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Cisco exam 350-101 + 300-120 · WLCOR v1.0 + WLSI v1.2

CCNP Wireless Bootcamp

Cisco launched CCNP Wireless on March 19, 2026, moving wireless out of CCNP Enterprise into its own track. This course prepares you for the 350-101 WLCOR core and the 300-120 WLSI concentration, starting from RF and 802.11 basics and building up to ISE security, FlexConnect, location services and AI-driven operations.

CCNP Wireless = 1 core exam + 1 concentration. This course covers WLSI (advanced implementation). The other concentration that counts is 300-110 WLSD (wireless design). Candidates who passed ENWLSD and ENWLSI in the past 3 years can take WLCOR alone to earn CCNP Wireless.

Duration
16 weeks
Format
Live online + self-study
First class
Free, no obligation
Level
CCNA level knowledge
Schedule
Evenings, US time zones
Lectures
31 (notes · lab · quiz)
Exam
Cisco 350-101 + 300-120
Exam details
Core 120 min · $400, concentration 90 min · $300 (paid to Cisco)
Tuition
$4,000 per student, batch of 3 to 5 · payment plans
Core exam · 350-101 WLCOR v1.0

What you'll master.

1.015% of exam

RF Fundamentals

  • Radio wave propagation
  • RSSI, SNR, noise and interference
  • RF math and antennas
2.010% of exam

802.11 Technology Fundamentals

  • Regulators, IEEE and the Wi-Fi Alliance
  • Bands, EIRP limits and RRM
  • Modulation, channel width, MIMO and MLO
3.010% of exam

Wireless Network Implementation

  • Fabric, mesh, local and cloud architectures
  • Physical connections for APs and WLCs
  • Management access
4.020% of exam

Wireless Network Operation

  • Initial controller setup
  • AP discovery, join and modes
  • WLANs and client policies
5.020% of exam

Client Connectivity Configuration

  • Authentication on and off the controller
  • Clients on different operating systems
  • Roaming and guest networks
6.015% of exam

Wireless Monitoring and Management

  • Maintenance and client monitoring
  • Troubleshooting client connectivity
  • Platform integrations
7.010% of exam

Automation and AI

  • Python and NETCONF/YANG
  • Wireless APIs
  • AI analytics, AI operations and AI-RRM
Concentration exam · 300-120 WLSI v1.2

Implementing Cisco Wireless Advanced Solutions

1.015% of exam

FlexConnect

  • Switching and operating modes
  • Groups, split tunneling and Flex ACL
  • OfficeExtend
2.010% of exam

QoS on a Wireless Network

  • Wired to wireless QoS mapping
  • Client QoS
  • AVC
3.010% of exam

Multicast

  • Multicast on a WLAN
  • mDNS
  • Multicast Direct
4.010% of exam

Location Services

  • CMX and Cisco Spaces
  • Tracking clients, tags and interferers
  • Rogue AP location
5.010% of exam

Advanced Location Services

  • Analytics and presence
  • Location-aware guest portals
  • wIPS with Catalyst Center
6.020% of exam

Security for Wireless Client Connectivity

  • Profiling on WLC and ISE
  • BYOD, CWA and LWA
  • Identity-based networking
7.015% of exam

Monitoring

  • Catalyst Center reports
  • Rogues and RF interferers
  • Client troubleshooting on WLC and ISE
8.010% of exam

Device Hardening

  • RADIUS and TACACS+ device access
  • AP 802.1X authentication
  • Control plane ACLs
Lecture by lecture

The complete 31-lecture path.

Every lecture includes a live class, self-study notes, an exam-style CLI lab and a 10-question Cisco-style quiz.

01How Radio Waves Travel
  • Propagation, reflection, absorption and free space loss [1.1]
  • dBm, mW and EIRP math [1.3]

LAB Work out EIRP for three AP and antenna combinations

02Measuring the RF Signal
  • RSSI, transmit power and receive sensitivity [1.2.a]
  • SNR [1.2.d]
  • Interference, noise and rogue APs [1.2.b]
  • Device capabilities [1.2.c]

LAB Read a client's RSSI and SNR and judge the link

03Antennas & Wi-Fi Governance
  • Antenna types and patterns [1.4]
  • Regional regulatory bodies [2.1.a]
  • IEEE 802.11 and the Wi-Fi Alliance [2.1.b, 2.1.c]

LAB Pick antennas for a warehouse and an office

04Channels, Power & RRM
  • Frequency bands [2.2.b]
  • Regional EIRP limits [2.2.a]
  • RRM fundamentals [2.2.c]

LAB Build a 2.4, 5 and 6 GHz channel plan

05802.11 PHY Fundamentals
  • Modulation [2.3.a]
  • Channel width [2.3.b]
  • MIMO, MU-MIMO and MLO [2.3.c]

LAB Compare data rates across widths and spatial streams

06802.11 Topologies & Frames
  • Wireless topologies [2.3.d]
  • Management, control and data frames [2.3.e]
  • The association sequence [2.3.e]

LAB Decode a client association capture

07Cisco Wireless Architectures
  • Local mode [3.1.c]
  • Fabric [3.1.a]
  • Mesh [3.1.b]
  • Cloud [3.1.d]

LAB Match four sites to the right architecture

08Physical Build & Management Access
  • PoE, cabling and switch ports for APs and WLCs [3.2]
  • AP, WLC and dashboard management access [3.3]

LAB Cable and address a Catalyst 9800 controller

09Initial Controller Setup
  • Day 0 setup of a wireless infrastructure [4.1]
  • Tags and profiles on the 9800 [4.1]

LAB Complete day 0 setup of a 9800 WLC

10AP Discovery, Join & Modes
  • Discovery methods and the join process [4.2]
  • AP modes [4.3]
  • Join failures [4.2]

