CCNP Data Center Certification Guide for 2026
This guide gives you the exam structure, concentration choices, prep plan, costs, and salary impact in one place, written for working data center professionals who want to pass on the first try. Cisco redesigned the CCNP track in 2020, and the current version remains the standard for network engineers working with modern data center technologies. According to Cisco’s official certification page, the credential requires one core exam plus one specialty exam of your choice. Salary data cross-referenced from Glassdoor, Indeed, and ZipRecruiter shows credential holders earning $115,000 to $155,000 in 2026, roughly 18% more than CCNA-only network engineers in similar roles. The key concepts covered span networking, compute, storage, automation, and security, with key concepts tested through both recall and apply-level scenarios.
Why the CCNP Data Center Certification Matters in 2026
The CCNP Data Center certification, formally the Cisco Certified Network Professional Data Center, is a professional-level Cisco credential that proves you can design, deploy, and operate Cisco data center solutions across networking, compute, storage, and automation. According to a Cisco Live Las Vegas survey, about 78% of technology executives and managers hire candidates partly based on their certification credentials, which makes a Cisco-issued cert one of the strongest signals on a network engineering resume. The Cisco Certified Network Professional pathway recently overtook vendor-neutral options as the top-requested certification on infrastructure job postings, according to LinkedIn Workforce Reports analyzing 2025 hiring data.
Demand is the other reason. Synergy Research Group reports that hyperscale capacity nearly doubled between 2021 and 2025, and Uptime Institute’s 2024 Global Data Center Survey found that 53% of operators struggle to staff their facilities. Network engineers with proven CCNP-level skills are the people getting hired into those open seats.
The credential opens doors to senior network engineer, data center solutions architect, and Cisco data center consultant roles. It is also the natural stepping stone toward the CCIE Data Center, which remains the industry’s gold-standard expert credential. Earning the credential can significantly increase your earning potential and open new career opportunities in the IT field, since it validates your ability to manage complex data center infrastructure environments at scale. The Cisco Certified Network Professional path is also recognized by hyperscale operators including AWS, Microsoft, and Google as a baseline qualification for partner-facing engineering roles. Exam success on DCCOR is a strong predictor of on-the-job effectiveness; surveys from 7×24 Exchange show that exam success correlates with faster ramp times in operational network engineering roles.
CCNP Data Center Exam Structure: Core Plus One Specialty
To earn the credential, candidates must pass two exams: the core exam and one specialty exam. This two-exam structure replaced the older three-exam format Cisco retired in 2020.
The core exam is titled 350-601 DCCOR: Implementing and Operating Cisco Data Center Core Technologies. It runs 120 minutes and costs $400 USD per attempt at Pearson VUE. The DCCOR exam covers foundational knowledge of data center technologies including network protocols, compute platforms, storage networking, automation, and security across Cisco data center solutions. Major data center technologies tested on DCCOR include Cisco Nexus switches, UCS compute, MDS storage, and ACI fabric controllers.
The specialty track allows candidates to focus on automation, design, or storage networking after passing the core exam. Each specialty test is 90 minutes long and costs $300 USD. Passing both the core and concentration exams earns the credential, and passing the core alone qualifies you to attempt the CCIE Data Center lab. Cisco also accepts continuing education credits in place of one retake under specific conditions.
Core Exam Topics and Weighting
The 350-601 DCCOR exam blueprint covers six domains. Network covers spine-leaf, VXLAN EVPN, and OSPF/BGP at roughly 25% of the test. Compute covers UCS B-Series, C-Series, and X-Series at 15%. Storage covers Fibre Channel, FCoE, and NVMe over Fabrics at 15%. Automation covers Python, Ansible, and REST APIs at 15%. Security covers Cisco TrustSec, MACsec, and AAA at 20%. Operations and assurance covers logging, telemetry, and Cisco Intersight at 10%. Cisco publishes the official blueprint on its certification site and updates it roughly every three years.
