CCNP ENCOR v1.2 Exam Changes: What to Know in 2026

The CCNP ENCOR 350-401 exam updated to version 1.2 on March 19, 2026, with the headline change being the complete removal of wireless topics. Cisco added expanded multicast coverage (SSM, bidirectional PIM, MSDP), AI-powered network assurance through Catalyst Center, and streamlined the automation module by removing specific vendor tool references. The exam still costs $400, runs 120 minutes, requires a passing score of 825/1000, and retains the same six-domain structure.

What Changed in ENCOR v1.2

On March 19, 2026, Cisco replaced the CCNP ENCOR 350-401 v1.1 exam with v1.2. The biggest change: wireless topics were completely removed from the blueprint. That single decision reshaped how every candidate approaches this exam. The last date to test on v1.1 was March 18, 2026 — if you’re sitting for the exam now, you’re taking v1.2 whether you prepared for it or not.

Cisco announced the update through the Cisco Learning Network and confirmed the changes in the official ENCOR exam topics page. The community on r/ccnp picked up the news quickly, with a 53-upvote thread discussing the implications for candidates mid-study.

The exam still runs 120 minutes with approximately 100 questions. The passing score remains 825 out of 1000, and the cost stays at $400 USD according to Cisco’s certification portal. The six-domain structure is unchanged — but what’s inside those domains shifted significantly.

Wireless Topics Removed

Wireless was a substantial portion of v1.1. In Architecture, the old blueprint demanded detailed coverage of wireless QoS policies, wireless design principles, and RF fundamentals. In Infrastructure, Layer 1 RF concepts, access point modes, antenna types, client roaming, WLAN troubleshooting, and wireless segmentation were all fair game. In Security, 802.1X, WebAuth, PSK authentication, and the EAPOL 4-way handshake appeared regularly.

All of that is gone in v1.2. The entire wireless infrastructure section has been stripped from the Infrastructure domain. Wireless design coverage was pulled from Architecture. NAC methods (Network Access Control with 802.1X, MAB, and WebAuth) were removed from Security.

What this means in practice: if your study materials still include chapters on WLAN configuration, CAPWAP, or wireless roaming scenarios, you’re spending time on topics that will not appear on your exam. Several candidates on DigitalTut’s experience thread confirmed that no wireless-related questions appeared in their v1.2 attempts.

If you want wireless certification, Cisco now routes that through dedicated concentration exams. The CCNP Enterprise concentration exams page lists options like 300-430 ENWLSI (Implementing Cisco Enterprise Wireless Solutions) for candidates who still need wireless depth.

New and Expanded Topics

Removing wireless freed up space for other topics — and Cisco used it to strengthen areas that matter more in modern enterprise networks. Here’s what’s new or expanded:

Multicast Got Heavier

In v1.1, multicast coverage was limited to RPF checks, PIM, and IGMP v2/v3. Version 1.2 adds SSM (Source-Specific Multicast), bidirectional PIM, and MSDP (Multicast Source Discovery Protocol). If you haven’t touched MSDP since your CCIE studies or skipped bidir-PIM entirely, this is where candidates are getting caught off guard.

Expect scenario-based questions where you need to identify why multicast traffic isn’t reaching receivers in a multi-domain environment. Understanding when to use MSDP versus simply configuring additional PIM sources is the kind of distinction the exam tests.

AI-Powered Network Assurance

The Network Assurance domain now explicitly references Cisco Catalyst Center (rebranded from Cisco DNA Center) and AI-powered workflows. The v1.1 blueprint only mentioned traditional configuration, monitoring, and management workflows. Version 1.2 expects you to understand how AI-driven analytics and assurance features in Catalyst Center automate anomaly detection, root cause analysis, and configuration compliance.

You don’t need to be a machine learning engineer, but you should understand what AI-powered assurance actually does: continuous network telemetry analysis, baseline behavior learning, and automated identification of deviations that indicate problems before they cause outages.