LAB Fix three APs that will not join

11WLANs & Client Policies
  • WLAN configuration [4.4]
  • Client policies across WLC, Dashboard, Catalyst Center, ISE, Spaces and MDM [4.5]

LAB Publish a corporate WLAN with a client policy

12Controller-Based WLAN Authentication
  • PSK, WPA3 and local EAP on the controller [5.2]
  • Client setup on Windows, macOS, iOS and Android [5.3]

LAB Move a WLAN from WPA2-PSK to WPA3

13External Authentication with ISE
  • 802.1X and RADIUS outside the controller [5.1]
  • Client profiling on WLC and ISE [WLSI 6.1]

LAB Authenticate clients against ISE with 802.1X

14Roaming & Guest Access
  • Roaming types [5.4]
  • Guest networking [5.5]

LAB Build a guest WLAN with a splash page

15BYOD & Guest with ISE
  • CWA with a self-registration portal [WLSI 6.2.a]
  • LWA [WLSI 6.2.b]
  • Native supplicant provisioning [WLSI 6.2.c]
  • Certificate provisioning on the controller [WLSI 6.2.d]

LAB Onboard a BYOD device with native supplicant provisioning

16Identity-Based Networking
  • Client security across architectures [WLSI 6.3]
  • Per-user VLANs, QoS and ACLs [WLSI 6.4]

LAB Assign a VLAN and ACL per user group

17Device Hardening
  • Device access with RADIUS and TACACS+ [WLSI 8.1]
  • AP 802.1X authentication [WLSI 8.2]
  • Control plane ACLs [WLSI 8.3]

LAB Lock down controller management access

18FlexConnect Fundamentals
  • Switching and operating modes [WLSI 1.1]
  • FlexConnect groups and roaming [WLSI 1.2.a]
  • Split tunneling and fault tolerance [WLSI 1.2.b]

LAB Keep a branch online when the WAN fails

19FlexConnect Advanced & OfficeExtend
  • VLAN-based central switching and Flex ACL [WLSI 1.2.c]
  • Smart AP image upgrade [WLSI 1.2.d]
  • OfficeExtend [WLSI 1.3]

LAB Deploy an OfficeExtend AP for a home worker

20Wireless QoS
  • Wired to wireless QoS mapping [WLSI 2.1]
  • Client QoS [WLSI 2.2]
  • AVC [WLSI 2.3]

LAB Prioritize voice calls on a busy WLAN

21Multicast on Wireless
  • Multicast components [WLSI 3.1]
  • How multicast affects wireless [WLSI 3.2]
  • Multicast on a WLAN [WLSI 3.3]

LAB Deliver a multicast video stream to clients

22mDNS & Multicast Direct
  • mDNS gateway [WLSI 3.4]
  • Multicast Direct [WLSI 3.5]

LAB Share printers across VLANs with mDNS

23Location Services
  • CMX and Cisco Spaces deployment [WLSI 4.1]
  • Tracking clients and RFID tags [WLSI 4.2.a, 4.2.b]
  • Tracking interferers and rogue APs [WLSI 4.2.c, 4.2.d]

LAB Connect a controller to Cisco Spaces

24Advanced Location Services
  • Detect and locate, analytics and presence [WLSI 5.1.a, 5.1.b, 5.1.c]
  • Captive portals and connectors [WLSI 5.1.d, 5.1.e]
  • Location-aware guest services [WLSI 5.2]

LAB Build a location-aware guest portal

25Location Troubleshooting & wIPS
  • Location accuracy [WLSI 5.3]
  • Connector high availability [WLSI 5.4]
  • wIPS with Catalyst Center [WLSI 5.5]

LAB Find why a location is 20 feet off

26Maintenance & Client Monitoring
  • Upgrades and maintenance [6.1]
  • Client monitoring [6.2]
  • Catalyst Center reports [WLSI 7.1]

LAB Plan and run a controller upgrade

27Rogues, Interferers & Integrations
  • Alarms and rogues on WLC and Catalyst Center [WLSI 7.2]
  • RF interferers [WLSI 7.3]
  • Platform integrations [6.4]

LAB Contain a rogue AP

28Troubleshooting Client Connectivity
  • A troubleshooting method [6.3]
  • WLC, ISE and Catalyst Center tools [WLSI 7.4.a, 7.4.b, 7.4.c]

LAB Solve five client tickets

29Wireless Programmability
  • Python [7.1]
  • NETCONF and YANG [7.2]
  • Wireless infrastructure APIs [7.3]

LAB Pull the client count per WLAN through an API

30AI in Catalyst Center
  • AI analytics [7.4]
  • AI operations [7.5]
  • AI-RRM [7.6]

LAB Review an AI-RRM channel change and its effect

31Final Review & Practice Exams
  • Weak-domain review (WLCOR 1.0 to 7.0)
  • WLSI domain review (1.0 to 8.0)
  • Exam timing strategy
  • Full-length practice exams

LAB Timed WLCOR and WLSI practice exams

Outcomes

By the end you will

  • Plan channels and power from RF measurements
  • Set up Catalyst 9800 controllers and get APs to join
  • Secure clients with 802.1X, ISE guest and BYOD flows
  • Deploy FlexConnect, wireless QoS, multicast and location services, and troubleshoot clients with Catalyst Center
Career paths

Roles this prepares you for

Wireless Network EngineerWLAN EngineerNetwork Engineer (Wireless)Wireless Solutions Architect

Includes resume review, LinkedIn optimization and mock interviews focused on the US job market.

Next cohort

Ready to start CCNP Wireless?

Book a free consultation. We will confirm the next start date in your time zone and walk you through tuition and payment plans.