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In today's complex and interconnected world, the field of network engineering is no longer dominated by a single vendor. While certain manufacturers have historically held a majority of the market share, modern enterprise and service provider networks are increasingly heterogeneous. Organizations are actively adopting multi-vendor strategies to avoid vendor lock-in, leverage the specific strengths of different platforms, and optimize costs. This shift has created a significant demand for network professionals who are not just experts in one operating system, but are versatile and adaptable enough to work across multiple platforms.
For a networking professional, being proficient in more than one vendor's ecosystem is a powerful career differentiator. It demonstrates a deeper understanding of networking fundamentals, as you learn to separate core protocols and concepts from vendor-specific implementations. It makes you a more valuable asset to your current employer and vastly more marketable to a wider range of potential employers. This is the primary motivation for many experienced engineers to step outside their comfort zone and learn a new network operating system, a journey that often begins with a foundational certification like the JNCIA-Junos.
At the heart of the Juniper networking portfolio is its powerful and robust network operating system, known as Junos OS. Unlike some competitors who maintain different operating systems for their various product lines (such as routing, switching, and security), this vendor has standardized on a single, cohesive OS across nearly all its hardware. This means that an engineer who learns Junos on a small branch office router can apply that same knowledge to a massive core router, a data center switch, or a next-generation firewall. This consistency is a cornerstone of the Junos philosophy.
The Junos OS is built on a foundation of open-source software, most notably the FreeBSD operating system. This provides a stable and highly reliable base. The architecture of Junos is deliberately modular, with different processes running in protected memory spaces. This means that a failure in one process, such as the management interface, is less likely to affect other critical processes like the routing protocol daemon. This design philosophy contributes to the high levels of stability and uptime for which the platform is known, making it a popular choice in mission-critical service provider and enterprise networks.
The decision to use a single operating system across all platforms has profound benefits for both individual engineers and the organizations that employ them. For the engineer, the learning curve is significantly streamlined. The command-line interface (CLI), the configuration hierarchy, and the operational commands are consistent whether you are configuring a simple static route or a complex BGP policy. This allows for the rapid transfer of skills from one device type to another, fostering a deeper and more holistic understanding of the entire network ecosystem.
For an organization, this consistency simplifies network management and reduces operational overhead. Training costs are lower because engineers do not need to learn multiple distinct operating systems. Network automation efforts are more straightforward because a single set of scripts and tools can be used to manage a wide variety of devices. This unified approach also leads to more predictable network behavior and simplifies troubleshooting, as engineers can rely on a consistent set of tools and commands to diagnose issues anywhere in the network. The JNCIA-Junos certification is the first step in mastering this powerful and consistent environment.
The Juniper Networks Certified Associate - Junos (JNCIA-Junos) is the entry-point certification in the vendor's certification program. It is designed to validate a candidate's fundamental understanding of the Junos OS. This certification serves as the prerequisite for almost all of the more advanced, specialized certification tracks, including Enterprise Routing and Switching, Service Provider Routing and Switching, and Data Center. It is the common foundation upon which all other Juniper certifications are built, ensuring that every certified professional has a solid grasp of the core operating system.
The JNCIA-Junos certification is not intended to be a comprehensive networking certification like a CCNA. Instead, its primary focus is on the software that powers the hardware. It validates that an individual has the knowledge and skills to work with the Junos OS, including navigating the CLI, performing basic configuration tasks, monitoring device status, and understanding the basic principles of routing and device maintenance on the Junos platform. It is the essential first credential for anyone beginning a journey with this specific vendor's technology.
The central purpose of the JNCIA-Junos exam is to ensure a baseline level of competency with the Junos operating system. It acts as a gatekeeper, verifying that a candidate understands the unique architecture, configuration model, and operational commands of Junos before they proceed to more complex topics. The exam is less about whether you know how OSPF works in theory, and more about whether you know how to configure, verify, and troubleshoot OSPF on a Junos device. This focus on the operating system itself is what distinguishes it from other associate-level networking exams.
By making the JNCIA-Junos a mandatory prerequisite, the vendor ensures a consistent and high-quality standard for its certified professionals. It prevents individuals from jumping into advanced topics without first mastering the fundamentals of the platform. This approach builds a strong foundation, ensuring that a specialist- or professional-level certified engineer has not only deep knowledge in their area of expertise but also a solid, common understanding of the underlying operating system that is shared by all other certified professionals in the ecosystem.
