Your Complete Guide to Passing the Network+ Certification Exam

The CompTIA Network+ certification is an essential credential for IT professionals who want to establish a solid foundation in networking. It validates knowledge and skills in networking concepts, infrastructure, operations, security, and troubleshooting. Whether you are starting your career or looking to enhance your expertise, passing the Network+ exam is a great step toward becoming a skilled networking professional.

What Is the Network+ Certification?

Network+ is a vendor-neutral certification, which means it covers general networking concepts rather than technologies from a single vendor. This broad focus helps prepare candidates to work in diverse environments and with different networking equipment. It serves as a gateway for jobs like network technician, help desk analyst, network administrator, and systems engineer.

Achieving this certification demonstrates that you have the practical skills to configure, manage, and troubleshoot networks. It also shows employers that you understand networking protocols, network security, and infrastructure, core skills required for modern IT roles.

Exam Structure and Content Domains

The Network+ exam is updated regularly to reflect the latest networking technologies and industry best practices. The current exam version includes up to 90 questions, with a time limit of 90 minutes. Candidates must score at least 720 out of 900 points to pass. The exam questions include multiple-choice, drag-and-drop, and performance-based tasks, which simulate real-world networking scenarios.

The exam content is organized into five primary domains: Networking Concepts, Infrastructure, Network Operations, Network Security, and Network Troubleshooting and Tools. Each domain covers specific topics that candidates must understand to succeed.

 

Networking Concepts: The Foundation of Networking Knowledge

This domain introduces the fundamental concepts of networking, which serve as the building blocks for everything else in the exam. Understanding these basics thoroughly is crucial for exam success and real-world networking tasks.

Network Types and Topologies

Candidates need to know different types of networks, including Local Area Networks (LANs), Wide Area Networks (WANs), Metropolitan Area Networks (MANs), and Personal Area Networks (PANs). Each network type varies by scale, scope, and technology.

Additionally, it is important to understand network topologies—how devices are arranged and connected. Common topologies include star, bus, ring, mesh, and hybrid. Each topology impacts network performance, fault tolerance, and complexity differently.

OSI and TCP/IP Models

The OSI model breaks down network communication into seven layers, from physical connections to application processes. This layered approach helps isolate and troubleshoot network issues by identifying where problems occur.

The TCP/IP model, used more widely in actual networks, condenses these into four layers. Understanding the role of each layer, from network access to application, and how data flows between layers is vital knowledge.

IP Addressing and Subnetting

Mastering IP addressing is often challenging but indispensable. Candidates should know the differences between IPv4 and IPv6 addresses, understand the concept of public versus private IPs, and learn how to divide networks into subnets for efficient routing and security.

Calculating subnet masks, recognizing CIDR notation, and determining usable IP ranges are key skills tested on the exam.

 

Infrastructure: Understanding the Hardware and Physical Media

This domain covers the physical and virtual components that make up networks, emphasizing the devices and technologies used to build and maintain network infrastructure.

Network Devices

It is essential to know the roles and functions of various devices:

• Routers: Connect different networks and direct data packets.

• Switches: Manage data flow within a network by directing traffic between devices.

• Firewalls: Protect networks by filtering incoming and outgoing traffic.

• Access Points: Provide wireless connectivity.

• Modems: Connect local networks to internet service providers.

• Network Interface Cards (NICs): Enable devices to connect to networks.

Understanding how these devices work together to build scalable and secure networks is crucial.

Cabling and Connectors

Different network cables support different speeds, distances, and environments. Candidates should understand twisted-pair cables like Cat5e, Cat6, and Cat6a, fiber optic cables, and coaxial cables. Knowing the advantages and limitations of each, as well as appropriate connectors (RJ45, LC, SC), is important.

Wireless Technologies

Wireless networking is increasingly prevalent. The exam covers Wi-Fi standards (802.11a/b/g/n/ac/ax), frequency bands (2.4 GHz and 5 GHz), channels, and wireless security protocols such as WPA2 and WPA3. Candidates should know how to set up and secure wireless networks to ensure both performance and protection.

Network Operations: Managing and Maintaining Networks

Network operations focus on keeping networks running efficiently and securely, including monitoring, documentation, and troubleshooting practices.

Network Monitoring and Management

Candidates should be familiar with tools that assess network health and performance. Common utilities include ping (to check connectivity), traceroute (to identify routing paths), ipconfig/ifconfig (to view IP configuration), and nslookup/dig (to query DNS servers).

