Cisco (WLCOR) 350-101 Real Exam Dumps [May 2026 Update]

CISCO 350-101 WLCOR Dumps 2026 – Prepare for Cisco CCNP Wireless Core the Right Way

The Cisco 350-101 WLCOR is the core exam for the brand-new Cisco CCNP Wireless certification track, launched March 19, 2026. It tests your ability to implement and operate Cisco wireless core technologies across seven domains: RF Fundamentals (15%), 802.11 Technology Fundamentals (10%), Wireless Network Implementation (10%), Wireless Network Operation (20%), Client Connectivity Configuration (20%), Wireless Monitoring and Management (15%), and Automation and AI (10%). The exam lasts 120 minutes and is delivered through Pearson VUE.

At Cert Empire, we help you prepare with updated 350-101 WLCOR exam materials built around the specific wireless networking knowledge and scenario-based questions Cisco’s WLCOR exam tests. Our preparation resources include domain-weighted PDF dumps and a timed exam simulator aligned to the March 2026 WLCOR v1.0 exam version. Candidates pursuing broader network infrastructure certifications can also explore our Juniper JN0-106 JNCIA-Junos exam dumps as a complementary networking credential.

Understand What the WLCOR Exam Is Really Testing

The 350-101 WLCOR is a new exam that has no direct predecessor. It is not a renamed or updated version of a previous Cisco wireless exam. It is a purpose-built core exam for the new CCNP Wireless certification track that Cisco launched in March 2026 specifically to address the growing complexity and strategic importance of wireless networks in enterprise environments.

This matters for your preparation in two ways. First, study materials from older Cisco wireless exams (ENWLSD, ENWLSI, or even the wireless components of ENCOR) will give you partial but incomplete coverage. The WLCOR is specifically designed to test wireless technology depth at a CCNP core level. Second, because this exam launched in March 2026, the market for quality preparation materials is thin. Most preparation pages for this exam were assembled quickly without genuine wireless technical content.

The exam expects you to know wireless technology at an implementation and operations depth — not just what Wi-Fi 6 is, but how OFDMA operates differently from OFDM, what BSS Coloring achieves in dense deployments, why FlexConnect mode exists and what its operating modes mean for traffic flow, how 802.1X authentication with EAP works end-to-end, and how Cisco AI Network Analytics changes how network operations teams manage RF environments.

When you prepare with Cert Empire, every practice question is built around that implementation and operations depth.

What Is the 350-101 WLCOR Exam?

The 350-101 WLCOR v1.0 is the mandatory core exam for the Cisco CCNP Wireless certification, available from March 19, 2026. Passing it also earns the standalone Cisco Certified Specialist – Wireless Core Technologies certification and counts as the qualifying exam component toward CCIE Wireless (which additionally requires passing the CCIE Wireless Lab exam). The WLCOR is the foundation of Cisco’s new dedicated wireless certification track.

Key Takeaway: WLCOR is a brand-new exam launched March 2026. Candidates who achieved previous Cisco wireless credentials (ENWLSD, ENWLSI) within the past 3 years can gain CCNP Wireless by passing WLCOR alone, with their existing concentration exam credits preserved. New candidates must pass WLCOR plus one wireless concentration exam (WLSD 300-110 or WLSI 300-120) to earn CCNP Wireless.

The Official 350-101 WLCOR Exam Domain Weights

Domains 4.0 (Wireless Network Operation) and 5.0 (Client Connectivity Configuration) are tied for the highest weight at 20% each, together accounting for 40% of the exam. Domain 1.0 (RF Fundamentals) at 15% and Domain 6.0 (Wireless Monitoring and Management) at 15% are the next most weighted. These four domains together account for 70% of the exam and deserve proportionally more preparation time.

What the 350-101 WLCOR Exam Covers

Domain 1.0: RF Fundamentals (15%)

Radio Frequency fundamentals are the physics foundation that makes all wireless networking possible. The WLCOR tests RF concepts at the depth required to make good wireless deployment decisions, not just the vocabulary.

Signal characteristics and propagation covers how RF signals travel, reflect, refract, diffract, and attenuate. The free-space path loss formula describes how signal strength decreases with distance and frequency. Higher frequencies (5 GHz versus 2.4 GHz) experience greater attenuation at the same distance but enable more available channels and less interference. The exam tests how these characteristics drive deployment decisions.

