“CCNP Routing and Switching” is retired; enterprise networking is the current path

Cisco no longer organizes professional enterprise networking around the old CCNP Routing and Switching certification. The modern path is CCNP Enterprise. That change is more than a rename: Cisco’s current enterprise portfolio emphasizes automation, assurance, security, virtualization, SD-WAN, cloud connectivity, and modern enterprise design alongside traditional routing and switching.

If you encounter an older course promising CCNP Routing and Switching preparation, treat its OSPF, BGP, switching, redundancy, and troubleshooting material as potentially useful technical history, but verify every certification claim against the current Cisco portfolio. ExamSnap’s retired CCNP Routing & Switching certification explains that transition directly.

Legacy CCNP R&S books can still be excellent for routing fundamentals, but candidates should annotate them. Mark chapters that map to current objectives, chapters that remain useful background, and chapters that describe retired exam logistics. This allows you to keep strong technical explanations without inheriting obsolete certification advice.

Enterprise design also requires understanding failure domains. Redundant links, first-hop redundancy, routing convergence, control-plane protection, and path diversity matter because a network is judged by service continuity, not the number of configured protocols. Lab both planned and unplanned failure.

CCNA remains the broad associate-level networking foundation

CCNA is Cisco’s main associate-level certification for networking. It covers network fundamentals, access, IP connectivity, IP services, security fundamentals, and automation/programmability. There are no formal prerequisites, but successful candidates usually benefit from practical familiarity with addressing, VLANs, routing, wireless concepts, and basic device configuration.

CCNA is not mandatory before CCNP Enterprise, yet it provides a useful baseline. A candidate who cannot troubleshoot basic Layer 2 and Layer 3 behavior will find professional-level study inefficient because advanced designs assume those fundamentals. Use the associate level to make packet flow intuitive rather than treating it as a checkbox.

CCNA-level troubleshooting should become automatic before professional study. You should be able to explain why a host cannot reach a gateway, why a VLAN is missing across a trunk, why a route is not installed, and how to verify each layer. Professional exams then build on that fluency rather than reteaching it.

CCNP Enterprise requires one core exam plus one concentration exam

The current CCNP Enterprise structure requires the 350-401 ENCOR core exam and one concentration exam. Passing ENCOR also earns a Cisco Certified Specialist – Enterprise Core credential. Cisco currently lists ENCOR at US$400 with a 120-minute duration, while concentration exams are typically US$300 and 90 minutes.

This structure lets candidates prove broad enterprise knowledge and then specialize. The CCNP Enterprise certification is ExamSnap’s direct certification destination, while the 350-401 ENCOR maps to the core exam itself.

Cisco’s current professional model also means concentration choice can change without invalidating the core. ENCOR provides breadth; the concentration proves specialist depth. This makes the certification path more adaptable to roles than the old fixed-exam bundles used by earlier CCNP generations.

Network assurance has become more important in the Cisco portfolio. Telemetry, flow records, packet capture, synthetic tests, controller analytics, and baselines help engineers move from reactive troubleshooting to evidence-driven operations. Learn what each data source can and cannot prove.

ENCOR v1.2 broadens enterprise networking beyond CLI configuration

Cisco’s current ENCOR training prepares candidates for the v1.2 exam. The core still requires strong networking fundamentals, but modern enterprise engineering also includes virtualization, assurance, security, automation, APIs, controllers, and software-defined networking. Cisco specifically notes that wireless content formerly associated with v1.1 moved to dedicated wireless certifications.

Good ENCOR preparation therefore mixes configuration with interpretation. You should be able to read a topology, predict forwarding, diagnose control-plane behavior, interpret assurance data, explain segmentation, and reason about automation workflows. ExamSnap’s CCNP Enterprise in 2026 article provides a broader current-path view.

ENCOR v1.2 should be studied from the current topic list. Cisco has moved some wireless material out of ENCOR into dedicated wireless certifications, so candidates using v1.1 books need to compare chapters with v1.2. Do not assume every topic in an older course remains testable.

Choose a concentration based on the work you want to do

Cisco concentration exams allow candidates to deepen skills in advanced routing, enterprise design, automation, cloud connectivity, network assurance, and other specialist areas. ENARSI is the natural choice for engineers focused on advanced routing and services. ENAUTO fits automation-heavy roles. ENCC fits secure cloud connectivity, including IPsec and SD-WAN. ENNA focuses on network assurance design and implementation.

