To begin preparing for the JN0-363 Service Provider Routing and Switching exam, it’s a good idea to understand the importance of the study guide and curriculum for the Juniper JN0-363 certification test. This study guide aims to help you become familiar with Juniper and comprehend the format of the JN0-363 Service Provider Routing and Switching exam.

To help you assess your capacity to prepare for the Juniper JNCIS-SP exam by determining prerequisite areas of expertise, our team of experts has put together this Juniper JN0-363 exam preparation guide. It includes an overview of the JN0-363 Service Provider Routing and Switching exam, instructional materials, a mock practice exam, and ways to comprehend the JN0-363 Service Provider Routing and Switching exam objectives.

To find out what questions will be asked and how hard the JN0-363 Service Provider Routing and Switching Exam may be, we advise you to look through the practice test and simulation questions in this book.

Continue reading and exploring if you want to know more details about this fantastic JN0-363 Service Provider Routing and Switching exam in 2024.

 

What is the Juniper JN0-363 Exam?

You may show that you have a solid grasp of both Juniper Networks’ service supplier routing & switching systems and networking technologies in general by completing the JN0-363 Service Provider Routing and Switching course. The specialist-level certification in this track, JNCIS-SP, is intended for networking professionals with a basic to intermediate understanding of Junos JN0-363 routing and switching systems. Your fundamental knowledge of routing and switching technologies, as well as your proficiency with relevant platform configuration and troubleshooting, are validated by the written test.

Routing procedures, multiprotocol label shifting, Layer 2 and Layer 3 virtual private networks (VPNs) multicast, and high availability strategies are just a few topics covered in the JN0-363 Service Provider Routing and Switching exam. By completing this test, they demonstrate their grasp of complex ideas like traffic engineering, VPLS, OSPF, and BGP.

With this accreditation, people may set themselves apart in the fiercely competitive service provider market. The JN0-363 Service Provider Routing and Switching exam gives candidates the skills they want to succeed in the service provider industry, whether they are employed or hope to do so in the future.

Candidates can ace the JN0-363 Service Provider Routing and Switching exam and improve their reputations as routing and switching specialists for service providers with careful preparation.

 

Juniper JN0-363 Exam Domains

Here are the Juniper JNIC JN0 363 exam domains you must follow and add to your preparation strategy before taking the actual exam in 2024:

 

1. Routing That Is Independent of Protocol

 

• Determine the principles, methods, or features of the different protocol-independent routing elements:

 

• Static routes, aggregate, and produced
• Martian correspondence
• Routing examples, such as the routing information base (RIB) group (also referred to as the routing table)
• balancing loads
• Forwarding based on filters

Show that you understand how to set up, check on, or debug different protocol-independent routing elements:

• Static routes, aggregate, and produced
• balancing loads
• Forwarding based on filters

 

2. First, open the shortest path (OSPF)

 

• Determine the principles, methods, or features of OSPF:

 

• Database with links
• kinds of OSPF packets
• Router ID Neighbors and Proximity
• OSPF area, router kinds, designated routers, and backup selected router
• Type of packet for link-state advertisements (LSAs)

Show that you understand how to set up, keep an eye on, or troubleshoot OSPF: regions, interfaces, and neighbors:

• Extra fundamental choices
• Application of routing policies
• Tools for troubleshooting

 

3. Transitional System to Transitional System (IS-IS)

 

• Determine the ideas, methods, or features of IS-IS:

 

• Database with links
• PDUs, or IS-IS protocol information units
• Values, type, and length (TLVs)
• Neighbors and Proximity
• Areas and Levels
• system designated as an intermediary (DIS)
• Measures

Show that you understand how to monitor, set up, and debug IS-IS:

• Interfaces, levels, and proximity
• Extra fundamental choices
• Application of routing policies
• Tools for debugging

 

4. Protocol for Border Gateways (BGP)

 

• Determine the ideas, methods, or features of BGP:

 

• Basic BGP functionality
• BGP message formats
• Qualities
• Process of choosing a route or path
• Functionality and interaction of both internal and external BGP (IBGP and EBGP)

Show that you understand how to set up, check, or debug BGP:

• Peers and groups
• Extra fundamental choices
• Application of routing policies

 

5. VLANs or Layer 2 Bridging

 

• Determine the principles, methods, or features of Layer 2 bridging for the Junos operating system:

 

