
CCNA vs. CCNP: Which certification to choose?




Table of contents
- What is the CCNA?
- Why take the CCNA?
- Common jobs for CCNA holders
- Network administrator
- Technical support engineer
- Network security engineer
- What is the CCNP?
- Why take the CCNP?
- Career options with CCNP
- Systems engineer
- Cybersecurity specialist
- Network automation engineer
- CCNA vs. CCNP: Summary table comparison
- Final thoughts
In today’s rapidly changing digital landscape, having strong networking skills is absolutely necessary in IT. Earning certifications such as the CCNA (Cisco Certified Network Associate) or the CCNP (Cisco Certified Network Professional) can significantly boost your career prospects.
The CCNA certification validates foundational networking knowledge and is often the first step for those in the field. On the other hand, the CCNP demonstrates advanced expertise and is ideal for experienced professionals looking to advance in the industry.
Both certifications are globally respected, helping you stand out to employers and increase your earning potential. In this guide, we will explore what CCNA is, compare CCNA vs. CCNP, and provide a detailed overview of what each certification covers and how they differ.

What is the CCNA?
The globally recognized CCNA certification is a leading credential for IT professionals and beginners seeking to excel in networking. As an associate-level certification, the CCNA exam can be completed at a Pearson VUE testing center or conveniently online, making it accessible to candidates worldwide. The CCNA program delivers comprehensive coverage of networking essentials and security principles, establishing a solid foundation for career advancement.
Key skills developed through the CCNA certification include:
- Troubleshooting and resolving network connectivity issues
- Managing and maintaining secure networks
- Identifying security threats and implementing effective prevention strategies
- Recognizing essential components of an organization’s security program
- Configuring access controls for networks and connected devices
- Routing and managing different Internet Protocol (IP) versions
- Analyzing and interpreting routing tables for network optimization
- Utilizing configuration management tools to enhance network efficiency
By earning a CCNA, candidates gain practical expertise that is highly valued in jobs across the IT industry.
Why take the CCNA?
The IT field remains highly competitive, but earning your CCNA certification can offer unique advantages for those pursuing entry- or associate-level and future credentials (as well as higher earnings).
- Higher salary: In Pearson VUE’s 2025 Value of IT Certification report, 32% of IT candidates received a salary increase after certification, and 31% of those raises were above 20%. When comparing CCNA vs. CCNP salaries, entry-level roles with a CCNA provide a strong foundation, while advancing to CCNP can further boost your earning potential.
- Job security: The CCNA credential is widely recognized by employers who value IT expertise. A CCNA on your resume validates your technical knowledge and significantly increases your visibility for in-demand jobs. This solid credential demonstrates your commitment and skillset, helping you grow and secure your IT career.
- Prepares you for other certifications: Obtaining a CCNA prepares you for higher-level certifications, such as CCNP and Cisco Certified Internetwork Expert (CCIE). With your foundational knowledge, you can pursue the CCNP or even CCIE to access more prestigious, higher-paying positions. As you progress, the difference in salaries becomes even more pronounced, with advanced certifications often leading to more lucrative jobs and improved career trajectories.
The CCNA is a common credential for networking roles, and earning it (especially early in your career) demonstrates your knowledge, skill, and dedication to the profession.
Common jobs for CCNA holders
Holders of the CCNA often begin in administrator or support engineer roles, allowing them to advance from help-desk or similar entry-level IT positions.
Network administrator
- U.S. median annual wage: $99,000 (network and computer systems administrators, May 2025)
- Role description: Network administrators keep computer networks running smoothly and securely in different environments, such as schools, companies, and hospitals. They are responsible for installing and configuring networks (routers, firewalls, Wi-Fi, etc.) and maintaining these systems, as they regularly update software and hardware. They also protect these networks from hackers and quickly diagnose and fix issues that come up.
Technical support engineer
- U.S. median annual wage: $63,000 (computer support specialists, May 2025)
- Role description: These engineers help users and companies fix software, hardware, or systems problems. They diagnose the issue, guide users on how to fix it, and test and debug it. In their day-to-day work, they respond to support tickets, emails, and calls and collaborate with other teams to resolve complex issues.
Network security engineer
- U.S. median annual wage: $129,000 (information security analysts, May 2025)
- Role description: Network security engineers protect an organization’s network from cyber threats. They design secure networks to limit damage in the event of a breach. They monitor for threats and unusual behavior using tools like intrusion detection systems. They also respond to cyberattacks, fix issues, and implement further security tools.
Actual salaries will depend heavily on location, organization, and years of experience.
What is the CCNP?
The CCNP is a highly respected, advanced certification that builds on foundational knowledge from the CCNA and showcases your professional expertise in Cisco networking solutions. When comparing CCNA vs. CCNP, the CCNP demonstrates a deeper understanding of complex networking concepts, advanced troubleshooting, and specialized areas like enterprise, security, and data center environments. The CCNP is a preferred credential for those who already hold the CCNA and are seeking more challenging roles and higher-level responsibilities in networking.