The right concentration is the one you can reinforce with real tasks. A routing engineer should build and break OSPF, BGP, redistribution, VPN, and services. An automation candidate should write code, call APIs, parse data, and test idempotent changes. Exam choice should follow a skill direction rather than a perceived “easiest” option.

Concentration labs should create evidence. Save configurations, diagrams, packet captures, API responses, validation output, and short incident notes. A portfolio of repeatable labs helps both exam study and career conversations because it shows how you reasoned, not merely what command you typed.

Security should be integrated into enterprise labs. Include AAA, segmentation, ACLs, secure management, control-plane protections, and encrypted connectivity. A routing design that works only when security controls are removed is not production-ready.

CCIE Enterprise Infrastructure is the expert-level continuation

ENCOR also serves as the qualifying core exam for CCIE Enterprise Infrastructure. The expert path is not simply a harder multiple-choice certification. It expects integrated design, deployment, operation, and troubleshooting under practical constraints. Candidates should think of professional-level preparation as building the depth that later expert work demands.

That does not mean every CCNP candidate should target CCIE immediately. Professional certification can be the right endpoint for a role. But understanding the hierarchy helps you choose labs and projects that create durable skill instead of short-lived exam memory.

CCIE preparation is different in intensity but shares the same foundation: structured troubleshooting, design trade-offs, and operational verification. Treat every professional-level lab as practice in forming and testing hypotheses. That habit scales better than memorizing isolated fixes.

Build a lab around failure, verification, and automation

Routing and switching competence grows fastest when you can observe cause and effect. Build repeatable labs for VLANs, trunks, spanning tree, first-hop redundancy, OSPF, BGP, VRFs, VPNs, ACLs, QoS, telemetry, and controller-based workflows. Then introduce faults deliberately: wrong masks, missing routes, policy conflicts, MTU problems, authentication failures, and asymmetry.

Add automation gradually. Use structured data, APIs, configuration templates, and validation scripts to check state before and after change. The goal is not to replace networking with code; it is to make network intent measurable and repeatable.

Automation labs should validate state before changing it. Read device data, compare intended and observed configuration, apply a change safely, and verify the result. This workflow teaches the operational discipline behind automation and reduces the chance that code simply makes the wrong change faster.

Finally, practice explaining trade-offs verbally. Why choose one routing policy, topology, or automation method over another? Professional-level competence includes communicating a design decision to peers and stakeholders, not merely obtaining a working configuration.

Study the current blueprint and keep old terminology in historical context

Cisco certification material changes as job roles change. Use current Cisco exam pages and topic documents as the source of truth, then use older books and labs only when their technical content still maps cleanly. Watch for legacy labels such as CCNP Routing and Switching, retired exam numbers, and old wireless scope.

A practical sequence is fundamentals first, ENCOR breadth second, concentration depth third, and production-style troubleshooting throughout. ExamSnap’s CCNA to CCNP Enterprise shows how associate and professional skills can connect without treating the certification ladder as a collection of unrelated tests.

When planning recertification, remember that Cisco certifications have defined validity periods and multiple renewal options. Do not wait until expiration is close to understand continuing-education or exam pathways. A learning plan is easier to sustain when recertification work overlaps with skills your role already needs.

Keep a troubleshooting journal across labs. Record the symptom, initial hypothesis, commands or telemetry used, root cause, and verification step. Over time this becomes a pattern library for routing, switching, services, security, and automation failures. That habit is valuable for exams, but even more valuable when diagnosing production networks under pressure.

Do not let exam breadth eliminate depth. Choose a few recurring enterprise scenarios—campus redundancy, branch connectivity, segmented services, cloud connectivity, and automated change—and revisit them as your skills grow. Seeing the same environment through routing, assurance, security, and automation lenses develops integrated judgment that isolated topic drills cannot.

The strongest candidates can move between configuration and architecture. They understand what a protocol does on one device, how that behavior scales across a topology, what telemetry proves the result, and how a change can be automated without losing control. Build study sessions that deliberately connect those levels instead of treating each as a separate subject.

Review the current Cisco blueprint again before scheduling. Certification portfolios evolve, and a final scope check protects otherwise solid preparation from an avoidable version mismatch.