Documentation and Change Management

Maintaining detailed network documentation helps network administrators understand configurations, track changes, and troubleshoot problems. Network diagrams, IP addressing schemes, device inventories, and configuration files are examples of documentation that support effective network management.

Backup and Recovery

Preparing for potential network failures requires understanding backup strategies and redundancy. Failover mechanisms, backup power supplies, and disaster recovery plans minimize downtime and data loss.

Network Security: Protecting Networks from Threats

Security is a critical part of networking today. This domain covers methods to secure network infrastructure and data.

Common Network Threats

Candidates need to recognize common threats such as denial-of-service (DoS) attacks, spoofing, phishing, and man-in-the-middle attacks. Understanding how these threats operate allows for effective prevention and response.

Security Devices and Protocols

Firewalls, intrusion detection/prevention systems (IDS/IPS), and access control lists (ACLs) are key tools to enforce network security. Encryption protocols like SSL/TLS, IPsec, and WPA3 protect data in transit.

Authentication and Access Control

Candidates must understand different authentication methods, including passwords, multifactor authentication (MFA), biometrics, and digital certificates. Properly implementing access controls helps ensure only authorized users and devices can access sensitive resources.

Network Troubleshooting and Tools: Diagnosing and Fixing Network Problems

Troubleshooting is a practical skill every networking professional must master. This domain covers techniques and tools used to resolve network issues.

Troubleshooting Methodology

Effective troubleshooting follows a systematic approach: identifying the problem, establishing a theory of probable cause, testing the theory, establishing a plan, implementing the solution, and verifying functionality. Documenting the process helps track recurring problems and resolutions.

Troubleshooting Common Issues

Network problems often involve IP addressing errors, hardware failures, cabling issues, or wireless interference. Candidates should know how to detect and fix these issues using tools and diagnostic procedures.

Tools for Troubleshooting

Beyond ping and traceroute, tools like netstat reveal current connections and port usage, while packet analyzers like Wireshark provide in-depth views of network traffic. Command-line tools and graphical utilities assist in network diagnostics.

 

Preparing for the Network+ Exam: Tips and Strategies

Understanding the exam content is only the first step. Effective preparation requires strategic study and practice.

Hands-On Practice

Working with real networking equipment or network simulation software builds practical skills and reinforces theoretical concepts. Practice configuring routers, switches, IP addressing, and wireless setups to gain confidence.

Study Resources

Use textbooks, video courses, practice exams, and online forums to deepen your understanding. Regularly test your knowledge to identify areas needing improvement.

Time Management

Create a study schedule that breaks down topics into manageable sessions. Consistent study, rather than cramming, leads to better retention and less stress.

Exam Day Preparation

Familiarize yourself with the exam format and question types. Get a good night’s sleep before the test, arrive early, and read questions carefully to avoid mistakes.

The Network+ certification is a comprehensive exam that tests a wide range of networking knowledge and skills. Part 1 of this series introduced the exam structure and content domains, including networking concepts, infrastructure, operations, security, and troubleshooting. Understanding these foundational elements is crucial for building a study plan and mastering the material.

The following parts will provide detailed study techniques, tips for hands-on practice, and guidance on how to approach different question types. By combining knowledge with strategic preparation, you can confidently approach the Network+ exam and achieve certification success.

Strategic Study Techniques and Key Exam Domains

Preparing effectively for the Network+ certification exam requires more than simply reading the material. This part will focus on how to create a solid study plan, incorporate active learning techniques, and gain a deep understanding of important exam domains. These strategies will help you build confidence and mastery over the topics you’ll encounter.

Developing a Structured Study Plan

A well-organized study schedule is essential for success. Begin by reviewing the official exam objectives to understand the breadth of topics covered. Break down these objectives into smaller, manageable chunks, assigning realistic timelines to each section based on your familiarity with the material.

It’s important to set consistent study sessions rather than sporadic, lengthy ones. Short, focused study intervals can improve retention and reduce burnout. Balance study time with practice tests, hands-on labs, and review periods.

Assess your current knowledge before starting so you can allocate more time to weaker areas. Keep a study journal or log to track your progress and adjust your plan as needed.