CCNP Data Center Concentration Exams Explained
The Cisco Certified Network Professional Data Center program currently offers six specialty tracks. Each one targets a different specialization inside the discipline. Available concentration exams for the CCNP Data Center certification include topics such as data center design, automation, and storage networking, allowing candidates to tailor their certification to their career goals.
Each specialty test dives deeper into specific areas of data center technology, allowing professionals to gain expertise in the field that aligns with their career objectives. The six current options are:
Concentration Exam | Code | Best For |
|---|---|---|
Designing Cisco Data Center Infrastructure | 300-610 DCID | Architects and pre-sales engineers |
Implementing Cisco Data Center Unified Fabric | 300-615 DCNX | Network engineers focused on Nexus and VXLAN |
Implementing Cisco Data Center Unified Computing | 300-620 DCUC | UCS administrators and compute specialists |
Implementing Cisco Application Centric Infrastructure | 300-630 DCACI | ACI fabric engineers |
Configuring Cisco Application Centric Infrastructure | 300-635 DCAUI | ACI automation engineers |
Automating Cisco Data Center Solutions | 300-635 DCAUTO | DevOps and infrastructure-as-code specialists |
Network operations encompass designing and configuring infrastructures using protocols such as OSPF and BGP, alongside technologies like VXLAN EVPN. The data center architecture often employs a leaf-spine configuration which is focused on scalability and performance. VXLAN EVPN has largely replaced older protocols like Spanning Tree or FabricPath in modern assessments, so candidates studying older Cisco materials should verify their resources match the current exam blueprint. Storage network design is now a discrete sub-domain on DCCOR, with NVMe over Fabrics and unified storage network fabrics testing more heavily than legacy Fibre Channel topologies.
Automation in data center management now significantly incorporates tools like Python, Ansible, and Terraform. Exam topics for the CCNP and CCIE Data Center certifications include designing and configuring network infrastructures, implementing and managing computing systems, storage networking, automation, and security. The CCNP and CCIE certifications focus on key areas including network, compute, storage, automation, and security disciplines. Storage network knowledge is especially weighted on DCNX and on the DCID design exam, where candidates must size storage network fabrics for multi-tenant workloads.
How to Pick the Right Concentration
If you work in network operations, DCNX or DCID gives you the strongest day-to-day overlap. If your shop runs ACI, take DCACI or DCAUI. If you work on UCS hardware, DCUC is the obvious pick. If you write infrastructure code or you want to move into a DevOps-leaning role, DCAUTO opens the most doors over a 5-year horizon. According to LinkedIn job postings analyzed in early 2026, automation-tagged roles in this segment grew 34% year-over-year while traditional network engineering roles grew 8%. Automation skills now command the highest premium across the entire CCNP track, with data center automation and orchestration appearing in 41% of senior network engineer postings.
Prerequisites for the CCNP Data Center Certification
There are no formal prerequisites for the credential, which means you do not need to hold the CCNA before sitting the exam. That said, having a strong understanding of fundamental networking concepts such as IP addressing, routing, and switching is crucial for success in the exams. These foundational key concepts overlap heavily with the CCNA Routing and Switching syllabus, so candidates without a CCNA should plan to cover those key concepts before tackling the DCCOR blueprint.
Cisco recommends that candidates have at least three to five years of experience in implementing enterprise networking solutions before attempting the CCNP Data Center certification exams. Most candidates who pass on the first attempt have hands-on experience with Cisco Nexus switches, UCS servers, or ACI fabrics. Practical, production-floor experience matters more than classroom hours; a candidate with three years of operational Cisco platform experience typically outperforms a candidate with eight years of academic study.
Familiarity with concepts such as virtualization, storage, and security is also important for candidates pursuing the credential. Candidates without enterprise infrastructure exposure should plan for an additional 100-150 study hours to build that base before tackling exam-specific prep. Practical familiarity with the data center industry, including vendor ecosystems and operational realities, also helps candidates interpret scenario-based questions correctly.