The JNCIA-Junos certification is suitable for a wide range of individuals. For those who are completely new to networking, it can serve as an accessible entry point, although it should be supplemented with broader networking knowledge. For students and recent graduates, it provides a valuable, industry-recognized credential that demonstrates familiarity with a major networking vendor. For IT professionals working in help desk or systems administration roles, it can be a stepping stone into a more focused network engineering career path.
However, a very large and important audience for the JNCIA-Junos certification is experienced network professionals who come from a background with other vendors. For these individuals, such as those holding Cisco certifications, the JNCIA-Junos is the most efficient way to learn the specifics of the Junos OS and officially validate their new skills. It helps them bridge the gap between their existing, vendor-neutral networking knowledge and the practical, hands-on skills required to operate in a multi-vendor environment that includes Juniper equipment.
The vendor's certification program is structured into several distinct tracks, each tailored to a specific area of networking technology. The most common tracks include Enterprise Routing and Switching, Service Provider Routing and Switching, and Data Center. Each of these tracks is tiered, starting with the Associate level (JNCIA), progressing to the Specialist level (JNCIS), then to the Professional level (JNCIP), and finally culminating in the prestigious Expert level (JNCIE). This clear, hierarchical structure provides a roadmap for career development.
What is unique about this structure is the role of the JNCIA-Junos certification. As the foundational exam, it serves as the entry point for multiple tracks. Passing the JNCIA-Junos unlocks the ability to pursue the Specialist-level exams in the Enterprise, Service Provider, and Data Center tracks. This makes the initial investment in studying for and passing the JNCIA-Junos highly efficient, as it opens up several potential career paths simultaneously, allowing a professional to choose their specialization after they have mastered the core fundamentals of the operating system.
Before dissecting the specific knowledge domains, it is important to understand the overall structure of the JNCIA-Junos exam. It is a 90-minute, 65-question multiple-choice test. The exam blueprint is publicly available from the certification provider and is broken down into six distinct sections, each with a specific weighting. These sections cover the most critical aspects of the Junos OS that a network professional needs to know for day-to-day operations. The questions are designed to test your practical knowledge and your ability to apply concepts in a real-world context.
A successful approach to preparing for the JNCIA-Junos exam involves a thorough review of each of these six domains. You should use the official exam blueprint as your primary study guide and checklist. By systematically working through each topic, you can ensure that you have covered all the required material and can confidently identify any areas where you might need additional study or hands-on practice. A deep understanding of these core areas is the key to passing the exam and building a solid foundation in the Junos OS.
This foundational domain covers the core concepts and architecture of the Junos operating system. A key topic within this section is the separation of the control plane and the forwarding plane. You will need to understand that the control plane, which runs on the Routing Engine (RE), is responsible for tasks like running routing protocols and managing the device. The forwarding plane, which runs on the Packet Forwarding Engine (PFE), is responsible for the high-speed transit of data packets through the device. This separation is a critical architectural feature that contributes to the platform's stability.
You will also be tested on the basic software architecture, including the modular nature of the OS where different functions run as independent daemons or processes. This section requires you to understand the flow of traffic through a Junos device, from ingress processing to route lookup and finally to egress processing. Grasping these fundamental architectural principles is essential, as they explain the "why" behind many of the Junos OS's behaviors and features that are covered in later sections of the JNCIA-Junos blueprint.
This section of the JNCIA-Junos blueprint focuses on the various ways a user can interact with a Junos device. The primary interface is, of course, the Command-Line Interface (CLI). You will need to have a deep familiarity with the CLI, including its different modes. A major concept here is the distinction between the operational mode, used for monitoring and troubleshooting, and the configuration mode, used for making changes to the device's configuration. This is a fundamental difference from many other network operating systems and is a heavily tested topic.
Beyond the CLI, this domain also covers other interface options. This includes the J-Web graphical user interface (GUI), which provides a web-based method for configuring and monitoring the device. You should be familiar with the basic functions and layout of J-Web. Additionally, the blueprint may touch upon programmatic interfaces like NETCONF and the use of automation tools. A thorough understanding of the CLI, particularly its modes and basic command structure, is the most critical component for success in this domain of the JNCIA-Junos exam.