Using Effective Study Resources

Choosing the right study materials will make your preparation more efficient. Textbooks designed for Network+ exams provide detailed explanations and examples. Online tutorials and video lessons offer visual reinforcement, which is especially useful for understanding complex concepts like subnetting or routing.

Practice questions and exams modeled after the real test are invaluable. They familiarize you with question types and timing, helping to reduce exam-day anxiety. Use up-to-date practice tests aligned with the latest exam objectives.

Additionally, explore community forums and discussion groups where you can ask questions and share knowledge. This engagement often provides insights beyond textbooks and videos.

Active Learning Methods

Simply reading or watching content passively is less effective than active learning. Take notes in your own words to process information deeply. Summarize each topic after studying it to reinforce your understanding.

Teaching concepts to a peer or even explaining them aloud to yourself can highlight gaps in knowledge. Creating flashcards for key terms, protocols, and port numbers helps with memorization.

Work through subnetting exercises regularly until you can perform calculations quickly and accurately. Visual aids like network diagrams and flowcharts can also help grasp how data moves through networks.

Mastering Networking Concepts

Understanding core networking concepts is foundational. You should be able to identify the functions and characteristics of important protocols such as TCP, UDP, HTTP, HTTPS, FTP, DNS, DHCP, and SNMP.

Learn to associate common ports with their respective services, for example, TCP port 80 for HTTP and port 443 for HTTPS. This knowledge is critical for troubleshooting and securing networks.

Know the differences between IPv4 and IPv6, including address format, configuration methods, and benefits of IPv6, such as improved routing and security features.

Familiarize yourself with routing protocols like RIP, OSPF, and BGP, understanding how they manage traffic between networks. On the switching side, concepts like MAC address tables, VLANs, and trunking are essential to segment and optimize network traffic.

Network Infrastructure and Devices

Detailed knowledge of network hardware prepares you for performance-based questions. Routers serve as gateways between networks and use routing tables and protocols to determine data paths. Practice basic router configuration, including assigning IP addresses and enabling routing protocols.

Switches operate within local networks and forward data based on MAC addresses. Understand how VLANs work to create isolated segments that improve security and performance.

Wireless networking requires familiarity with Wi-Fi standards (802.11a/b/g/n/ac/ax) and their characteristics, like speed and frequency bands. Security protocols such as WPA2 and WPA3 protect wireless communications and should be well understood.

Network Operations and Management

Efficient network operation relies on monitoring and management. Tools such as ping and traceroute help verify connectivity, and path data takes. Netstat can provide information about active connections and listening ports.

More advanced monitoring uses SNMP to gather device statistics and syslog for logging events. These tools help administrators detect and resolve issues proactively.

Documenting network configurations, IP schemes, and device locations facilitates troubleshooting and network expansion. Adhering to change management policies minimizes risks when updates or repairs are made.

Network Security Fundamentals

Security is a vital domain in the Network+ exam. Understand how firewalls enforce rules to control incoming and outgoing traffic, and how access control lists (ACLs) on routers and switches restrict network access.

Wireless networks require particular attention to security. Use strong encryption and authentication methods to prevent unauthorized access. Disabling WPS, hiding the SSID, and keeping firmware updated mitigate vulnerabilities.

Familiarize yourself with common threats such as denial-of-service attacks, spoofing, and phishing. Learn the role of antivirus software, intrusion detection systems, and patch management in defending networks.

Troubleshooting Methodologies and Tools

Troubleshooting is a critical skill tested on the exam. Apply a structured approach: identify the problem, formulate a hypothesis, test it, implement a fix, and verify the solution.

Be able to recognize typical network issues like IP conflicts, faulty cables, hardware failure, and wireless interference. Symptoms can include slow performance, dropped connections, or inability to reach certain resources.

Diagnostic tools like Wireshark allow for deep packet inspection. Command-line utilities such as ipconfig or ifconfig reveal interface configurations, while nslookup or dig assist with DNS-related issues.

Hands-On Practice Importance

Theory alone is insufficient to pass the Network+ exam. Hands-on experience with networking devices and software solidifies your understanding. Use network simulators or virtual labs to practice configuring routers, switches, and wireless access points.

Create various network topologies and simulate troubleshooting scenarios. This practical exposure prepares you for performance-based questions and real-world network management.

Preparing for Exam Day

As the exam date nears, focus on reviewing weak areas and taking full-length practice exams under timed conditions. This builds stamina and helps with pacing.

