectivity device Node-1 

D. show fabric administration inventory interconnect-devices 

Answer:


Q10. You are asked to set up a Director group. 

What information do you require? (Choose three.) 

A. the serial ID and MAC address range B. the alias device names and passwords C. the serial numbers of the Node devices 

D. three IP addresses and the management subnet 

E. the passwords for the Director group and system components 

Answer: A,D,E 



see more JN0-370 dumps