You are asked to deploy an Ethernet bridging design in a data center with the criteria shown below.- Routing must occur on the spine devices.- VTEPs must terminate on the leaf devices.- Facilitate inter-VLAN communication.- Layer 2 gateways must be present on spine and leaf devices.Which architecture should you use in this scenario?

centrally-routed bridging architecture

edge-routed bridging architecture

centrally-routed bridging architecture

The two data centers shown in the exhibit need to be connected using EVPN. Which two statements are correct in this situation? (Choose two.)

Hosts in VLAN 10 can communicate with hosts in Data Center 2 using Layer 3.

Hosts in VLAN 202 can communicate using Layer 2 between data centers.

Hosts in VLAN 10 can communicate with hosts in Data Center 2 using Layer 3.

Hosts in VLAN 10 can communicate with hosts in Data Center 2 using Layer 2.

Hosts in VLAN 202 can communicate using Layer 3 between data centers.

Hosts in VLAN 202 can communicate using Layer 2 between data centers.

You are asked to enable visibility into your EVPN-VXLAN network traffic by monitoring traffi continuously. Which two statements are correct in this scenario? (Choose two.)

You cannot enable sFlow monitoring on each interface individually.

You must enable sFlow monitoring on each interface individually.

You cannot enable sFlow monitoring on each interface individually.

The sFlow agent is installed by default on your OFX Series switch.

You must enable sFlow monitoring on each interface individually.

The sFlow agent needs to be manually installed on your QFX Series switch.

You are troubleshooting a problem with traffic not reaching a remote VTEP. Referring to the exhibit, what is the reason for the problem?

The remote VTEP does not have the correct VNI configured.

A conflict exists with the VLAN-to-VNI mapping.

The local VTEP is misconfigured with the wrong VNI.

No VTEP is configured on peer 192.0.2.20.

The remote VTEP does not have the correct VNI configured.

The configuration shown in the exhibit is intended to set up assisted replication but will not commit. Which action will create a valid configuration in this situation?

Change the replicator inet address to 192.168.100.101.

Change the 10.0 address to 192.168.100.1 primary.

Change the replicator inet address to 192.168.100.101.

Delete replicator inet 192.168.100.1.

Change the replicator inet address to 192.168.100. 51.

You are configuring a DCI VPN solution between sites that require an L3VPN to work with your EVPN deployment. Your organization's policy restricts configuring RSVP and LDP on your WAN links. While configuring the solution, you notice that no routes exist in the inet table. In this scenario, which parameter will solve this problem?

bgp family inet labeled-unicast per-group-label

bgp family inet labeled-unicast aggregate-label

bgp family inet labeled-unicast resolve-vpn

An EVPN-signaled VXLAN overlay has been deployed in the network shown in the exhibit. An EVPN LAG has been configured to connect host1 to the network, and device leaf1 has been elected as the designated forwarder. In this scenario, which statement is true?

The Ieaf3 device will only receive an advertisement to the LAG segment from leaf1.

The Ieaf3 device can utilize both leaf1 and Ieaf2 to forward unicast packets from host2 to host1.

An ICCP control link must be configured between leaf1 and Ieaf2.

The Ieaf3 device will only receive an advertisement to the LAG segment from leaf1.

Broadcast packets sent from host2 will not be forwarded to Ieaf2.

Referring to the exhibit, you must advertise the Io0.12 interface as a type-5 route.Which configuration parameter would be used to accomplish this task?

Configure an export policy to advertise the interface route under protocols evpn.

Configure auto-export under the routing instance.

Configure a vrf-export policy to advertise the interface route under the routing instance.

Configure an export policy to advertise the interface route under protocols evpn.

Configure vrf-table-label under the routing instance.

Which two statements about the seamless EVPN-VXLAN stitching interconnect gateways are correct? (Choose two.)

IBGP is recommended for VXLAN stitching overlays.

The interconnect gateway can reside on the super spine layer of a multi-POD data center.

IBGP is recommended for VXLAN stitching overlays.

Interconnect gateways will rewrite the route target, route distinguisher. and ESI values for each stretched virtual network.