Avoid trying to learn new topics the day before. Instead, rest well and maintain a healthy routine. On exam day, read each question carefully and manage your time to answer all questions and revisit flagged ones.

Mastering Test Strategies and Performance-Based Questions

The Network+ certification exam assesses both conceptual understanding and practical application. Many candidates find the exam challenging, not because of a lack of knowledge, but due to poor time management, unfamiliarity with performance-based questions, or anxiety under pressure. This part focuses on refining your test-taking strategy, navigating interactive scenarios, and staying calm and focused on exam day.

Understanding the Exam Format

Before diving into strategy, it’s crucial to fully understand the structure of the exam. The Network+ test consists of multiple-choice questions (both single and multiple responses) and performance-based questions. You’ll have a fixed amount of time, usually 90 minutes, to complete approximately 90 questions.

Performance-based questions are interactive and may involve configuring a network scenario, matching terms, or analyzing a network diagram. These questions appear at any point during the exam and often take more time than traditional multiple-choice formats.

Knowing the layout in advance will help reduce surprises and allow you to strategize more effectively during the actual test.

Time Management Techniques

One of the most common mistakes test-takers make is spending too much time on a single question. Effective time management ensures that you answer all questions and have the opportunity to review those you’re unsure about.

At the beginning of the exam, glance at the total number of questions and set a mental pace. If the test has 90 questions in 90 minutes, you have roughly one minute per question. Keep an eye on the clock and stick to your pace, moving on if you feel stuck. You can flag difficult questions and revisit them later if time permits.

It’s often better to answer the easier questions first to build momentum and save challenging ones for later. This approach helps maintain confidence and ensures that you don’t run out of time before completing the exam.

Tackling Performance-Based Questions

Performance-based questions evaluate your ability to apply networking concepts in real-world scenarios. These questions may involve tasks like configuring network devices, interpreting packet captures, or solving problems based on a visual topology.

To prepare, make sure you’re familiar with:

• Subnetting and IP addressing

• Configuring routers and switches

• Troubleshooting connectivity issues

• Network diagram interpretation

Practice labs and simulators can provide the necessary experience to handle these questions confidently. Since these tasks are more time-consuming, consider skipping them initially and returning once you’ve completed the rest of the exam. This ensures they don’t derail your overall timing strategy.

Prioritizing Questions

Some questions are intentionally complex, using dense language or layered information. While it’s important to read each question carefully, don’t get bogged down. Prioritize answering the ones you understand easily to build confidence and ensure a good pace.

For tough multiple-choice questions, use the process of elimination. Remove incorrect options to improve your chances of guessing correctly if needed. If you’re unsure but have a good feeling about one answer, trust your preparation and move forward rather than overanalyzing.

Make strategic use of the flagging feature to mark any questions you want to review later. If time allows, return to them after completing the rest.

Handling Trick Questions

The exam may include distractors—answer choices that appear correct but are intended to mislead. These often rely on partial truths or misuse of terminology. Being familiar with industry-standard definitions and best practices helps you spot and reject these trap options.

Look out for absolutes like “always” or “never” in answer choices, as real-world networking scenarios are rarely that rigid. Stay grounded in your technical understanding and avoid second-guessing when faced with confusing language.

Reducing Exam Anxiety

Nervousness can impact performance even when you’ve prepared thoroughly. Managing anxiety begins long before exam day. Start by simulating the test environment with full-length practice exams under timed conditions. Under these conditions, your mind remains focused for extended periods.

In the days leading up to the exam, avoid last-minute cramming. Instead, review flashcards, revisit weak topics, and get adequate sleep. On the day of the exam, eat a balanced meal, stay hydrated, and arrive early at the testing center or prepare your space if you’re taking the exam online.

Practice breathing techniques to calm your nerves. Deep, slow breaths signal the body to relax and help prevent cognitive fog. Maintain a positive mindset, reminding yourself that you’ve put in the work and are ready to succeed.

Creating a Test-Day Checklist

A checklist ensures nothing distracts you or goes wrong on the exam day. This includes:

• Valid government-issued ID

• Exam confirmation and login credentials

• Directions to the test center or readiness for remote proctoring

• Water and snacks (for after the exam)

• Minimal distractions if testing from home

If taking the exam remotely, test your webcam, microphone, and internet connection in advance. A technical failure at the start of the test can rattle your confidence unnecessarily.