Cisco Data Center Certification Exam Blueprint and Topics
Cisco publishes a detailed exam blueprint for every Cisco data center certification. The blueprint lists every topic, subtopic, and the relative weight on the exam. Reading the blueprint is the single most important first step in any serious prep effort. The blueprint is also the primary roadmap for understanding how Cisco data center technologies map to specific exam questions.
The DCCOR core blueprint covers six domains with specific weights as outlined earlier. Each specialty exam has its own blueprint, available on the Cisco Learning Network. Candidates who skip the blueprint review tend to over-study comfortable topics and under-study weaker areas, which is the most common reason for failed first attempts according to author commentary on the DCCOR Official Cert Guide.
Major topic domains in the data center certification family include data center networking, compute platforms, storage network technologies, automation, security, and operations. Application centric infrastructure shows up across DCID, DCACI, and DCAUI as a standalone domain. Cisco data center infrastructure as a broad concept is tested at multiple cognitive levels, from recall to configure-and-troubleshoot scenarios. The data center core technologies tested in DCCOR include Nexus operating systems, MDS storage switches, UCS Manager, and Cisco Intersight. Mastering these data center core platforms gives candidates a strong base for any specialty path; the same data center core knowledge transfers directly to CCIE Data Center lab scenarios.
Core data center technologies on DCCOR include both legacy and modern stacks, ranging from Fibre Channel SANs to NVMe over Fabrics on unified fabrics. Cisco data center technologies have evolved significantly since the 2020 blueprint refresh, with VXLAN EVPN, ACI, and Intersight now central. The same core data center technologies appear across DCCOR and the CCIE Data Center lab, so DCCOR prep doubles as a CCIE foundation.
Storage network topics on the blueprint include zoning, FCoE, NPV/NPIV, and VSANs. Storage network design scenarios appear on both DCCOR and DCID. The data center network domain on DCCOR weights leaf-spine, VXLAN EVPN, and OSPF/BGP at 25% combined, and the data center network sub-blueprint includes underlay versus overlay design tradeoffs. Data center infrastructure design scenarios test how candidates size racks, cooling, and cabling; data center infrastructure questions on DCID specifically test physical-to-logical mappings for ACI fabrics.
Cognitive Levels on the Certification Exam
Cisco uses a three-tier cognitive model on its certification exam questions. Recall questions ask you to identify a fact or concept. Understand questions ask you to explain how something works. Apply questions ask you to choose the right configuration in a scenario. The DCCOR core exam leans roughly 30% recall, 35% understand, and 35% apply, based on Official Cert Guide preparation guidance. Specialty tests lean even more toward apply-level questions, which is why hands-on practice with Cisco Nexus and UCS hardware or sandboxes is essential. Effective exam preparation means rehearsing apply-level scenarios in the lab; structured exam preparation that blends reading, video, and lab time produces the highest first-attempt pass rates. The Cisco Certified Network Professional cognitive model rewards candidates who can build configurations from a blank slate, not just recognize correct snippets. Apply-level data center core questions often combine two domains; a single data center core scenario may test both compute and storage in one item, and a data center network apply-level question can mix routing, security, and automation. Data center core scenarios also dominate the final practice exam questions in the Official Cert Guide chapter ends.
CCNP Data Center Training and Study Plan
A structured CCNP data center training plan is essential for organizing your preparation and ensuring you cover all necessary topics for the credential exams. Most candidates need 250 to 400 hours of study to pass the core exam and 120 to 200 hours for a specialty exam, based on community survey data on r/ccnp and Cisco Learning Network forums. Effective exam preparation breaks the workload into weekly blocks tied to specific blueprint domains.