RSSI and SNR are the two primary metrics for assessing wireless signal quality. RSSI (Received Signal Strength Indicator) measures signal strength in dBm — stronger signals are less negative (a -50 dBm signal is stronger than a -70 dBm signal). SNR (Signal-to-Noise Ratio) measures the difference between the signal strength and the noise floor in dB — higher SNR means better link quality and enables higher data rates. The exam tests which metric is appropriate for which assessment and what values constitute good, marginal, and poor coverage.

Antenna characteristics cover antenna gain (measured in dBi), radiation patterns (omnidirectional vs directional), antenna polarization, and how antenna placement decisions affect coverage area and interference. The exam tests how to select appropriate antenna types for described deployment scenarios.

RF interference and channel planning covers the 2.4 GHz band (three non-overlapping channels: 1, 6, 11 in North America), the 5 GHz band (many more non-overlapping channels), and the 6 GHz band (introduced by Wi-Fi 6E, providing even more spectrum). Channel planning decisions — which channels to assign to which access points — directly affect co-channel interference and network performance. The exam tests channel planning principles including the importance of non-overlapping channel assignment and how to minimize co-channel and adjacent-channel interference.

RRM (Radio Resource Management) is Cisco’s automated RF management system that continuously optimizes transmit power levels and channel assignments across all access points. RRM’s dynamic channel assignment (DCA) and transmit power control (TPC) algorithms are specifically testable.

Domain 2.0: 802.11 Technology Fundamentals (10%)

This domain covers the IEEE 802.11 standards and the wireless technologies they define, with particular emphasis on the capabilities introduced by Wi-Fi 6 (802.11ax) that are central to modern enterprise wireless deployments.

Wi-Fi generations and standards: 802.11a/b/g (legacy), 802.11n (Wi-Fi 4, introduced MIMO), 802.11ac (Wi-Fi 5, introduced MU-MIMO on downlink and wider channels), and 802.11ax (Wi-Fi 6, introduced OFDMA and BSS Coloring). 802.11ax in the 6 GHz band is Wi-Fi 6E. Wi-Fi 7 (802.11be) is an emerging standard the exam may also touch.

OFDMA (Orthogonal Frequency Division Multiple Access) is the most significant technical advancement in Wi-Fi 6. It allows an access point to divide its channel into smaller resource units (RUs) and transmit to multiple clients simultaneously within a single 802.11 transmission opportunity. This dramatically improves efficiency in high-density environments because the AP no longer needs to fully serialize client transmissions. The exam tests how OFDMA differs from OFDM and why it matters for high-density deployments.

MU-MIMO (Multi-User MIMO) allows simultaneous transmission to multiple clients using spatial streams. Wi-Fi 6 extends MU-MIMO to both downlink and uplink directions, whereas Wi-Fi 5 only supported downlink MU-MIMO. The exam tests the difference between downlink and uplink MU-MIMO and when each applies.

BSS Coloring is a Wi-Fi 6 mechanism for reducing co-channel interference in dense deployments. Each BSS (Basic Service Set) is assigned a color value. When a device detects a frame with a different BSS color, it can determine more quickly that the frame is from an overlapping BSS (OBSS) rather than its own BSS, enabling it to transmit sooner rather than deferring unnecessarily.

TWT (Target Wake Time) allows access points and clients to negotiate specific times for the client to wake up to receive or transmit data, reducing power consumption for IoT devices and other clients that do not require continuous connectivity.

Domain 3.0: Wireless Network Implementation (10%)

This domain covers how Cisco wireless infrastructure components are deployed and configured, with a focus on the Cisco Catalyst 9800 Wireless LAN Controller platform and access point deployment modes.

Cisco Catalyst 9800 Wireless LAN Controller (C9800) is Cisco’s current-generation WLC platform, replacing the older AireOS-based controllers. The C9800 runs IOS-XE, enabling feature parity with other IOS-XE platforms, consistent CLI, and support for modern programmability features. The C9800 is available as hardware appliances, as a virtual appliance (C9800-CL) running in VMware, KVM, or AWS/Azure, and embedded in some Catalyst switches.