Updated Automation Module

The Automation and AI module dropped specific vendor tool references. Where v1.1 explicitly listed Chef, Puppet, Ansible, and SaltStack, v1.2 now uses the more general framing of “agent vs. agentless orchestration tools.” The platform names were updated too: Cisco DNA Center became Cisco Catalyst Center, and vManage is now referenced as SD-WAN Manager.

The shift means you need conceptual understanding of orchestration approaches rather than product-specific feature memorization. Know the difference between agent-based tools (Ansible requires SSH access but pushes configuration, SaltStack uses a minion agent) and agentless tools (Chef Server with knife bootstrap, Puppet with bolt). The exam tests the principle, not the version number.

Security Streamlined

The Security domain was trimmed. The broader network security design coverage including detailed NAC methods was reduced. The focus shifted toward infrastructure hardening: ACLs, CoPP (Control Plane Policing), device access control with AAA, and REST API security. Next-generation firewall concepts and TrustSec/MACsec remain in the blueprint but at a higher, more conceptual level.

New exam takers report questions about Firepower in unexpected contexts — one candidate on DigitalTut mentioned “something about Firepower” appearing as a new question type, which suggests Cisco is testing security integration knowledge more broadly than pure ACL syntax.

Exam Domain Breakdown

The six-domain weighting in v1.2 remains identical to v1.1, but the content within each domain has shifted:

Domain	Weight	v1.2 Key Changes
Architecture	15%	Wireless design removed; QoS now general (not wired/wireless split)
Virtualization	10%	Minimal changes; cloud integration slightly emphasized
Infrastructure	30%	Wireless infrastructure removed; multicast expanded (SSM, bidir-PIM, MSDP)
Network Assurance	10%	Catalyst Center branding; AI-powered workflows added
Security	20%	NAC methods removed; infrastructure hardening focus
Automation and AI	15%	Vendor-specific tools removed; platform names updated

The Infrastructure domain at 30% remains the largest by far. Layer 2 (trunking, EtherChannel, spanning tree), Layer 3 (EIGRP vs OSPF comparison, OSPF configuration, eBGP), and IP Services (NTP/PTP, NAT/PAT, HSRP/VRRP, multicast) all carry the same weight they did before. The multicast expansion is where your extra study hours should go.

Real Exam Experience From v1.2 Takers

Since March 2026, dozens of candidates have shared their experiences online. The consensus: the exam format hasn’t changed (still lab sims, multiple choice, drag-and-drop), but question content has shifted noticeably.

On DigitalTut’s experience-sharing thread, candidates report that roughly 50-80% of questions feel familiar from existing study banks, with the remainder being new or significantly reworded. The discrepancy depends on how recently your study materials were updated. One candidate who passed in early June noted: “95% of the questions are known and the unknown questions are not too hard.” Another warned that if you relied on memorization without hands-on practice, the new question formats will expose that weakness.

Lab simulations remain consistent with previous versions. Candidates report seeing familiar labs including: combined VRF configuration (learn both VRF 1 and VRF 2 scenarios), NetFlow configuration, OSPF advertisement and summarization, CoPP ACL configuration, LACP with root bridge selection, and eBGP neighbor setup. IP addresses may change between attempts, but the underlying tasks are the same.

One critical warning from a candidate who failed: lab configuration commands that seem correct can behave differently in the exam environment. If you’re unfamiliar with Cisco IOS error messages and troubleshooting workflow, a lab sim that should take 10 minutes can consume 25 minutes of your 120-minute window. Practice the exact CLI commands on real equipment or Cisco’s official lab environments before sitting the exam.

Study Plan Adjustments

If you were studying for v1.1 and the exam switched to v1.2, here’s a concrete plan to redirect your preparation:

Week 1: Audit Your Materials

Go through your current study resources and mark every wireless-specific topic as “skip.” This includes WLAN configuration, wireless QoS, RF fundamentals, 802.1X/EAP, WLC architecture, CAPWAP, and wireless roaming. Cross-reference your study plan against the official v1.2 exam topics on the Cisco Learning Network. Anything not on that list goes into a low-priority or removed pile.