A realistic 16-week study plan for working professionals looks like this:
Weeks | Focus | Hours/week |
|---|---|---|
1-2 | Read the DCCOR blueprint, set up sandbox access | 8 |
3-6 | Network domain (spine-leaf, VXLAN EVPN, OSPF/BGP) | 12 |
7-8 | Compute domain (UCS B/C/X-Series) | 12 |
9-10 | Storage domain (FC, FCoE, NVMe-oF, storage network sizing) | 12 |
11-12 | Automation domain (Python, Ansible, REST) | 12 |
13-14 | Security and operations domains | 12 |
15 | Mid-study mock exam, review weak areas | 15 |
16 | Final three-day review window, day-of logistics | 20 |
Developing a structured study plan is essential for organizing your preparation and ensuring you cover all necessary topics for the credential. The 16-week timeline assumes you already have CCNA-level networking knowledge. Candidates new to enterprise networking should add 8-12 weeks to the front end. A complete final study plan should include a final preparation chapter review, two full-length mock exams, and at least three lab-based scenarios per blueprint domain.
Preparation Strategies and Weekly Study Hours
Block your study hours like meetings on the calendar. Two-hour weekday sessions plus a three-hour Saturday lab session is the most common schedule among successful candidates. Cisco’s official resources and self-study guides are recommended for exam preparation, so anchor each weekly block to a specific blueprint domain rather than jumping around.
Appropriate Learning Resources and Cisco Press Books
Choosing the right learning resources separates the candidates who pass on the first attempt from the ones who burn money on retakes. The right mix combines an official Cisco Press book, a video course, hands-on lab access, and a final-prep practice test bank.
Cisco Press publishes the CCNP and CCIE Data Center Core DCCOR 350-601 Official Cert Guide as the primary self-study resource. The book runs roughly 1,000 pages and is the only self study resource approved at depth by Cisco for the DCCOR core exam. The Official Cert Guide includes a final preparation chapter, end-of-chapter review questions, and access to the Pearson Test Prep practice test software CCNP candidates use for full-length mock exams. The complete study package includes the book, online practice tests, flash cards, and a study planner. The bundle includes assessment features that let students assess knowledge upfront, then track improvement on a module by module basis.
The DCCOR Official Cert Guide is the most comprehensive self study resource on the market for Cisco data center technologies, covering every blueprint domain at depth. Cisco data center professionals frequently report on Cisco Learning Network that pairing the Official Cert Guide with hands-on lab time produces the highest first-attempt pass rates. Cisco data center professionals already working in production environments often only need 8-12 weeks with the Official Cert Guide to be exam-ready.
Beyond the official text, the highest-rated video courses in 2026 are CBT Nuggets, INE, and Cisco’s own Cisco U. learning platform. Each runs $50-$150 per month for unlimited access. Free options include Cisco DevNet sandboxes for ACI and Nexus practice and the dCloud lab environment, both of which require only Cisco.com account registration; for video lessons, internet access required for HD streaming should be at least 10 Mbps, and desktop and laptop computers running modern browsers are the recommended platforms for live lab consoles. Detailed tutorials on Cisco U. and CBT Nuggets walk through every blueprint domain in step-by-step videos that pair with hands-on labs. Many candidates also use downloaded practice exam apps from Boson and Pearson on tablets for offline review during commutes.
Books, Video, and Lab Resources Compared
Resource Type | Top Pick | 2026 Cost | Best Use |
|---|---|---|---|
Official book | DCCOR Official Cert Guide | $60 | Primary text and reference |
Video course | CBT Nuggets DCCOR | $59/month | Concept reinforcement |
Practice tests | Boson ExSim-Max | $99 | Mock exam realism |
Hands-on lab | Cisco dCloud + DevNet sandbox | Free | Configure and troubleshoot practice |
Comprehensive bundle | Cisco U. all-access | $399/year | All-in-one for self-paced learners |
The integrated learning package gives candidates a single platform for reading, watching, and labbing without context-switching between five different tools. An integrated learning package from a single vendor like Cisco U. is the path of least resistance for candidates who struggle to assemble their own resource stack. Cisco U. functions as a comprehensive self study resource bundling the book, videos, labs, and practice tests in one subscription; this bundled approach simplifies budgeting and onboarding, especially for candidates studying outside of an employer-sponsored training program.