AP operational modes are specifically testable. Local mode is the default — the AP tunnels all client traffic back to the WLC through CAPWAP tunnels (control and data plane). FlexConnect mode allows APs at remote branch sites to locally switch client traffic and locally authenticate clients even when the WAN link to the central WLC is down. Monitor mode dedicates the AP entirely to scanning RF channels for rogue detection and location services. Sniffer mode captures 802.11 traffic for protocol analysis. The exam tests which mode is appropriate for described deployment scenarios and what the traffic flow implications are for each mode.

FlexConnect operating states are specifically testable. In connected state, the FlexConnect AP communicates with the WLC and can either locally switch traffic or centrally switch it depending on the WLAN configuration. In standalone state (WLC unreachable), the FlexConnect AP continues to serve associated clients and can authenticate them locally if RADIUS is not reachable.

CAPWAP (Control and Provisioning of Wireless Access Points) is the tunneling protocol between APs and WLCs. CAPWAP uses UDP port 5246 for the control channel (AP management) and UDP port 5247 for the data channel (client traffic in local mode). Understanding CAPWAP is essential for troubleshooting AP-WLC communication failures.

Domain 4.0: Wireless Network Operation (20%)

This is the highest-weighted domain and covers the day-to-day operation and advanced configuration of Cisco wireless networks.

QoS in wireless networks covers how traffic prioritization works in the wireless domain. WMM (Wi-Fi Multimedia) defines four access categories based on 802.11e: Voice (AC_VO), Video (AC_VI), Best Effort (AC_BE), and Background (AC_BK). Each access category has different EDCA (Enhanced Distributed Channel Access) parameters that control how aggressively devices compete for channel access. DSCP markings from the wired network are mapped to 802.11 QoS markings for consistent end-to-end QoS treatment. The exam tests DSCP-to-WMM mapping and QoS configuration on the C9800.

Wireless multicast covers how multicast traffic is handled in wireless networks. Multicast presents a challenge in wireless because multicast frames are transmitted at mandatory rates without acknowledgment, unlike unicast frames. Cisco’s Multicast Direct feature and multicast-to-unicast conversion are solutions the exam tests.

Mobility and roaming covers how clients maintain connectivity as they move between access points. Layer 2 roaming occurs when a client moves between APs on the same mobility domain without changing its IP address. Layer 3 roaming uses mobility tunnels to maintain a client’s IP address across subnets. Cisco’s mobility groups and mobility anchors enable large-scale mobility deployments.

High availability covers WLC redundancy configurations including SSO (Stateful Switchover) on hardware WLCs and the N+1 high availability model for C9800-CL virtual controllers. AP fallback behavior and the impact of WLC failover on connected clients are testable.

SSID and WLAN configuration covers how WLANs are configured on the C9800 including SSID configuration, VLAN assignment, policy profiles, policy tags, site tags, and RF tags — the Cisco C9800’s tag-based configuration model that differs significantly from the AireOS model.

Domain 5.0: Client Connectivity Configuration (20%)

The second highest-weighted domain covers how wireless clients are authenticated, authorized, and connected to wireless networks.

802.1X authentication with EAP is the most important client connectivity topic. 802.1X provides port-based access control for wireless networks. When a client attempts to connect to an 802.1X-enabled SSID, the WLC acts as an authenticator, the client is the supplicant, and a RADIUS server is the authentication server. The exchange uses EAP (Extensible Authentication Protocol) to carry the authentication credentials. EAP variants tested include EAP-TLS (certificate-based, both client and server certificates required), PEAP (Protected EAP, only server certificate required, user credentials tunneled inside TLS tunnel), and EAP-FAST (Cisco-developed, flexible authentication). The exam tests which EAP method is appropriate for described security and PKI infrastructure scenarios.

Pre-Shared Key (PSK) and Identity PSK (iPSK) authentication covers WPA2-Personal and WPA3-SAE (Simultaneous Authentication of Equals). iPSK allows different PSKs to be assigned to different clients or device groups on the same SSID, enabling per-device or per-group access control without 802.1X infrastructure. The exam tests when iPSK is an appropriate alternative to 802.1X and how it is configured on the C9800.