Weeks 2-3: Multicast Deep Dive

Allocate focused time to the three new multicast topics: SSM, bidirectional PIM, and MSDP. Build lab scenarios in GNS3 or EVE-NG where you configure PIM-SM with SSM groups, then add MSDP peers between two autonomous systems sourcing multicast traffic. Test bidir-PIM with a shared rendezvous point and observe how traffic flows differently from standard PIM-SM. Understanding these differences at a protocol level is what separates candidates who pass from those who retake.

Week 4: Catalyst Center and Automation

Spend time in the Cisco Catalyst Center interface (available through Cisco DevNet sandboxes). Understand the AI-powered assurance workflows: how the platform collects telemetry, establishes baselines, and generates anomaly alerts. For automation, review the YANG data modeling concepts and practice constructing JSON payloads for RESTCONF calls. You don’t need to write production code, but you need to read a REST API response and identify what went wrong.

Weeks 5-6: Lab Practice and Review

Run through every lab scenario that has appeared in candidate experience reports: VRF configuration with route leaking, NetFlow with Flexible NetFlow exporters, OSPF multi-area with summarization and filtering, eBGP neighbor configuration with address families, ACL-based CoPP, LACP with STP root bridge manipulation, and HSRP/VRRP first hop redundancy. Time yourself — if a lab takes more than 12 minutes in practice, you’re not fast enough for exam conditions.

Concentration Exam Strategy

Remember that CCNP Enterprise requires two exams: the ENCOR core plus one concentration exam of your choice. Concentration exams cost $300 and run 90 minutes each. The available options include 300-410 ENARSI (Advanced Routing), 300-415 ENSDWI (SD-WAN), 300-420 ENSLD (Design), 300-425 ENWLSD (Wireless Design), 300-430 ENWLSI (Wireless Implementation), 300-435 ENAUTO (Automation), and 300-440 ENSLSD (SD-Access). Choose based on your career trajectory — ENARSI for network operations roles, ENSDWI for edge/SASE positions, ENAUTO for network automation careers.

For planning your full certification path, check out our IT Certification Roadmap 2026 guide for recommended sequences that maximize career impact.

Salary and Career Impact

According to salary survey data aggregated from CCNP-certified professionals, the average annual compensation sits around $107,000 in the United States, with a range from $74,000 to $156,000 depending on experience level, location, and specialization. Professionals with 5-9 years of experience earn around $107,000, while those with 10+ years average $117,000.

The v1.2 update doesn’t change the certification’s value — it makes it more relevant. By dropping legacy wireless topics and adding AI-powered assurance, multicast depth, and modern automation concepts, Cisco aligned the exam with what enterprise networks actually run in 2026. Employers don’t just want someone who can configure a WLAN controller. They want engineers who understand AI-driven network operations, can troubleshoot complex multicast deployments, and can automate configuration at scale.

Common roles for CCNP Enterprise holders include network engineer, senior network engineer, network architect, systems engineer, and network security engineer. Adding a CCIE on top of CCNP can increase salary by up to 26%, according to salary analysis from network engineering instructor Orhan Ergun.

For maintaining your certification long-term, review our certification renewal strategies to keep costs manageable across your entire cert portfolio.

What to Do Right Now

If your exam date is within 30 days, stop studying wireless immediately. Redirect that time to multicast (SSM, bidir-PIM, MSDP) and Catalyst Center AI assurance concepts. Run through lab simulations under timed conditions. Verify your study materials reference v1.2, not v1.1.

If you’re early in your preparation, you’re in a strong position. Start with the official Cisco exam topics page, build a lab environment, and follow the study plan above. The ENCOR exam has always rewarded hands-on practice over memorization — and v1.2 makes that even more true. New question formats around AutoQoS with table-map configurations, Firepower integration, and AI-driven assurance scenarios require understanding, not recall.

Our CCNP Enterprise study plan covers the foundational preparation strategy, but supplement it with the multicast and automation focus areas outlined here for the updated exam.