• Platforms for transferring service providers
• Connecting the dots between terms and components
• handling of frames
• Digital Switches
• A bridge between providers (Q-in-Q tunneling)
• Determine the principles, advantages, or features of VLANs:
• Modes of port
• Integrating Routing and Bridging (IRB) Tagging

Show that you understand how to set up, keep an eye on, or debug VLANs or Layer 2 bridging:

• Ports and connections
• VLANs IRB Bridge Provider

 

6. Cross-Tree Procedures

 

• Determine the principles, advantages, modes of operation, or functionalities of the Spanning Tree Protocol and its modifications:

 

• Concepts related to Multiple Spanning Tree Protocols (MSTP), VLAN Spanning Tree Protocols (VSTP), Rapid Spanning Tree Protocol (RSTP), and Spanning Tree Protocol (STP)
• States and responsibilities of ports
• Data Units for the Bridge Protocol (BPDUs)
• Convergence and regression
• Security spanning trees

Show that you understand how to set up, track, or debug STP and its variations.

• Protocols that span trees (STP, RSTP, MSTP, VSTP)
• BPDU, root, and loop defense

 

7. Label switching using multi protocols (MPLS)

 

• Determine the principles, methods, or features of MPLS:

 

• Terminology used in MPLS
• MPLS header in a packet
• packet flow and relaying from end to end
• The label database of information and labels
• Routing tables and MPLS
• Please RSVP
• LDP
• routing segments

Show that you understand how to set up, maintain, or troubleshoot MPLS:

• MPLS routing
• Signed RSVP and LDP Label-Switched Pathways (LSPs)

 

8. IPv6

 

• Determine the ideas, methods, or features of IPv6:

 

• IPv4 vs IPv6
• Format, note-taking, and address kinds
• Talk about scopes
• Configuration automatically

Show that you understand how to monitor, adjust, and troubleshoot IPv6:

• The interfaces
• Static routes
• routing that is dynamic (OSPFv3, IS-IS, BGP)
• IPv6 tunnelling over IPv4

 

9. Tunnels

 

• Determine the principles, specifications, or features of IP tunneling:

 

• Applications and considerations for tunneling
• Encapsulating generic routing (GRE)

Show that you understand how to set up, maintain, or debug IP tunnels:

• GRE

 

10. Elevated Availability

 

• Determine the principles, advantages, uses, or specifications of high availability:

 

• Multi-chassis LAGs (MC-LAGs) and link consolidation groups (LAGs)
• Graceful restart (GR)
• Switching between graceful routing engines (GRES)
• Bridging in real-time (NSB)
• Continuous active routing
• Bidirectional forwarding detection (BFD)
• Protocol for Virtual Router Redundancy (VRRP)
• Upgrades to Unified In-Service Software (ISSU)

Show that you understand how to set up, keep an eye on, or troubleshoot high-availability components.

• LAG

  (gentle restart)

• GRES (global router redundancy protocol), NSB, and NSR

 

Juniper JN0-363 Exam Details

Here are the details for the Juniper JN0 363 exam you must know if you are interested in taking this exam in 2024:

 

• Exam Name: Administering Windows Server Hybrid Core Infrastructure
• Exam Code: AZ-363
• Number of Questions: 65
• Exam Duration: 90 minutes
• Passing Score: 60-70 %
• Exam Price: $300

 

Creative Methods for Getting Ready for and Passing the Juniper JN0-363 JNCIS-SP Exam

You must adhere to specific guidelines to effectively pass the Juniper JN0-363 test. The following advice will help you do well on the test:

 

1. Acquaint yourself with the JN0-363 JNCIS-SP Exam Specifics.

Prioritizing lifetime learning and practical skills is essential when preparing for the JN0-363 JNCIS-SP test. However, it won’t be simple to learn and practice well till you realize what you’re entering into. You can find all the information you need to guide yourself through this preparation process on the official Juniper test website.

 

2. Acquire Reference Materials

Understanding the format of the JN0-363 Service Provider Routing and Switching exam is insufficient. Locate the relevant study materials for in-depth learning after you have examined the test specifics. Start at the official webpage for Juniper.

 

3. Establish a Study Plan to Help You with Your Planning

You provide yourself the capacity to maximize the time allotted for preparing for the JN0-363 Service Provider Routing and Switching exam by making a plan of action. You can follow a study plan to determine what to study and when. You won’t be preoccupied with unimportant stuff in this situation. Study the JN0 363 Service Provider Routing and Switching exam dumps to pass quickly.