Hands-On Practice for CCNP Data Center Exams
Hands-on practice with real Cisco products is crucial for mastering the CCNP Data Center exam content, as it helps candidates understand how to configure, troubleshoot, and implement the technologies covered in the exams. Reading and watching alone gets most candidates to about 60% on practice tests. The remaining 30 points come from typing commands and breaking things in a lab. Building real data center skills requires repetition under pressure, not just passive video consumption.
Cisco DevNet provides free sandbox environments for ACI, Nexus, and UCS that run for 4-hour reservation windows. dCloud offers longer reservations and pre-built scenarios. Implement basic Nexus and UCS configurations early in your prep, then layer in automation with Python and REST APIs as you progress through the blueprint domains. Common data center tasks to practice include configuring VXLAN EVPN underlays, deploying ACI tenants, and automating UCS service profile creation; rotating through these scenarios weekly builds the muscle memory required for apply-level questions.
Practice automation with Python and REST APIs by writing scripts that pull device inventory, push VLAN configurations, and validate operational state. Deploy and test Application Centric Infrastructure tenants, VRFs, and bridge domains to build muscle memory for the ACI portions of DCID, DCACI, and DCAUI specialty exams. Both your conceptual knowledge and your hands-on configuration ability are tested on the credential, so labbing alongside reading is non-negotiable; relying on conceptual knowledge alone leaves a 30-point gap on practice tests.
Lab Tasks That Mirror Exam Scenarios
Configure tenant, VRF, and bridge domain in ACI, then validate contract enforcement between application tiers. Automate ACI tasks with Postman or scripts to simulate how concentration exams test integration. Provision sandbox or dCloud lab access weekly so the muscle memory stays fresh through the entire 16-week study window. Cisco data center solutions are tested in scenario-based questions where reading speed and command recall both matter, so timed lab drills are worth their study hours. Mapping each lab session to specific exam objectives keeps practice aligned with the blueprint; without explicit exam objectives in front of you, lab time drifts toward comfortable topics. Cover all listed exam topics across Network, Compute, Storage, Automation, Security, and Operations to avoid blind spots on the real exam.
Data center automation lab work should include both UCS service profile automation and Nexus VLAN provisioning via Python and Ansible. Data center automation also covers ACI policy automation through the cobra Python SDK, which appears on DCAUTO concentration scenarios. Run exam realistic questions and exam realistic practice questions from Boson and Pearson Test Prep at the end of each blueprint domain to validate retention; challenging review questions from the Official Cert Guide chapter ends should be revisited before moving to the next domain.
Practice Tests, Mock Exams, and Self-Assessment Strategy
Practice tests are vital for identifying weak areas and managing time effectively during the actual test. Taking practice tests regularly is an effective way to gauge your readiness, helping to identify areas that need improvement and build confidence before the actual test. Realistic practice tests calibrated to the real exam’s difficulty are the most accurate predictor of exam success.
Run a full-length timed practice exam at the end of week 8 and the end of week 14. The week-8 result establishes baseline weak areas. The week-14 result tells you whether you are ready to schedule the real certification exam. Candidates scoring below 75% on a Boson or Pearson Test Prep mock exam should delay the real attempt and study weak areas until the score climbs.
Review missed questions by topic area, not by question number. Repeat targeted quizzes until accuracy improves to 85% or above on each blueprint domain. Log performance trends weekly so you can see whether weak areas are improving or stuck. An organized test preparation routine that pairs daily reading with weekly mock tests builds the most reliable trajectory; the test preparation routine proven by repeated community polling on Cisco Learning Network combines reading, video, lab, and timed mock exams in roughly equal weekly hours. A complete assessment of readiness should run by domain, not as a single global percentage; one complete assessment per month flags any domain falling behind. Targeted practice exercises drawn from chapter-end questions in the Official Cert Guide reinforce weak areas; rotating practice exercises across all six DCCOR domains avoids over-indexing on comfortable topics.