This domain delves into the specifics of how to configure a Junos device. The most important concept here is the candidate vs. active configuration model. On a Junos device, when you enter configuration mode, you are editing a copy of the configuration, known as the candidate configuration. Your changes do not take effect on the live, running system (the active configuration) until you issue the commit command. This allows you to stage, review, and validate your changes before applying them, which is a powerful feature for preventing configuration errors.
You will need to know the basic commands for navigating the hierarchical configuration structure, making changes, and validating your work. This includes commands like set, delete, show, and commit check. Another key topic is the rescue configuration, which is a known-good configuration file that you can quickly roll back to in case of a problem. You will also need to understand how to load and save configuration files and how to use the rollback feature to revert to a previous configuration state. Mastery of this commit model is essential for the JNCIA-Junos.
A significant part of a network engineer's job is monitoring the health of the network and performing routine maintenance. This JNCIA-Junos exam domain covers the tools and commands used for these tasks. You will need to be proficient with a variety of show commands to check the status of the device, its interfaces, and the routing protocols. You should also be familiar with tools like ping, traceroute, and the monitor command for real-time traffic analysis and troubleshooting connectivity issues.
This section also includes device maintenance tasks. You will be expected to understand the processes for performing a software upgrade on a Junos device and for shutting down or rebooting the system safely. Knowledge of system logging (syslog) and how to configure it to send messages to a local file or a remote server is also required. Additionally, you should be familiar with network time protocol (NTP) for time synchronization and Simple Network Management Protocol (SNMP) for network monitoring, and know the basics of how to configure them on a Junos device.
While the JNCIA-Junos is not a deep routing certification, it does require you to understand the fundamentals of how routing works on the Junos platform. This domain covers the basic concepts of IP routing, including the purpose of a routing table and the difference between static and dynamic routing. You will need to know how to view the routing table on a Junos device and how to interpret the information it contains, such as the next-hop address, the preference value (administrative distance), and the protocol from which the route was learned.
You will be expected to know the syntax for configuring a basic static route. The concept of routing instances, which are essentially virtual routers within a single device, is also a key topic. You will need to understand the purpose of different routing tables within the Junos OS, such as the primary inet.0 table for IPv4 unicast routes. This domain is focused on ensuring you have the foundational knowledge of routing principles as they are implemented specifically within the context of the Junos operating system.
The final domain of the JNCIA-Junos blueprint introduces two of the most powerful features of the Junos OS: routing policy and firewall filters. Routing policy is the mechanism used to control the flow of routing information into and out of the device's routing table. You will need to understand the basic structure of a routing policy, which consists of terms that contain from (match conditions) and then (actions) statements. You should be familiar with the default policies for protocols like BGP and OSPF (e.g., BGP exports only active routes).
Firewall filters are stateless access control lists that are used to filter traffic passing through the device. Similar to routing policies, they are composed of terms with match conditions and actions. You will need to know how to configure a basic firewall filter to permit or deny traffic based on source and destination IP addresses or protocols. You should also understand how to apply these filters to an interface in either the inbound or outbound direction. This domain tests your ability to implement basic traffic control on a Junos device.
One of the most compelling aspects of starting your journey with the JNCIA-Junos is the wealth of high-quality, free study material provided directly by the vendor. The company has a dedicated learning portal that offers a comprehensive digital course library for all JNCIA-level certifications, including the JNCIA-Junos. These resources are designed to cover all the topics on the exam blueprint and are the most authoritative source of information available. This makes the initial investment in learning the technology very accessible to everyone.
A particularly useful resource mentioned in many success stories is a course specifically designed for professionals migrating from a Cisco background. This type of course is invaluable because it directly addresses the common points of confusion and contrast between the two platforms. It helps to translate existing knowledge rather than forcing you to relearn concepts from scratch. Taking the time to go through these official modules, even if just to skim and identify weak areas, is a highly recommended first step in any JNCIA-Junos study plan.
While theoretical knowledge is essential, no amount of reading or video watching can replace practical, hands-on experience. This is especially true when learning a new network operating system like Junos. The unique commit model, the hierarchical configuration structure, and the specific command syntax are all concepts that are best learned by doing. Setting up a lab environment and spending time in the CLI is the single most effective way to build the muscle memory and deep understanding required to pass the JNCIA-Junos exam and succeed in a real-world role.