All EVPN routes types are forwarded among interconnect gateways in a full-mesh manner.

The interconnect gateway can reside on the super spine layer of a multi-POD data center.

Referring to the exhibit, what effect does EVPN core isolation have?

Leaf 1 will place the interfaces to connected hosts into LACP passive mode.

Leaf 1 will send a pause frame to each connected host.

Leaf 1 will place the interfaces to connected hosts into LACP passive mode.

Leaf 1 will take down all revenue interfaces.

Spine 1 will block all traffic.

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

The source tunnel IP address is 192.168.100.11.

There is one tunnel to the remote endpoint.

There are two tunnels to the remote endpoint.

The irb. 0 interface is the remote tunnel endpoint interface.

The source tunnel IP address is 192.168.100.11.

There is one tunnel to the remote endpoint.

You are asked to deploy an Ethernet bridging design in a data center with the following criteria:- routing must occur on the leaf devices.- VTEPs must terminate on the leaf devices.- facilitate inter-VLAN communication.- lower latency with East-West traffic.Which architecture should you use in this scenario?

edge-routed bridging architecture

centrally-routed bridging architecture

You manage a data center with a 5-stage EVPN-VXLAN IP fabric. You notice that there are suboptimal paths used between the leaf and spine as well as the spine and super spine. What is one way to solve this issue?

Configure the spine layer so that all spines in a POD share the same ASN.

Configure the super spine and spine layers to all use the same ASN.

Configure the spine layer for EBGP and the leaf layer for IBGP

Configure the spine layer so that all spines in a POD share the same ASN.

Configure the leaf layer so that all leaf devices share the same ASN.

Application developers are complaining that east-west server traffic is not being load balanced in your new data center. What are three reasons for this behavior? (Choose three.)

BGP multipath is not configured.

Policies for load balancing have not been configured.

There is insufficient spine to leaf bandwidth.

BGP multipath is not configured.

Policies for load balancing have not been configured.

MP-BGP is not exporting the correct prefix type.

There is insufficient spine to leaf bandwidth.

ESI active/active has not been configured.

You are attempting to configure filter-based forwarding in your data center. All traffic from Host1 that is going to Host2 should be inspected by the data center firewall. You have verified that the traffic is being forwarded from router leaf L1's VRF-1 to its INSPECT-VRF. However, the traffic is not reaching service L2. Referring to the exhibit, which two steps should you take to troubleshoot the problem? (choose two.)

Ensure that VRF-1 and INSPECT-VRF route targets on L1 and L2 match.

Ensure that the route target in the INSPECT-VRF of L1 matches the route target of the INSPECT- VRF of L2.

Examine the INSPECT-VRF.evpn 0 route table on L1 for a default route that will direct the traffic to L2.

Examine the INSPECT-VRF.inet. 0 route table on L1 for a default route that will direct the traffic to L2.

Ensure that VRF-1 and INSPECT-VRF route targets on L1 and L2 match.

Ensure that the route target in the INSPECT-VRF of L1 matches the route target of the INSPECT- VRF of L2.

You administer an EVPN-VXLAN fabric. You notice that there is no VXLAN traffic forwarding through the network. Referring to the exhibit, which modification will solve the problem?

set firewall family inet filter allow-BGP term 1 from protocol udp set firewall family inet filter allow- BGP term 1 from destination-port 4789

set interfaces et-0/0/49 unit 0 family vxlan

set interfaces et-0/0/49 unit 0 family vpls

set firewall family inet filter allow-BGP term 1 from protocol tcp set firewall family inet filter allow- BGP term 1 from destination-port 4789

An EVPN-signaled VXLAN overlay has been deployed in the network shown in the exhibit. Host1 is a bare metal server, and is dual-homed to the network. The IP addresses 10.1.1.1/24 and 10.1.1.2/24 are assigned to the same physical NIC, and no virtualization is configured on the server. In this scenario, which two statements are true? (Choose two.)

The connection host1 to devices leaf1 and leaf2 must be configuration a LAG.

The ESI assigned to the host1 link must be the as the ESI assigned to the leaf2 host1 link.

