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Juniper JN0-364 Exam Syllabus Topics:

Section	Objectives
Border Gateway Protocol (BGP)	- Identify the concepts, operation, or functionality of BGP 1. Route selection process 2. IBGP and EBGP functionality and interaction 3. BGP basic operation 4. BGP message types 5. Attributes 6. BGP route reflection and confederations - Demonstrate knowledge of how to configure, monitor, or troubleshoot BGP 1. Peers and peer groups 2. Routing policy application 3. Troubleshooting tools
Spanning Tree Protocols	- Demonstrate knowledge of how to configure, monitor, or troubleshoot Spanning Tree Protocols 1. RSTP 2. MSTP 3. STP 4. VSTP - Identify the concepts, operation, or functionality of STP 1. RSTP 2. MSTP 3. STP 4. VSTP
Layer 2 Bridging or VLANs	- Demonstrate knowledge of how to configure, monitor, or troubleshoot Layer 2 bridging or VLANs 1. IRB 2. Provider bridging 3. Interfaces and ports 4. VLANs - Identify the concepts, operation, or functionality of Layer 2 bridging for the Junos OS 1. Service provider switching platforms 2. Frame processing 3. Virtual Switches 4. Bridging elements and terminology 5. Provider bridging (Q-in-Q tunneling) - Identify the concepts, benefits, or functionality of VLANs 1. Port modes 2. Tagging 3. Integrated Routing and Bridging (IRB)
Multiprotocol Label Switching (MPLS)	- Identify the concepts, operation, or functionality of MPLS CoS processing on Junos devices 1. MPLS terminology 2. MPLS packet header 3. LDP 4. Segment routing with MPLS 5. RSVP 6. End-to-end packet flow and forwarding 7. Labels and the label information base 8. MPLS and routing tables - Demonstrate knowledge of how to configure, monitor, or troubleshoot MPLS 1. LDP-signaled Label-Switched Paths (LSPs) 2. MPLS forwarding 3. RSVP-signaled Label-Switched Paths (LSPs) 4. Shortest path segment-routing LSPs
IPv6	- Demonstrate knowledge of how to configure, monitor, or troubleshoot IPv6 - Identify the concepts, operation, or functionality of IPv6 1. IPv6 over IPv4 tunneling 2. Static routes 3. Dynamic routing - OSPFv3, IS-IS, BGP
Protocol-Independent Routing	- Identify the concepts, operation, or functionality of various protocol-independent routing components 1. Filter-based forwarding 2. Routing instances, including routing information base (RIB) (also known as routing table) group 3. Static, aggregate, and generated routes 4. Load balancing 5. Martian addresses - Demonstrate knowledge of how to configure, monitor, or troubleshoot various protocol-independent routing components 1. Filter-based forwarding 2. Static, aggregate, and generated routes 3. Load balancing
Intermediate System to Intermediate System (IS-IS)	- Identify the concepts, operation, or functionality of IS-IS 1. Metrics 2. IS-IS protocol data units (PDUs) 3. Adjacencies and neighbors 4. Link-state database 5. Levels and areas 6. Type, length, values (TLVs) 7. Designated intermediate system (DIS) - Demonstrate knowledge of how to configure, monitor, or troubleshoot IS-IS 1. Routing policy application 2. Troubleshooting tools 3. Interfaces and adjacencies
Open Shortest Path First (OSPF)	- Identify the concepts, operation, or functionality of OSPF 1. OSPF packet types 2. Link-state advertisement (LSA) packet type 3. Router ID 4. Adjacencies and neighbors 5. Link-state database 6. OSPF area and router types 7. Designated router and backup designated router - Demonstrate knowledge of how to configure, monitor, or troubleshoot OSPF 1. Interfaces and neighbor 2. Routing policy application 3. Troubleshooting tools

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Juniper Service Provider Routing and Switching, Specialist (JNCIS-SP) Sample Questions (Q110-Q115):

NEW QUESTION # 110
Click the Exhibit button.

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

A. The ge-0/08, ge-0/0/9, and ge-0/0/11 interfaces are using the default interface priority.
B. The switch1 device is using VSTP.
C. The switch1 device is the root bridge.
D. The bridge priority for switch 1 is 32k.