Working in a lab allows you to experiment without any fear of breaking a production network. You can test different configurations, practice troubleshooting commands, and deliberately make mistakes to see what happens. This process of experimentation is where true learning occurs. It solidifies the concepts you have read about and helps you understand not just what a command does, but why it works the way it does. For the JNCIA-Junos, spending significant time in a lab environment is not just recommended; it is absolutely critical for success.
In the past, getting hands-on experience required access to expensive physical hardware. Today, network virtualization has made labbing accessible and affordable for everyone. The vendor provides a virtualized version of its SRX series firewall, known as the vSRX. This is a fully-featured virtual appliance that runs the same Junos OS as the physical hardware. It can be downloaded directly from the vendor's website (often requiring just a free account registration) and is the perfect tool for building a JNCIA-Junos study lab.
The vSRX can be deployed within popular network emulation platforms like EVE-NG or GNS3. These powerful tools allow you to build complex network topologies on your computer by connecting multiple virtual devices, such as routers, switches, and firewalls. Setting up a simple topology with two or three interconnected vSRX instances is more than sufficient for practicing every topic on the JNCIA-Junos exam blueprint. This includes everything from basic device setup and interface configuration to static routing, OSPF, routing policies, and firewall filters.
A structured study plan is the key to efficiently preparing for the JNCIA-Junos exam. Start by downloading the official exam blueprint and use it as your roadmap. Go through each of the six domains and honestly assess your current level of knowledge on each topic. This will help you identify your strengths and weaknesses. Allocate more of your study time to the areas where you are weakest. A balanced plan should include a mix of theoretical study (reading books or watching videos) and practical lab work.
For example, you could dedicate one week to each of the six exam domains. On the first few days of the week, you could focus on the theory, reading the relevant chapters in a study guide. On the remaining days, you could move to your lab environment and practice the specific configurations and operational commands related to that week's topic. This systematic approach ensures that you cover all the material in a logical order and that you reinforce every theoretical concept with practical, hands-on application, which is vital for the JNCIA-Junos.
Practice exams are an invaluable tool for gauging your readiness for the real JNCIA-Junos exam. Many of the official learning paths on the vendor's portal include a voucher assessment test. This practice exam is designed to be very similar in difficulty and style to the actual certification test. It is an excellent benchmark to measure your progress. The general consensus is that if you can consistently score 90% or higher on this assessment, you are well-prepared to pass the official JNCIA-Junos exam.
Taking a practice exam under timed conditions helps you get accustomed to the pressure of the real test environment. After completing a practice test, it is crucial to review every question, not just the ones you got wrong. For the incorrect answers, understand why your choice was wrong and why the correct answer was the best option. For the correct answers, confirm that you chose it for the right reason and not just through a lucky guess. This detailed review process is what turns a practice test from a simple assessment tool into a powerful learning experience.
While the official materials are the best place to start, do not underestimate the value of community resources. There are numerous online forums, study groups, and blogs dedicated to networking certifications, including the JNCIA-Junos. Engaging with these communities can provide you with different perspectives, helpful study tips, and encouragement from others who are on the same journey. You can ask questions, clarify doubts, and learn from the experiences of those who have already passed the exam.
In addition to official materials, consider supplementary resources like the "Beginner's Guide to Learning Junos," a book often released by the vendor. These guides are typically written in a very accessible style and can be enough on their own to pass the JNCIA-Junos exam. Combining an official study guide or book with the official video courses and, most importantly, your own hands-on lab practice, creates a well-rounded and highly effective preparation strategy that will set you up for success on exam day.
For a network engineer steeped in the world of Cisco's IOS, the first encounter with Junos can be both familiar and foreign. Both are powerful network operating systems designed for high-performance routing, switching, and security. However, they are built on fundamentally different philosophies. Cisco's IOS and its variants evolved organically over many years, which has led to different command sets and behaviors across different platforms. An engineer moving from a Catalyst switch to an ASR router might need to learn a slightly different dialect of the command line.
Junos, on the other hand, was designed from the ground up with the principle of a single, unified operating system. The experience of managing a small branch firewall is remarkably consistent with managing a massive core router. This consistency is a major philosophical difference. Furthermore, IOS applies configuration changes line by line, as soon as you press Enter. Junos uses a candidate and commit model, which is a significant departure. Understanding these core philosophical differences is the first step for a Cisco professional learning to navigate the JNCIA-Junos curriculum.