The MAC address associated with 10.1.1.1/24 and 10.1.1.2/24 will be same when advertised to leaf3.

Traffic from IP address 10.1.1.1/24 must traverse the VXLAN network to reach IP address 10.1.1.2/24

The connection host1 to devices leaf1 and leaf2 must be configuration a LAG.

The ESI assigned to the host1 link must be the as the ESI assigned to the leaf2 host1 link.

Your colleague has begun working on the base configuration for an active-active multihomed EVPN connection shown in the exhibit. Which two actions will ensure a successful implementation? (Choose two.)

Change the ESI mode on PE2 to all-active

Change the ESI value on the PE1 device to 00.22.44.88.00.22.44.66.88

Change the ESI mode on PE2 to all-active

Change the ESI mode on PE1 to signal-active

Change the ESI value on the PE1 device to 00.22.44.88.00.22.44.66.88

Change the ESI value on the PE2 device to 00.00.00.00.00.00.00.00.00.00

You have configured a new MC-LAG connection to a host. After committing the configuration, the MC-LAG link is not functioning properly. Referring to the exhibit, how would you solve this problem?

Change the mc-ae is on qfx1 to 1

Configure a system-id on qfx1 that is different from the system-id on qfx2

Change the mc-ae is on qfx1 to 1

Configure status-control on qfx2 to active

Change the chassis on qfx1 to 1

You are asked to design a deployment plan for a large number of QFX Series switches using ZTP. The ZTP deployment plan must ensure all switches are configured with their designated configuration file.Which DHCP option and subscription combination would be used to accomplish this task?

DHCP option 43 a suboption of 01.

DHCP option 43 a suboption of 00.

DHCP option 66 a suboption of 01.

DHCP option 66 a suboption of 00.

DHCP option 43 a suboption of 01.

Referring to the exhibit, Host 1 and Host 3 have exchanged traffic. In this scenario, which statement is true?

Leaf 2 learn Host 1's MAC address when Host 3 learns Host 1's MAC address.

Leaf 2 learn Host 1's MAC address through periodic updates from Spine 2

Leaf 2 learn Host 1's MAC address when Host 3 learns Host 1's MAC address.

Leaf 2 learn Host 1's MAC address when Leaf 1 queries Host 1.

Leaf 2 does not learn Host 1's MAC address until Host1 and Host2 send traffic to each other

You are designing an EBGP IP fabric for a multi-side data center. In this scenario, which two statements are true? (Choose two.)

The same AS number should be used on all devices across all data centers.

Private AS numbers can be used.

The same AS number should be used on all devices across all data centers.

Different AS numbers should be used on all devices.

Private AS numbers can be used.

You are asked to deploy 20 QFX Series devices using ZTP Each QFX5 100 requires FTP server. In this scenario, which two component must you configure on the DHCP Server? (Choose two.)

The IP address of the FTP server

The MAC address of each FTP QFX5100

The MAC address of the FTP server

The IP address of the FTP server

The MAC address of each QFX5100

The MAC address of each FTP QFX5100

What are three advantages of using MPLS for data center interconnects? (Choose two.)

Dedicated MPLS backbones for Layer 1 and Layer 3 DCIs

Dedicated connections between customer sites

You want to ensure high availability of the Junos devices in your data center. In this scenario, which three features would accomplish this task? (Choose three.)

Virtual Router Redundancy protocol

graceful Routing Engine switchover

Multiple Spanning Tree Protocol

Virtual Router Redundancy protocol

graceful Routing Engine switchover

A VXLAN adds 50 to 54 bytes of extra header information to an Ethernet frame. In this scenario, how would you accommodate this increased?

Increase the MTU on the Physical interface connected to the VXLAN network.

Increase the MTU on the VTEP interface connected to the VXLAN network

Decrease the number VXLANs used

Juniper JN0-682 Practice Test 2 - Free Online Exam Prep & Questions

Referring to the exhibit, which statement is correct?

Juniper JN0-682 image Question 41 51201 09182024211347000000

Leaf1 has not learned any MAC addresses

Leaf3 is the remote tunnel endpoint.

One tunnel is servicing multiple VLANs

Spanning Tree Protocol is disabled

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