Answer: C,D

Explanation:
All listed ports are in the designated role and forwarding state, and the designated bridge ID shown matches the local bridge ID, which indicates the device is acting as the root bridge for this spanning-tree instance.
The bridge ID begins with 32768, which corresponds to the default bridge priority of 32,768 (32k).

NEW QUESTION # 111
Exhibit:

Referring to the exhibit, you have configured R1, R2, R3, and R4 to be a part of OSPF area 0 and you have connected them to a broadcast segment. Assuming all four routers come online within one minute of each other, which router becomes the DR and which router becomes the BDR?

A. R1 is the DR and R4 is the BDR
B. R1 is the DR and R2 is the BDR
C. R4 is the DR and R1 is the BDR
D. R4 is the DR and R3 is the BDR

Answer: B

Explanation:
In OSPF networks, when multiple routers are connected to a shared multi-access broadcast segment (like an Ethernet switch), they undergo an election process to select aDesignated Router (DR)and aBackup Designated Router (BDR). This mechanism is essential for reducing the number of adjacencies and limiting the volume of Link State Advertisement (LSA) flooding on the segment.
The OSPF election process follows a strict hierarchy based on the following criteria:
* Interface Priority:The router with the highest OSPF interface priority is elected as the DR. The router with the second-highest priority becomes the BDR. In Junos, the default priority is 128, but it can be manually configured between 0 and 255.
* Router ID:If there is a tie in priority, the router with the numerically highest Router ID (RID) wins the election.
Analyzing the configuration provided in the exhibit:
* R1:Priority 200, Router-ID 192.168.1.1
* R2:Priority 100, Router-ID 192.168.1.2
* R3:Priority 50, Router-ID 192.168.1.3
* R4:Priority 90, Router-ID 192.168.1.4
Comparing the priority values,R1 has the highest priority (200)and therefore becomes theDR. The next highest priority value among the remaining routers is100, which belongs to R2, making it theBDR. Although R4 has a higher Router ID than R2, the priority value is evaluated first and takes precedence.
Since all routers came online within a short window (one minute), they participate in the same election cycle, ensuring the configured priorities dictate the outcome rather than "first-come, first-served" preemption behavior common in OSPF once a DR is already established.

NEW QUESTION # 112
A service provider receives multiple BGP routes to the same destination prefix. Each route has a different AS path length, but all other attributes are equal.
In this scenario, which statement is correct?

A. The route with the shortest AS path will be selected.
B. The route with the longest AS path will be selected.
C. Both routes will be used to forward traffic.
D. The active route will be randomly selected.

Answer: A

Explanation:
When multiple BGP routes to the same destination have identical attributes except for the AS path length, the BGP best-path selection process prefers the route with the shortest AS path. A shorter AS path indicates a potentially more direct path to the destination and is therefore chosen as the active route.

NEW QUESTION # 113
Which statement describes integrated routing and bridging (IRB) interfaces?

A. An IRB interface assigns interfaces to VLANs.
B. An IRB interface enables Layer 2 switching on the router.
C. An IRB interface Is an IP gateway For hosts of a bridge domain.
D. An IRB interface defines a bridge domain.

Answer: C

Explanation:
An Integrated Routing and Bridging (IRB) interface is used to provide Layer 3 routing services to hosts within a bridge domain. The IRB acts as a default gateway for hosts in that domain, enabling communication with other networks.

NEW QUESTION # 114
You are deploying link aggregation groups. By default, what are two considerations in this scenario? (Choose two.)

A. Member links can reside on different members within an MC-LAG.
B. Member links are required to be contiguous ports.
C. There should only be four member links per LAG.
D. All the ports must have the same speed.

Answer: A,D

Explanation:
When deploying Link Aggregation Groups (LAGs), two key default considerations are:
All member ports must have the same speed. This ensures consistent performance and proper aggregation since mismatched speeds can cause issues in traffic distribution and link stability.
Member links can reside on different members within a Multi-Chassis LAG (MC-LAG). MC-LAG allows member links of the aggregation group to be spread across different physical chassis, providing redundancy and load sharing across devices.

NEW QUESTION # 115
......

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