To earn the CCNP certification, candidates must complete a rigorous 120-minute Core exam covering broad networking knowledge, as well as a 90-minute Concentration exam focused on specialized topics. This structure distinguishes the CCNP from the CCNA exam, which covers more fundamental networking principles.
Key skills developed through the CCNP certification include:
- Advanced configuration of quality of service (QoS) settings for optimized network performance
- Seamless switching between hardware and software solutions in complex network environments
- Expert troubleshooting of communication protocols across diverse Cisco platforms
- Designing and deploying robust wireless networks for enterprise needs (now its own CCNP Wireless track)
- Diagnosing and resolving sophisticated network issues to ensure peak operational efficiency
By mastering these advanced skills, CCNP-certified professionals are prepared for high-level jobs that demand expertise beyond the CCNA. This advanced certification opens doors to greater career opportunities and sets you apart in the competitive field of Cisco networking.
Why take the CCNP?
The CCNP is a further step beyond the CCNA, offering more advanced professional options and additional benefits that highlight the difference between CCNA and CCNP certifications.
- Higher salaries: With the increased difficulty and advanced content of the CCNP compared to the CCNA, certified professionals often see greater earning potential. The CCNA vs. CCNP salary distinction reflects greater networking expertise, making CCNP jobs more lucrative for those advancing in their careers.
- Gain real-world knowledge: The CCNP focuses on real-world networking scenarios, providing hands-on experience valued by employers. This practical approach is a major factor in comparing the CCNP vs. CCNA pathways and helps candidates develop job-ready skills for specialized roles.
- Specialization: A key difference between CCNA and CCNP is the opportunity for specialization. The various tracks offered by the CCNP allow professionals to pursue CCNP jobs aligned with their specific career interests and advanced networking domains.
CCNPs can specialize in the following areas:
- Automation
- Collaboration
- Cybersecurity
- Data Center
- Enterprise
- Security
- Service Provider
- Wireless
The process for each of these tracks is the same: candidates must pass a core exam and a concentration exam of their choice to earn the certification.
Career options with CCNP
Average salaries for CCNP roles are generally higher than those of CCNA roles, as they require more specialization and expertise. These positions suit seasoned engineers ready to take the next step in their careers by taking on a more advanced or niche role.
Systems engineer
- U.S. median annual wage: $106,000 (computer systems analysts, May 2025)
- Role description: Systems engineers ensure all parts of IT systems work together efficiently. They design and plan systems by assessing a business’s needs and selecting hardware, software, and network components. They implement these systems and monitor their performance to address any areas that need improvement, whether in speed or reliability. They also diagnose and troubleshoot hardware and software conflicts and work across teams to ensure everything works correctly.
Cybersecurity specialist
- U.S. median annual wage: $129,000 (information security analysts, May 2025)
- Role description: Cybersecurity specialists protect an organization’s digital assets from cyberattacks and breaches. They monitor and detect threats with tools like firewalls and security information and event management software, and respond to incidents to restore the system to a safe state. They also implement further security measures and test systems to find vulnerabilities.
Network automation engineer
- Role description: Network automation engineers write scripts to handle repetitive tasks to reduce human error and save time. They use tools like Python and Cisco Catalyst Center (formerly DNA Center) to manage network devices and monitor and optimize network performance, automatically generating reports and alerts. They also collaborate with and communicate with other teams to develop solutions that best fit the workflow.
While these salary amounts are estimates, CCNP holders can expect to qualify for a wide range of lucrative positions.
CCNA vs. CCNP: Summary table comparison
Below are the main takeaways from the CCNA vs. CCNP comparison:
| Feature | CCNA | CCNP |
|---|---|---|
| Difficulty | Moderate | High |
| Level | Associate | Professional |
| Prerequisites | None | None (a CCNA and hands-on enterprise networking experience help) |
| Focus | Networking fundamentals | Advanced networking and specialization |
| Exams | One exam | Two exams (one core, one concentration) |
| Validity period | Three years | Three years |
It’s not about choosing one over the other: CCNA is the first stop, while the CCNP is a great way to advance your career down the line.

Final thoughts
Taking the CCNA or the CCNP (or both) can significantly impact your IT career path. The main difference between CCNA and CCNP lies in the depth and scope of knowledge: while the CCNA certification establishes a solid foundation in networking principles, earning the CCNP certification demonstrates advanced, specialized expertise and practical skills required for higher-level roles. The CCNA is not a prerequisite for the CCNP, though many engineers and IT specialists take it before pursuing higher-level credentials. Understanding what CCNP is and how it builds upon CCNA is crucial for those aiming for roles with greater responsibility and higher earning potential.
Professionals often weigh CCNA vs. CCNP salary prospects when planning their certification journey, as CCNP jobs typically offer increased compensation and access to more senior positions within the industry. By progressing from CCNA to CCNP, you not only distinguish yourself in a competitive job market but also position yourself for long-term career advancement and success in the evolving field of IT networking.