Familiarizing Yourself with Common Topics

By this stage in your preparation, you should know which topics appear frequently. These include:

• OSI model and its layers

• Port numbers and protocols

• Network topologies and types

• IP addressing and subnetting

• Routing and switching concepts

• Wireless standards and encryption

• Network security principles

• Troubleshooting tools and methodologies

Spend the final week focusing on these core areas. Draw concept maps, explain topics aloud, or quiz yourself to ensure the information is embedded.

Practicing with Flashcards and Quizzes

Flashcards remain a valuable tool for quick recall, especially for memorizing ports, protocols, and abbreviations. Tools that use spaced repetition help you remember facts over the long term. Make it a habit to review flashcards daily in short bursts.

Daily quizzes on specific topics reinforce your retention. As you progress, mix topics to simulate the variability of the actual exam. Consider forming or joining a study group to share flashcards and quiz each other on difficult material.

Leveraging Diagnostic Reports

If you’re using practice exams with detailed reports, study your performance analytics. These insights tell you which topics need further review and which you’ve mastered. Focus your remaining study sessions on weak areas, revisiting relevant lessons or labs.

Be honest in evaluating your readiness. If you’re consistently scoring well on full-length practice tests, it’s a good sign that you’re ready for the actual exam.

Building Confidence Through Practice

Confidence builds through repetition and success. Each time you correctly solve a subnetting problem or diagnose a simulated network issue, you reinforce your ability. Practice is the bridge between theoretical knowledge and test-day execution.

If you encounter setbacks during practice, view them as opportunities to grow rather than failures. Exam preparation is a process, and improvement is inevitable with sustained effort.

As you wrap up your preparation, trust your process. The combination of structured study, hands-on practice, and targeted review positions you for success. Don’t let nerves overpower the weeks or months of effort you’ve invested.

Approach the exam with a calm, methodical mindset. Take breaks if needed, use time wisely, and believe in your ability to problem-solve under pressure.

Life After Passing the Network+ Exam — Career Steps and Growth

Achieving a passing score on the Network+ certification exam marks a significant milestone in your IT career. It proves your competency in essential networking concepts and validates your ability to work in network support or administration roles. But passing the exam is just the beginning. This part explores how to capitalize on your success, build your experience, and plan future career advancements.

Celebrating Your Achievement

First and foremost, take a moment to recognize your accomplishment. Passing a vendor-neutral exam that covers wide-ranging networking topics is no small feat. Celebrate your hard work and the dedication it took to reach this point.

This positive reinforcement is vital because it helps solidify your motivation and encourages you to keep growing professionally. Sharing your success on professional platforms, like LinkedIn, can also open doors to networking and job opportunities.

Understanding What the Certification Means

Network+ certification validates your proficiency in troubleshooting, configuring, and managing networks. It’s widely recognized by employers, particularly for roles such as:

• Network support technician

• Junior network administrator

• IT support specialist

• Help desk technician

• Systems technician

The certification also fulfills Department of Defense requirements for certain roles, making it valuable for jobs that require government clearance or federal contracts. It’s a solid stepping stone into more advanced certifications or specialized paths in the IT field.

Updating Your Resume and LinkedIn Profile

Once you’ve passed, make sure to update your resume to reflect your certification. List it under a dedicated “Certifications” section and add the month and year of completion. You can include a short bullet point highlighting the skills demonstrated through the exam, such as troubleshooting protocols, IP addressing, and security fundamentals.

On LinkedIn, display your certification as a credential. This makes your profile more visible to recruiters searching for certified professionals. Including a short post about your journey to certification, what you learned, and your future goals can increase engagement and build your brand.

Applying for Jobs in Networking and Support

With the Network+ under your belt, you’re now eligible to apply for entry-level roles that require a foundational understanding of networks. Start your job search by targeting companies with strong IT departments, managed service providers, or tech startups that offer room to grow.

Be strategic in your job applications. Tailor your resume to the job description, emphasizing your newly certified skills and any hands-on experience, such as labs, internships, or personal projects. If you’ve set up a home lab or completed networking simulations, mention them in your cover letter or during interviews to show initiative.

