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Juniper JN0-106 Exam Syllabus Topics:

TopicDetails
Topic 1
  • Routing Policy and Firewall Filters: Covers how to control traffic flow on Junos devices using routing policies and firewall filters, including policy structure, match criteria, filter actions, and unicast RPF.
Topic 2
  • User Interfaces: Covers how to navigate and use the Junos CLI and J-Web interface, including configuration management, output filtering, and working with active versus candidate configurations.
Topic 3
  • Routing Fundamentals: Covers core routing concepts on Junos devices, including routing and forwarding tables, route preference, static routing, routing instances, and an introduction to dynamic routing protocols.
Topic 4
  • Networking Fundamentals: Covers core networking concepts including IP addressing, subnetting, Layer 2
  • 3 operations, routing basics, and protocol types essential for understanding how networks function.
Topic 5
  • Configuration Basics: Covers the essential steps for configuring a Junos device from factory default, including user accounts, interfaces, authentication, system services like NTP and SNMP, and configuration archival.
Topic 6
  • Junos OS Fundamentals: Covers the architecture of Junos OS, focusing on the separation of control and forwarding planes and how traffic is processed by the routing and packet-forwarding engines.

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Juniper Junos, Associate (JNCIA-Junos) Sample Questions (Q11-Q16):

NEW QUESTION # 11
Your team alerts you that users connected to ge-0/0/5 are experiencing intermittent slowness. You log in to the switch and want to see live, real-time traffic updates for that interface to determine whether the link is being over-utilized. Which monitoring command should you use in this scenario?

Answer: D


NEW QUESTION # 12
What is the primary purpose of an IPv6 link-local address?

Answer: A

Explanation:
IPv6 link-local addresses, which are identified by the fe80::/10 prefix, are a mandatory component of the IPv6 architecture. The primary purpose of a link-local address is to enable immediate communication between devices located on the same local network segment (the same " link " ) without the requirement for a global unicast address or an external routing infrastructure. These addresses are non-routable, meaning they are never forwarded by a router to another network segment.
Every IPv6-enabled interface on a Junos device automatically generates a link-local address, typically derived from the interface ' s MAC address using the EUI-64 format or a stable privacy algorithm. These addresses are essential for several core functions: they are used by the Neighbor Discovery Protocol (NDP) to resolve MAC addresses, they serve as the source address for routing protocol adjacency formation (such as OSPFv3 or RIPng), and they are frequently used as the next-hop address in IPv6 routing tables. While they do not provide Layer 2 connectivity themselves (which is the role of the MAC address), they provide the necessary Layer 3 link-level presence required for nodes to discover one another and communicate across the physical medium before any global addressing is configured.
Reference: Networking Fundamentals, IPv6 Addressing and Link-Local Scope.


NEW QUESTION # 13
You power on a new MX Series router for the first time and connect to the console. You notice that no transit interfaces are passing traffic. In this scenario, which statement is correct?

Answer: C

Explanation:
When you initially unbox and power on a Juniper MX Series router, it loads a factory-default configuration
. Unlike some consumer-grade or lower-end enterprise switches that might have all ports active in a default VLAN, high-performance routers like the MX Series prioritize security and intentionality. In the factory- default state, the transit interfaces are not configured .
While the physical hardware interfaces (such as ge-0/0/0 or xe-0/1/0) are detected by the Junos kernel, they lack any logical unit or protocol family definitions (like family inet or family inet6). Without a logical unit- even a simple unit 0-the Packet Forwarding Engine (PFE) will not accept or forward any traffic arriving on those ports. Furthermore, as discussed in previous questions, the device is essentially in a " locked " state; you cannot even commit new changes to enable these interfaces until you have defined a root-authentication password. This " blank slate " approach ensures that no traffic accidentally flows through a newly installed provider-edge device until an architect has explicitly defined the routing policies, firewall filters, and interface parameters required for the specific network environment. To begin passing traffic, you must manually define the logical units and assign the appropriate IP addresses or switching parameters to each interface.
Reference: Configuration Basics, Initial Configuration, Factory Default Settings.


NEW QUESTION # 14
Which two addresses are included in an Ethernet frame header? (Choose two.)

Answer: B,D

Explanation:
An Ethernet frame header includes the source MAC address (B) and the destination MAC address (D). These addresses are used to deliver the frame from one Ethernet device to another directly connected Ethernet device on the same network segment. Ethernet frames do not include IP addresses, as those are part of the IP packet encapsulated within the Ethernet frame.


NEW QUESTION # 15
Which two statements are true about the firewall filter configuration shown in the exhibit? (Choose two.)

Answer: C,D

Explanation:
The exhibit illustrates the configuration of a firewall filter named mgmt_fill and its subsequent application to an interface. The first true statement is that the filter is applied to a physical interface . The configuration shows the filter attached to me0 , which in Junos nomenclature represents the Management Ethernet port-a dedicated physical port for out-of-band management traffic. This is separate from logical or virtual interfaces, as me0 provides the physical link for administrative access.
The second true statement is that the filter evaluates SSH packets egressing from the management interface . In the provided snippet, term t1 specifically matches the destination-port ssh , and the filter is applied to the interface unit. When a filter is applied to an interface, it can monitor traffic entering or leaving the device. Furthermore, the filter utilizes a count action (count c1), which is a non-terminating action used to provide telemetry on specific traffic types passing through that physical port. There is no mention of a syslog or log action in the configuration, meaning that while packets are counted, they are not being written to the system log files. This configuration is a standard method for hardening the management plane and tracking administrative session activity on the Routing Engine. Reference: Routing Policy and Firewall Filters, Firewall Filter Actions, Management Interfaces.


NEW QUESTION # 16
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