 

 

4. Take the JNCIS-SP JN0 363 Practice Test,

Practice is essential to assess how well you have understood the exam’s material. JN0-363 Service Provider Routing and Switching exam dumps will be helpful in this situation. You can find your areas of strength and weakness by taking practice exams. You can use them to verify your knowledge in areas lacking depth.

 

Juniper JN0-363 JNCIS-SP Exam Sample Questions

Here are the sample questions for the Juniper JN0-636 exam you must practice before buying our JN0-363 Service Provider Routing and Switching exam dumps:

 

Question 1:

In your MPLS network, you are putting traffic engineering into practice. You have to make sure that your network is traversed using MPLS routes. Your solution shouldn’t impact IGP routes in your routing tables.

Which traffic engineering configuration will provide this outcome in this case?

1. Both ribs (bgp-igp)
2. forwarding thru Mpls
3. BGP-IGP
4. BGP

 

Question 2:

When a Junos device connects to an Ethernet LAN, how does it learn about MAC addresses?

1. The device sends A network multicast message to all devices on the network, requesting their MAC addresses. It then saves this data with the interface from which the response was obtained.
2. The device broadcasts a network message to gather the MAC addresses and device counts of every device connected to the network. It then saves this data with the interface from which the answer was received.
3. The device records the interface from which the communication originated and the final destination MAC addresses it learns from network traffic.
4. The device records the interface from which the data flow originated and the source MAC addresses it discovers from network traffic.

 

Question 3:

Which of the following statements accurately summarizes what should happen on a Junos device with two Routing Engines (REs) if the primary RE fails?

Select two.

1. When the Packet Forwarding Engine (PFE) resumes, the backup RE will take over as the master role.
2. The backup RE will instantly take up the master role.
3. The new master RE sets necessary adjacencies depending on the settings and resumes the routing protocol process (RPD).
4. The newly appointed master RE upholds the protocol adjacencies first set by the outgoing master RE.

 

Question 4:

The hosts on the 10.10.10.0/24 network will have access to Server2 (10.0.0.2) thanks to the routing instance you built, vr3.

Which command would you use to check for a connection between VR3 and Server2?

10. Ping 10.0.0.2 count 5 for user@router1>
11. ping 10.0.0.2 count 5 for user@vr3>
12. ping 10.0.0.2 count 5 source for user@vr3> 10.10.10.1
13. ping 10.0.0.2 routing-instance vr3 count 5 user@router1>

 

Question 5:

You are setting up a new customer’s MC-LAG connection at the perimeter of your network. According to this solution, traffic forwarding between the two networks must make use of all available links.

Which of these two assertions about the situation is true? Select two.

1. The ICL interface will be used for transit communication transmitted between the two PE devices.
2. When establishing the MC-LAG bundle, you have to utilize the active/active mode.
3. When defining the MC-LAG bundle, active/standby mode must be utilized.
4. The member interfaces of the bundle will be used to transfer transit traffic between the two PE devices.

 

Conclusion

You may show that you have a solid grasp of Juniper Networks’ service provider routing & switching platforms & networking technologies in general by completing the Service Provider Routing and Switching course. The specialist-level certification in this track, JN0-363 Service Provider Routing and Switching exam, is intended for networking experts with a basic to transitional understanding of Junos routing and switching systems. Your proficiency with fundamental routing and switching technologies and related platform setup and repair techniques is validated by the written JN0-363 Service Provider Routing and Switching exam.

Doing a comprehensive study gives you the assistance you need to properly prepare for the JN0-363 Service Provider Routing and Switching exam. Therefore, read this article thoroughly to find out what has to be done before you start. You won’t miss anything with the aid of the official Juniper homepage for this test. Pass your JN0-363 exam by utilizing study materials, practice exams, and suggested training and study guides in your strategy!

 

FAQs (Frequently Asked Questions)

 

What is the Juniper JN0-363 Exam?

For IT professionals looking to certify in service provider routing & switching technologies, there is a thorough curriculum called JN0 363 Exam. The JN0 363 Service Provider Routing and Switching exam certificate requires candidates to demonstrate their expertise in developing, deploying, and troubleshooting advanced networking technologies in a service provider environment. Passing this exam is a precondition for obtaining this credential.

 

How Many Questions Are There in the JN0 363 Exam?

There are 65 questions in the JN0-363 exam, and you have 90 minutes to finish all the answers. Moreover, you must score 60 to 70% marks to pass this exam.

 

What is the fee for taking the Juniper JN0 363 Exam?

The total cost for taking the Juniper JN0-363 Service Provider Routing and Switching exam is $300.