The most significant operational difference for a Cisco engineer to grasp is the Junos commit model. In the IOS world, when you type a command in global configuration mode, such as interface GigabitEthernet0/0 followed by ip address 192.168.1.1 255.255.255.0, the change is applied to the running configuration immediately. This can be risky, as a single mistyped command could potentially cut off your access to the device. Junos completely changes this paradigm, providing a powerful safety net.
In Junos, when you enter configuration mode, you are editing a scratchpad or "candidate" configuration. You can add, delete, and modify commands as much as you like, but none of these changes affect the live operation of the device. The network continues to run on the "active" configuration. Only when you are satisfied with your set of changes do you issue the commit command. The OS then validates your changes and applies them all at once. The JNCIA-Junos exam heavily emphasizes understanding and using this model.
The Junos commit model offers advanced features that provide even greater protection against configuration errors, especially during remote management. The commit confirmed command is a lifesaver. When you issue this command, the new configuration is applied, but the system starts a timer (by default, 10 minutes). You must issue another commit command within that timeframe to make the change permanent. If you fail to do so, for example, because your change accidentally broke your remote connectivity, the device will automatically roll back to the previous configuration, restoring your access.
This rollback capability is another key feature. The Junos OS automatically stores the last 50 committed versions of the configuration. If you make a change that causes unintended problems, you can easily revert to a previous state using the rollback N command, where N is the version number you wish to restore. This ability to stage changes, test them, and easily revert if necessary is a powerful and elegant system that many Cisco professionals come to appreciate after mastering the initial learning curve for the JNCIA-Junos.
For a Cisco engineer, the show command is muscle memory. show ip interface brief, show running-config, and show ip route are typed hundreds of times a day. Learning the Junos equivalents for these common operational commands is a crucial part of the transition. In Junos, all operational commands are issued from the top level of the CLI, the operational mode, which is indicated by the > prompt. The equivalent of show in Junos is simply show. However, the command structure that follows is different.
For example, the equivalent of show ip interface brief is show interfaces terse. To see the running configuration, instead of show running-config, you use show configuration. To view the routing table, you use show route instead of show ip route. While the keywords are different, the underlying intent is the same. A key part of studying for the JNCIA-Junos for a Cisco professional involves creating a mental or physical cheat sheet to map these common commands until the new syntax becomes second nature.
Configuring a device is where the hierarchical nature of Junos becomes apparent. In IOS, configurations are often flat lists of commands. In Junos, the configuration is a structured tree. To configure an interface, you do not just apply commands to it; you navigate to that part of the hierarchy. For example, in IOS, you would type interface GigabitEthernet0/0 then ip address.... In Junos, from configuration mode (indicated by the # prompt), you would type set interfaces ge-0/0/0 unit 0 family inet address 192.168.1.1/24.
The Junos command is more verbose but also more explicit. It specifies the interface (ge-0/0/0), the logical unit (unit 0), the address family (family inet for IPv4), and then the address. This hierarchical structure is used for all aspects of the configuration, from routing protocols to system services. While it may seem complex at first, it is highly logical and organized. A significant portion of the JNCIA-Junos preparation for an experienced engineer is simply getting comfortable with navigating and modifying this configuration hierarchy.
Let's compare a simple routing configuration. To add a static default route in IOS, the command is ip route 0.0.0.0 0.0.0.0 10.0.0.1. In Junos, the command is set routing-options static route 0.0.0.0/0 next-hop 10.0.0.1. Again, the Junos command reflects the hierarchy, placing the static route configuration under the routing-options stanza. The logic is the same, but the syntax is different.
Configuring a dynamic routing protocol like OSPF shows a similar pattern. In IOS, you would enter router ospf 1 and then add networks with network 192.168.1.0 0.0.0.255 area 0. In Junos, the configuration would be set protocols ospf area 0.0.0.0 interface ge-0/0/0.0. Notice that Junos typically enables OSPF on a per-interface basis rather than by network statement. Understanding these practical differences in protocol configuration is a key goal for any Cisco professional studying for the JNCIA-Junos.
In the final week leading up to your JNCIA-Junos exam, your focus should shift from learning new material to consolidating and reviewing what you already know. This is the time to retake your practice exams. Analyze your performance to spot any lingering weak areas and dedicate your last few study sessions to those specific topics. Spend time in your lab practicing your speed and accuracy with common configuration and verification commands. You should be able to navigate the CLI and the configuration hierarchy smoothly and efficiently.