Web Authentication covers guest access implementation where clients are redirected to a web portal for credential entry or policy acceptance before being granted network access. Central Web Authentication (CWA) uses a RADIUS server to redirect clients to an ISE-hosted portal. Local Web Authentication (LWA) uses the WLC itself as the web portal host. The exam tests the traffic flow for each type and when each is appropriate.

Wireless security protocols covers WPA2 (CCMP/AES-based encryption) and WPA3 (SAE handshake, more resilient to offline dictionary attacks than WPA2-Personal). Management Frame Protection (MFP) protects 802.11 management frames against spoofing and replay attacks. The exam tests WPA3 advantages over WPA2 and MFP configuration.

BYOD and device onboarding covers how organizations manage personally owned devices accessing corporate networks, often using Cisco ISE for device registration, certificate provisioning, and policy enforcement.

Domain 6.0: Wireless Monitoring and Management (15%)

This domain covers how Cisco wireless networks are monitored, managed, and troubleshot using Cisco management platforms and built-in WLC tools.

Cisco DNA Center (now Cisco Catalyst Center) is Cisco’s network management and intent-based networking platform. For wireless, it provides centralized visibility into network health including site health scores, client health scores, and AP health. Cisco AI Network Analytics (part of Catalyst Center) uses machine learning to baseline normal network behavior and identify anomalies, compare network performance against similar Cisco deployments globally, and provide proactive issue identification.

CleanAir technology is Cisco’s proprietary spectrum analysis capability built into Cisco APs that classifies RF interference sources (microwaves, Bluetooth devices, cordless phones, video cameras, etc.) by type and severity. The exam tests what CleanAir identifies and how it integrates with RRM to avoid interference.

Client troubleshooting tools on the C9800 include the client detail view showing authentication state, association time, RSSI, SNR, and traffic statistics. The wireless debug and trace capabilities in IOS-XE allow capturing detailed 802.11 authentication and association traces for troubleshooting failed client connections.

RRMS (Radio Resource Management Statistics) provides visibility into how RRM is adjusting power and channel assignments across the network. Understanding RRMS output helps wireless engineers identify coverage holes, interference sources, and channel plan inefficiencies.

Domain 7.0: Automation and AI (10%)

This domain covers programmatic interfaces for wireless management and AI-driven network optimization, reflecting the industry shift toward intent-based networking.

REST APIs for Cisco wireless cover the Catalyst Center REST API for programmatic network management, the C9800 RESTCONF API for device-level configuration, and the NETCONF/YANG model for structured configuration management. Candidates are expected to understand the concept and purpose of these APIs and basic API interaction patterns, not write production code from scratch.

Python and Ansible for wireless automation covers how scripts and playbooks automate repetitive wireless configuration tasks — deploying new SSIDs across multiple sites, updating QoS policies, or generating configuration reports. Understanding the role of automation in wireless operations is tested at a conceptual and use-case level.

AI-driven RF optimization covers how Cisco AI Network Analytics uses machine learning to optimize wireless network performance: predictive capacity planning based on historical usage trends, anomaly detection that identifies unusual client behavior or RF events, and automated recommendations for channel and power adjustments. Understanding what AI-driven optimization can and cannot do compared to traditional RRM is specifically testable.

Why Candidates Choose Cert Empire for 350-101 WLCOR Preparation

Cert Empire’s 350-101 WLCOR preparation is different because our questions are built around the specific wireless networking technology knowledge the WLCOR exam tests.

✔ We design questions around real Cisco wireless implementation and operation decisions

Every Cert Empire 350-101 practice question presents a realistic wireless deployment or operations scenario. You see a high-density deployment requirement and must identify which Wi-Fi 6 feature (OFDMA, BSS Coloring, or TWT) addresses the described efficiency challenge. You see a branch office requirement and must identify which AP mode and operating state applies. You see an authentication requirement and must select the correct EAP type from the described infrastructure constraints. These are the scenario formats the real WLCOR exam uses.

✔ You learn the wireless technology logic behind every Cisco configuration decision 

Each question includes detailed explanations for both correct and incorrect answer options. For OFDMA questions, explanations trace how simultaneous multi-client transmissions within a single TXOP work and why this differs from OFDM. For FlexConnect questions, explanations trace the traffic flow in connected and standalone states and why each matters for branch deployments. For 802.1X questions, explanations identify which EAP method fits the described infrastructure and why alternatives do not.