The Pearson Test Prep practice test software CCNP candidates get free with the Official Cert Guide is good for question variety, but Boson ExSim-Max is widely considered the closest match to the difficulty and phrasing of the real certification exam. Most successful candidates use both. Some candidates also download exam databases of unofficial questions, but candidates should download exam databases only from reputable providers like Boson or MeasureUp to avoid braindump material that violates the Cisco certification agreement. Exam preparation tasks practice should include test taking tips like marking flagged questions for review and skimming the entire exam before answering; structured exam preparation tasks practice in 30-minute timed blocks builds stamina for the 120-minute real exam.
From CCNP Data Center to CCIE Data Center
Passing the CCNP Data Center core exam (350-601 DCCOR) automatically qualifies you to schedule the CCIE Data Center lab exam. Many credential holders treat the CCNP as a halfway milestone to the CCIE Data Center, the industry’s most recognized expert-level data center credential.
The CCIE Data Center lab exam runs 8 hours and costs $1,600 USD per attempt. Cisco recommends 5-7 years of hands-on enterprise networking experience before attempting the CCIE lab. The pass rate is widely estimated at 20-30% on the first attempt based on community reports, which makes targeted lab prep essential.
Prep typically adds another 600-1,000 study hours on top of CCNP hours, with most of that time spent in physical or virtual rack rentals. INE, IPexpert, and Cisco’s own CCIE workshops are the most-used prep paths. The CCIE Data Center pays a measurable premium: cross-referenced data from Glassdoor, Levels.fyi, and Robert Half shows CCIE Data Center holders earning $165,000 to $215,000 in 2026, with senior architect roles topping $250,000 in major US metros.
Specialization Paths After CCNP
Beyond CCIE, credential holders commonly specialize into one of three lanes. Cloud and hybrid architecture roles combine the cert with AWS, Azure, or GCP cloud certifications, since cloud computing skills are now expected on most senior data center engineering roles. The cloud computing premium is most pronounced for engineers who can bridge on-prem Cisco data center infrastructure with AWS Direct Connect or Azure ExpressRoute. Automation and DevOps roles combine the cert with Python, Terraform, and Kubernetes credentials. Pre-sales and architecture roles combine the cert with vendor-issued design certifications from NVIDIA, Schneider Electric, or VMware. Each specialization route adds another $15,000 to $40,000 in compensation by mid-career, according to LinkedIn Workforce Reports for the data center networking segment.
Exam Day Preparation and Test-Taking Strategy
Finalize logistics for the test center or online proctor at least one week before exam day. Pearson VUE offers both options. The test center route is more reliable, but online proctoring is faster to schedule. Verify exam hardware and environment requirements if you choose online proctoring, since the OnVUE software has strict rules about a clean desk, no second monitor, and a quiet room.
Review high-yield topics on exam morning rather than cramming new material. The DCCOR exam runs 90-110 questions in 120 minutes, so manage time per question to roughly 70-80 seconds. Use process of elimination on uncertain questions and flag them for review rather than burning time on the first pass. Walk through the published exam objectives one final time the night before; mapping fresh exam objectives to your weak areas in the last 12 hours catches gaps that survived earlier review.
Compile identification and confirmation details the night before. Pearson VUE requires two forms of ID. Perform final equipment checks before exam day if you are testing online. Test taking tips from the Official Cert Guide and CBT Nuggets instructors all converge on the same advice: read every question twice, eliminate two answers immediately, and pick between the remaining two on technical merit, not on which one “sounds more Cisco.” The Official Cert Guide is structured so that Cisco technology experts cover every blueprint domain in depth, with chapter authors drawn from Cisco’s own engineering and instructor pools; Cisco technology experts cover edge cases and design tradeoffs that pure exam-cram material misses. Reviewing the published exam topics the morning of the test gives you a checklist mindset; running through exam topics in the order Cisco lists them on the blueprint reinforces priority.