On the day of the exam, make sure you are well-rested. The JNCIA-Junos is a 90-minute exam, so time management is important but generally not a major issue for well-prepared candidates. Read each question carefully. The questions are designed to be straightforward, but some may include distractors or subtle details that can trip you up if you are rushing. If you encounter a question you are unsure about, mark it for review and move on. You can come back to it at the end, ensuring you have time to answer all the questions you are confident about first.
This is a critical question for many professionals. For an experienced network engineer, particularly one with a CCNP or higher-level certification, the technical content of the JNCIA-Junos exam will likely feel easy. The value of the certification is not in the difficulty of the exam itself, but in what it represents. It is a formal, verifiable credential that proves you have taken the initiative to learn a new, major network operating system. It demonstrates adaptability and a commitment to professional development, which are highly attractive qualities to employers.
The primary gripe many experienced engineers have is that the JNCIA-Junos is a mandatory prerequisite for the more advanced certifications. While this can feel like an unnecessary step, the cost and time investment are relatively low. With voucher programs often reducing the exam fee significantly, the cost becomes nominal. For a few days of focused study and a small fee, you unlock the entire professional certification track. In this context, for an experienced engineer looking to branch into a multi-vendor environment, the JNCIA-Junos is absolutely a worthwhile and necessary investment.
For any network professional, holding a JNCIA-Junos certification on your resume immediately broadens your career opportunities. It signals to recruiters and hiring managers that you are not a one-trick pony. In a world of multi-vendor networks, companies are actively seeking engineers who can work on both Cisco and Juniper equipment. Having credentials from both vendors makes you a much stronger candidate for roles in service providers, large enterprises, and data centers where such environments are common.
Even if you are not actively looking for a new job, the JNCIA-Junos holds value. It gives you the confidence and the foundational knowledge to contribute to projects involving your company's Juniper infrastructure. It allows you to participate in technical discussions, understand network diagrams, and perform basic troubleshooting on a platform that might have previously been a black box to you. This increased versatility makes you a more valuable and resilient member of your team. For a modest investment, the JNCIA-Junos provides a significant return in career flexibility and marketability.
The true value of the JNCIA-Junos for many is that it is the key that unlocks the door to the Specialist (JNCIS) level certifications. This is where you begin to dive deep into a specific area of networking. After passing the JNCIA-Junos, you can choose to pursue certifications like the JNCIS-ENT (Enterprise Routing and Switching), JNCIS-SP (Service Provider Routing and Switching), or JNCIS-DC (Data Center). These exams are significantly more challenging and are more comparable to a professional-level exam from other vendors.
These Specialist-level certifications are where an experienced engineer can truly test their skills and learn the more advanced features of the Junos OS. The JNCIS-ENT, for example, covers topics like OSPF, BGP, IP telephony, and class of service in much greater detail. The JNCIS-SP focuses on technologies critical to service provider environments, such as MPLS and interior gateway protocol scaling. The JNCIA-Junos is the essential first step on the path to achieving these more advanced and highly respected credentials.
The JNCIA-Junos is the starting point of a well-defined and rewarding career path. After achieving the Specialist (JNCIS) certification in your chosen track, you can continue to the Professional (JNCIP) level. These certifications are designed for senior networking professionals and cover highly complex technologies and large-scale network design. The JNCIP certifications are a significant achievement and are held by a much smaller group of engineers, signifying a high level of expertise.
The pinnacle of the certification ladder is the Expert (JNCIE) level. This is a grueling, hands-on lab exam that tests your ability to design, implement, and troubleshoot complex networks under extreme time pressure. Achieving a JNCIE certification places you in an elite group of the world's top networking experts. This entire journey, from novice to expert, starts with one foundational exam. The JNCIA-Junos is not just a certification; it is the entry ticket to a comprehensive and prestigious professional development program.
Juniper JNCIA-Junos certification exam dumps from ExamLabs make it easier to pass your exam. Verified by IT Experts, the Juniper JNCIA-Junos exam dumps, practice test questions and answers, study guide and video course is the complete solution to provide you with knowledge and experience required to pass this exam. With 98.4% Pass Rate, you will have nothing to worry about especially when you use Juniper JNCIA-Junos practice test questions & exam dumps to pass.
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