✔ Questions are organized by all seven official WLCOR exam domains with correct weighting

Our content is structured according to the official seven domains and percentage weights. Domains 4.0 (Wireless Network Operation) and 5.0 (Client Connectivity) at 20% each receive proportionally more questions. Domain 1.0 (RF Fundamentals) at 15% and Domain 6.0 (Wireless Monitoring) at 15% receive their proportional share. This weighting prevents the common mistake of studying all domains equally when the exam tests them differently.

✔ Our tools support both concept review and 120-minute exam-condition practice 

Revise using 350-101 PDF dumps for flexible wireless technology and scenario review, or switch to the exam simulator to practice under Pearson VUE 120-minute timed conditions. At CCNP Professional level, scenario questions require careful reading and elimination of technically plausible-but-wrong options. Repeated timed practice builds the systematic evaluation speed that the exam rewards. Browse our free practice tests to sample the question format before purchasing.

✔ Instant access, 90-day free updates, and 24/7 support 

After purchase, you receive immediate access to all 350-101 WLCOR materials. Your purchase includes 90 days of free updates as Cisco’s exam content stabilizes in the months following the March 2026 launch. Our 24/7 customer support team is available for access, content, or simulator questions at any time.

✔ Backed by a full money-back guarantee 

Cert Empire backs all 350-101 WLCOR preparation materials with a complete money-back guarantee. If our materials do not meet your expectations, you are fully protected. Explore our complete Cisco certification catalog for additional Cisco exam resources.

How to Avoid Common 350-101 WLCOR Preparation Mistakes

The most common preparation mistake for the 350-101 WLCOR is studying from older Cisco wireless exam materials — particularly ENWLSD (300-425), ENWLSI (300-430), or wireless components from the ENCOR (350-401) exam. While those exams share some foundational wireless technology content with WLCOR, the WLCOR is a dedicated wireless core exam with 120 minutes of wireless-focused questions across seven domains. The depth of RF fundamentals, 802.11 technology, C9800 platform specifics, and wireless automation topics in WLCOR significantly exceeds what was tested in the wireless sections of the broader enterprise certifications.

A second common mistake is underestimating the RF Fundamentals domain (15%) because it feels more theoretical than configuration-focused. RF fundamentals questions test the physics underpinning wireless deployment decisions: why a specific antenna type is chosen, what RSSI and SNR values indicate about coverage quality, how frequency band selection affects capacity and range, and how RRM algorithms make automated channel and power decisions. These concepts directly enable or inhibit good wireless engineering judgment on the configuration topics.

Third, candidates who prepare for client connectivity without specifically studying the differences between EAP variants find those questions more specific than expected. EAP-TLS (requires client certificates), PEAP (requires only server certificate, uses MSCHAPv2 for user authentication inside the TLS tunnel), and EAP-FAST (Cisco-developed, PAC-based or certificate-based) each fit different infrastructure scenarios. The exam tests which EAP method is appropriate given described PKI and infrastructure constraints.

Fourth, the C9800’s tag-based configuration model (policy profile, policy tag, site tag, RF tag) is significantly different from the AireOS model that many experienced wireless engineers are familiar with. Candidates who have extensive AireOS experience but limited C9800 experience should specifically study the C9800 configuration model.

Candidates pursuing complementary network infrastructure certifications can explore our Juniper JN0-106 JNCIA-Junos exam dumps for foundational networking credentials alongside CCNP Wireless.

Test Your Readiness with the 350-101 WLCOR Exam Simulator

Practice Pearson VUE 120-minute conditions before your actual certification date. Our 350-101 WLCOR simulator delivers scenario-based wireless networking questions across all seven official exam domains, tracks your scoring by domain, and identifies your preparation gaps before you schedule the real exam.

CCNP-level wireless exams present scenarios where multiple options are technically correct but only one is the best answer for the described constraints. The difference between EAP-PEAP and EAP-TLS as the correct answer depends on whether the scenario specifies client certificates are deployed. The difference between FlexConnect connected state and standalone state behavior depends on the WLC reachability described in the scenario. Repeated practice with these context-dependent scenarios builds the discrimination skill that CCNP exam questions require.