Preparing for Job Interviews

Interviews for entry-level IT roles often test both theoretical knowledge and practical understanding. Be prepared to answer questions related to:

• TCP/IP models and protocols

• Network troubleshooting tools like ping, tracert, and ipconfig

• Differences between switches and routers

• Basic security concepts like firewalls and authentication

• Wi-Fi standards and best practices

Practice answering questions clearly and concisely, and whenever possible, tie your answers back to real experiences. Whether it’s configuring a home network or completing a structured lab, employers appreciate examples that demonstrate practical competence.

Gaining Hands-On Experience

While certification demonstrates knowledge, hands-on experience will solidify your place in the workforce. If you’re not currently employed in a networking role, consider these options:

• Set up your network at home using old routers or virtual machines

• Volunteer for IT roles in community organizations or schools

• Take on freelance or contract support jobs.

• Contribute to open-source projects or forums focused on networking.g

Even setting up and documenting basic network configurations at home can show initiative and help build a portfolio that impresses employers.

Continuing Your Education

The IT field is dynamic, and continuing education is key to staying relevant. Network+ opens the door to advanced certifications, depending on your desired career path. Some options include:

• Security+: For those interested in cybersecurity and protecting networks

• Cisco CCNA: Focused more deeply on routing, switching, and enterprise networking

• Microsoft Azure Fundamentals: Ideal if you’re exploring cloud technologies

• Linux+: Useful for those working in environments where Linux is the primary OS

Choose your next steps based on your interests and market demand. Many professionals use Network+ as a foundation to specialize in areas like cybersecurity, systems administration, or cloud computing.

Building a Professional Network

Building a network of professionals in the same field can be incredibly valuable. Join local or online communities where IT professionals gather to share advice, discuss trends, and post job opportunities.

Platforms like Reddit’s ITCareerQuestions or Spiceworks can be helpful for ongoing learning. Participating in webinars, attending industry meetups, or contributing to LinkedIn discussions will expand your exposure and help you stay informed.

Leveraging the Certification for Advancement

If you’re already working in IT support or a related role, use your new certification to advocate for more responsibility or a promotion. Schedule a meeting with your manager to discuss how your new skills can be applied to projects or support tasks.

Offer to take on network-related responsibilities, such as helping troubleshoot connectivity issues, maintaining documentation, or supporting infrastructure upgrades. Demonstrating initiative can position you for future promotions or specialized roles.

Setting Long-Term Career Goals

The Network+ exam is a stepping stone, not the finish line. Take some time after your exam to reflect on your long-term goals. Consider questions like:

• Do you want to become a network engineer, security analyst, or cloud architect?

• Are you interested in managing IT teams or working in infrastructure design?

• What technical areas do you enjoy the most?

Setting career goals will help you decide what skills to develop next and which certifications to pursue. Create a timeline that maps out the next one to three years of professional development.

Tracking Certification Renewal Requirements

Network+ certification is valid for three years. To keep it active, you’ll need to renew it through continuing education activities or by passing a higher-level certification. You can earn continuing education units by attending workshops, completing training, or even writing blog posts and giving presentations about networking topics.

Stay aware of your renewal timeline and choose renewal activities that align with your career growth goals. This proactive approach ensures you maintain your credentials and continue growing your knowledge base.

Staying Current in Networking Trends

Technology evolves quickly, and staying updated is essential. Follow industry blogs, subscribe to newsletters, and watch networking channels on video platforms. These resources will keep you informed about:

• Emerging network technologies like SD-WAN

• Cloud-based networking and virtualization

• Network automation using tools like Ansible and Python

• Evolving security threats and defenses

Being well-informed helps you remain valuable in your current role and competitive in the job market.

Mentoring and Giving Back

Once you gain confidence and experience in your role, consider mentoring others. Helping new candidates prepare for the Network+ exam or offering advice in forums can be fulfilling and enhance your communication skills.

Mentorship doesn’t just help others—it reinforces your understanding and strengthens your reputation within the industry. It also connects you with a broader community of professionals who may return the favor in the future.

Final Thoughts

Passing the Network+ exam is a significant milestone that validates your foundational networking skills and commitment to professional development. But it’s only the beginning of your journey. By leveraging your certification wisely, continuing to learn, and pursuing new opportunities, you set yourself on a rewarding path in the IT world.

Whether your goal is to support users, secure systems, design infrastructures, or build cloud networks, the knowledge and discipline you gained preparing for this certification will support every step of your career.

Let your success serve as a springboard to even greater achievements—and never stop learning.

 

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