After passing, register your achievement in the Cisco certification portal, which automatically updates your transcript and grants access to the Cisco Learning Network alumni community. Share the digital badge on LinkedIn within 48 hours of passing, since recruiter searches for newly-credentialed CCNP Data Center holders spike in the days after Cisco’s monthly badge issuance.
What’s Next After Earning Your Credential
Earning the credential opens three immediate paths. You can pursue the CCIE Data Center to chase the expert-level credential. You can layer cloud certifications (AWS, Azure, GCP) to position for hybrid architect roles. You can specialize in automation by adding Python, Ansible, and Terraform credentials to move into infrastructure-as-code roles that paid 34% more in 2026 than traditional network engineering positions according to LinkedIn data.
Track certification expiry and recertification windows in the Cisco certification portal. The credential is valid for three years. Earn continuing education credits via Cisco courses, Cisco Live attendance, or by passing additional specialty exams to recertify without retaking the full exam. Plan periodic skill refresh cycles every 12-18 months to stay current with evolving data center technologies, since Cisco updates the DCCOR blueprint roughly every three years and specialty exams more frequently.
Update your resume and LinkedIn profile within a week of passing. Reach out to recruiters at hyperscale operators, colocation companies, and Cisco partners who hire credential holders aggressively. The data center technician salary guide gives benchmark numbers for negotiations.
Frequently Asked Questions
How much does the CCNP Data Center certification cost in 2026?
The CCNP Data Center certification costs $700 USD in exam fees alone: $400 for the 350-601 DCCOR core exam and $300 for one concentration exam, both paid to Pearson VUE. Total prep cost typically runs $900-$1,500 when you add the Cisco Press Official Cert Guide ($60), a video course subscription ($300-$600), Boson practice tests ($99), and lab access. Cisco U. all-access at $399 per year bundles most resources for self-paced learners.
How long does it take to earn the CCNP Data Center certification?
Most candidates earn the CCNP Data Center certification in 4-6 months of focused study while working full-time. Candidates with 3-5 years of enterprise networking experience and existing CCNA knowledge typically pass in 16-20 weeks of part-time prep (10-12 hours per week). Candidates new to enterprise networking should plan for 6-9 months. The two exams (core plus concentration) can be taken in either order, but most candidates pass the DCCOR core first.
Is CCNA required before taking the CCNP Data Center exam?
No, CCNA is not required for the CCNP Data Center certification. Cisco removed all formal prerequisites in 2020. Cisco recommends three to five years of enterprise networking experience before attempting the exam, but you can register for the DCCOR core exam without holding any prior Cisco credential. Most candidates who pass on the first attempt do hold a CCNA because the foundational networking concepts overlap heavily with the CCNP Data Center exam content.
What is the salary impact of the CCNP Data Center certification?
CCNP Data Center holders earn $115,000 to $155,000 in 2026 based on cross-referenced data from Glassdoor, Indeed, and ZipRecruiter, roughly 18% more than CCNA-only network engineers in similar data center roles. Senior network architects with CCNP Data Center plus an automation or cloud cert earn $145,000 to $185,000. CCIE Data Center holders earn $165,000 to $215,000, with top architect roles in Northern Virginia and Silicon Valley exceeding $250,000 according to Robert Half and LinkedIn Workforce Reports.
Which CCNP Data Center concentration exam should I take first?
Take the concentration exam that matches your current job role for the highest first-attempt pass rate. DCNX is best for network engineers working with Nexus and VXLAN. DCUC is best for UCS administrators. DCACI is best for ACI fabric engineers. DCAUTO is best for DevOps and automation engineers and has the strongest 5-year salary growth trajectory based on LinkedIn job posting trends through early 2026. DCID is the broadest design exam and is favored by pre-sales engineers and architects.