Start Your 350-101 WLCOR Preparation with Cert Empire Today

Cert Empire provides premium 350-101 WLCOR exam dumps in PDF format alongside a real exam simulator, Cisco wireless scenario questions across all seven official exam domains with detailed RF, 802.11, and platform-level explanations, and fully updated 2026 study materials aligned to the March 2026 WLCOR v1.0 exam. Build the wireless technology depth and Cisco platform expertise you need to earn CCNP Wireless on your first attempt.

Frequently Asked Questions About 350-101 WLCOR

What is the Cisco 350-101 WLCOR exam? 

The 350-101 WLCOR is the Implementing and Operating Cisco Wireless Core Technologies exam, launched March 19, 2026. It is the mandatory core exam for CCNP Wireless certification, lasts 120 minutes, and is delivered through Pearson VUE. Passing it earns the Cisco Certified Specialist – Wireless Core Technologies credential and, combined with a concentration exam (WLSD or WLSI), earns CCNP Wireless. It also serves as the qualifying exam for CCIE Wireless.

What certifications does passing 350-101 WLCOR earn? 

Passing WLCOR earns the standalone Cisco Certified Specialist – Wireless Core Technologies certification. Combined with a wireless concentration exam (WLSD 300-110 or WLSI 300-120), it earns CCNP Wireless. It also qualifies as the written/qualifying exam for CCIE Wireless (which additionally requires passing the CCIE Wireless Lab exam).

What are the 7 exam domains and their weights? 

RF Fundamentals (15%), 802.11 Technology Fundamentals (10%), Wireless Network Implementation (10%), Wireless Network Operation (20%), Client Connectivity Configuration (20%), Wireless Monitoring and Management (15%), and Automation and AI (10%). Wireless Network Operation and Client Connectivity Configuration are the highest weighted domains at 20% each.

What is the difference between Wi-Fi 6 OFDMA and OFDM? 

OFDM (used in 802.11a/g/n/ac) allows only one client to transmit within a channel during each transmission opportunity. OFDMA (introduced in 802.11ax/Wi-Fi 6) divides the channel into smaller resource units and allows an access point to transmit to multiple clients simultaneously within a single transmission opportunity. This dramatically improves efficiency in high-density environments where many clients compete for channel access.

What is FlexConnect mode in Cisco wireless and when is it used? 

FlexConnect mode allows Cisco access points at remote branch sites to locally switch client traffic rather than tunneling all traffic back to a central WLC through CAPWAP. In FlexConnect connected state, the AP can locally switch traffic and communicate with the central WLC. In FlexConnect standalone state (when the WLC is unreachable), the AP continues to serve associated clients locally using cached configuration. FlexConnect is used for remote sites where WAN bandwidth or latency makes central switching impractical.

What is 802.1X authentication in wireless and which EAP type requires client certificates? 

802.1X provides port-based network access control for wireless. When a client connects to an 802.1X SSID, the WLC acts as authenticator, the client is the supplicant, and a RADIUS server performs the authentication. EAP-TLS requires both server and client certificates — it is the most secure EAP type and requires a PKI infrastructure that provisions certificates to client devices. PEAP requires only a server certificate, tunneling user credentials (typically via MSCHAPv2) inside the TLS tunnel. EAP-FAST is Cisco-developed and supports PAC-based or certificate-based authentication.

How long should I prepare for the 350-101 WLCOR exam? 

Wireless engineers with hands-on Cisco wireless deployment and operations experience on the C9800 platform who regularly work with RF planning, 802.1X configuration, and QoS design typically need 4 to 6 weeks of focused exam preparation. Network engineers with general Cisco experience but limited wireless-specific depth typically need 8 to 12 weeks, including dedicated time on RF fundamentals, 802.11ax technology, C9800 platform specifics, and client authentication EAP variants.

Does Cert Empire provide a free demo for the 350-101 WLCOR dumps? 

Yes. Visit our free demo files page to review question format, wireless scenario design, and explanation quality before purchasing. You can also explore our free practice test library for additional sample questions.