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Juniper JN0-683 Exam Overview:

Certification Vendor:Juniper Networks
Exam Name:JNCIP-DC Data Center, Professional
Exam Number:JN0-683
Exam Format:Scenario-based questions, Multiple choice
Related Certifications:JNCIS-DC
JNCIE-DC
Exam Price:Approximately $300 USD (varies by region)
Exam Duration:90 minutes
Real Exam Qty:Approximately 65 questions
Certificate Validity Period:3 years
Passing Score:Scaled score (not publicly fixed)
Available Languages:English
Recommended Training:Data Center, Professional (JNCIP-DC) Training Path
Juniper Networks Training & Certification
Exam Registration:Juniper Certification Portal
Pearson VUE Exam Registration
Sample Questions:Juniper JN0-683 Sample Questions
Exam Way:Delivered via Pearson VUE (online proctored or authorized testing centers)
Pre Condition:Recommended prior certification: JNCIS-DC or equivalent data center networking experience
Official Syllabus URL:https://www.juniper.net/us/en/training/certification.html

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Juniper JN0-683 Exam Syllabus Topics:

TopicDetails
Topic 1
  • EVPN-VXLAN Signaling: This section assesses an understanding of Ethernet VPN (EVPN) concepts, including route types, multicast handling, and Multiprotocol BGP (MBGP). It also covers EVPN architectures like CRB and ERB, MAC learning, and symmetric routing.
Topic 2
  • Data Center Multitenancy and Security: This section tests knowledge of single-tenant and multitenant data center setups. Candidates such as Data Center Professionals are evaluated on ensuring tenant traffic isolation at both Layer 2 and Layer 3 levels in shared infrastructure environments.
Topic 3
  • Data Center Deployment and Management: This section assesses the expertise of data center networking professionals like architects and engineers, focusing on key deployment concepts. Topics include Zero-touch provisioning (ZTP), which automates device setup in data centers without manual input.

Juniper Data Center, Professional (JNCIP-DC) Sample Questions (Q95-Q100):

NEW QUESTION # 95
You are deploying a solution to monitor your data center devices' interface RX statistics. The solution should be a push-based model. Which solution will accomplish this behavior?

Answer: A

Explanation:
Junos Telemetry Interface supports a streaming telemetry model in which devices push operational statistics, such as interface RX counters, to a collector in real time. This provides a push-based monitoring mechanism rather than relying on periodic polling.


NEW QUESTION # 96
You want to employ micro-segmentation within a given VRF to isolate VXLAN traffic from some networks. How would you accomplish this task?

Answer: B

Explanation:
Micro-segmentation within a VRF is achieved by enforcing traffic isolation and policy control at a granular level inside the broadcast domain. Firewall filters allow you to selectively permit or deny VXLAN-encapsulated or tenant traffic between specific endpoints or subnets within the same VRF, providing the required intra-VRF isolation without altering route distribution.


NEW QUESTION # 97
Exhibit.

A VXLAN tunnel has been created between leaf1and Ieaf2 in your data center. Referring to the exhibit, which statement is correct?

Answer: B

Explanation:
* Understanding VXLAN Tunneling:
* VXLAN (Virtual Extensible LAN) is a network virtualization technology that addresses the scalability issues associated with traditional VLANs. VXLAN encapsulates Ethernet frames in UDP, allowing Layer 2 connectivity to extend across Layer 3 networks.
* Each VXLAN network is identified by a unique VXLAN Network Identifier (VNI). In this exhibit, we have two VNIs, 5100 and 5200, assigned to the VXLAN tunnels between leaf1 and leaf2.
* Network Setup Details:
* Leaf1:Connected to Server1 with VLAN ID 100 and associated with VNI 5100.
* Leaf2:Connected to Server2 with VLAN ID 200 and associated with VNI 5200.
* Spine:Acts as the interconnect between leaf switches.
* Traffic Flow Analysis:
* When traffic is sent from Server1 to Server2, it is initially tagged with VLAN ID 100 on leaf1.
* The traffic is encapsulated into a VXLAN packet with VNI 5100 on leaf1.
* The packet is then sent across the network (via the spine) to leaf2.
* On leaf2, the VXLAN header is removed, and the original Ethernet frame is decapsulated.
* Leaf2 will then associate this traffic with VLAN ID 200 before forwarding it to Server2.
* Correct Interpretation of the Exhibit:
* The traffic originating from Server1, which is tagged with VLAN ID 100, will be encapsulated into VXLAN and transmitted to leaf2.
* Upon arrival at leaf2, it will be decapsulated, and since it is associated with VNI 5200 on leaf2, the traffic will be retagged with VLAN ID 200.
* Therefore, the traffic will reach Server2 tagged with VLAN ID 200, which matches the network configuration shown in the exhibit.
* Data Center References:
* This configuration is typical in data centers using VXLAN for network virtualization. It allows isolated Layer 2 segments (VLANs) to be stretched across Layer 3 boundaries while maintaining distinct VLAN IDs at each site.
* This approach is efficient for scaling large data center networks while avoiding VLAN ID exhaustion and enabling easier segmentation.
In summary, the correct behavior, as per the exhibit and the detailed explanation, is that traffic sent from Server1 will be tagged with VLAN ID 200 when it reaches Server2 via leaf2. This ensures proper traffic segmentation and handling across the VXLAN-enabled data center network.


NEW QUESTION # 98
Why is a designated forwarder required in a multihomed CE-to-PE VXLAN environment using EVPN signalling?

Answer: D


NEW QUESTION # 99
Exhibit.

You have implemented an EVPN-VXLAN data center. Device served must be able to communicate with device server2.
Referring to the exhibit, which two statements are correct? (Choose two.)

Answer: B,D


NEW QUESTION # 100
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