Corso WLCOR – Implementing and Operating Cisco Wireless Core Technologies

Il Corso WLCOR – Implementing and Operating Cisco Wireless Core Technologies è parte del percorso Cisco CCNP Wireless. L’obiettivo principale di questo corso è sviluppare nei Partecipanti competenze professionali per implementare, configurare, gestire e monitorare reti Cisco enterprise wireless. Il corso affronta le tecnologie wireless core necessarie per progettare infrastrutture Wi-Fi sicure, performanti e scalabili, con attenzione sia agli aspetti radio sia alla gestione operativa delle piattaforme Cisco. Durante il corso vengono trattati temi fondamentali come wireless governance, RF propagation, RF mathematics, antenna theory, protocolli 802.11ax e 802.11be, architetture wireless enterprise, physical wireless network design e deployment dell’infrastruttura. Il programma include la configurazione di Cisco Catalyst 9800 Series Wireless LAN Controllers (WLCs), Cisco access points, Cisco Meraki platforms, WLAN settings, secure client connectivity, management access, client policies e client device configuration. Il percorso approfondisce inoltre la sicurezza delle reti wireless, includendo WLAN security, local authentication, external authentication, client roaming, guest networking e gestione delle policy di accesso. Ampio spazio è dedicato alle operations, al monitoring e al troubleshooting, con l’utilizzo di Cisco Catalyst Center, wireless performance monitoring, wireless security monitoring, client monitoring, packet capture, wireless frame analysis, diagnostica degli errori di client connectivity e risoluzione degli AP join failures. Il corso introduce anche l’uso di APIs, scripting, automation e funzionalità AI-enhanced applicate agli ambienti Wi-Fi, per migliorare efficienza operativa, monitoraggio, analisi e gestione delle reti wireless moderne. Il Corso contribuisce alla preparazione dell’esame di Certificazione CCNP Wireless (Esame 350-101).

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Obiettivi del corso

Di seguito una sintesi degli obiettivi principali del Corso WLCOR – Implementing and Operating Cisco Wireless Core Technologies:

Analizzare wireless governance, architetture Wi-Fi enterprise, RF behavior, channel behavior e principi di network design.
Applicare concetti di RF mathematics, antenna theory, 802.11ax e 802.11be per ottimizzare performance e copertura wireless.
Configurare Cisco Catalyst 9800 WLCs, Cisco access points, Cisco Meraki platforms, WLAN settings, client policies e secure client connectivity.
Implementare WLAN security, local authentication, external authentication, roaming, guest networking e access policies.
Utilizzare Cisco Catalyst Center, packet capture, wireless frame analysis, APIs, scripting e AI-enhanced features per monitoring, automation e troubleshooting.

Certificazione del corso

Esame 350-101 WLCOR Cisco Certified Specialist – Wireless Core;
Esame Parte della Certificazione CCNP Wireless; L’esame verifica la capacità dell’esaminato di analizzare i fondamenti delle comunicazioni wireless, inclusi wireless governance, RF propagation, channel behavior, RF mathematics, antenna theory e protocolli Wi-Fi moderni come 802.11ax e 802.11be. Sono testate competenze relative alla progettazione e all’implementazione di architetture wireless enterprise, physical infrastructure, topologie di rete, copertura, capacità e performance. Una parte rilevante riguarda la configurazione e la gestione di Cisco Catalyst 9800 Series WLCs, Cisco access points, Cisco Meraki platforms, WLAN settings, client connectivity, client policies e secure management access. L’esame copre inoltre WLAN security, local authentication, external authentication, guest networking, roaming protocols e gestione dei client su diversi operating systems. Il candidato deve dimostrare competenze anche su monitoring, management e troubleshooting tramite Cisco Catalyst Center, performance monitoring, security monitoring, client monitoring, packet capture, wireless frame analysis e strumenti diagnostici per analizzare client connectivity issues e AP join failures. Sono inclusi anche topic relativi ad APIs, scripting, automation e funzionalità AI-enhanced applicate alle operations wireless, con focus sull’efficienza operativa, sull’analisi dei dati e sulla gestione intelligente delle reti Wi-Fi enterprise.

Contenuti del corso

Wireless Foundation Review

Core concepts of enterprise wireless networking
Wireless governance, network roles, and design principles
Evolution of legacy wireless protocols and technologies
Main components of Cisco wireless architectures
Relationship between wireless design, performance, and operations

Radio Frequencies Review

Fundamentals of radio frequency (RF) behavior
RF propagation characteristics in wireless environments
Channel behavior, interference, and signal quality considerations
Impact of physical obstacles on wireless coverage and performance
RF analysis for troubleshooting wireless performance issues

RF Mathematics and Antenna Theory Review

Core principles of RF mathematics
Relationship between power levels, signal strength, and coverage
Antenna theory and antenna selection criteria
Impact of antenna gain, directionality, and placement
Use of RF calculations to optimize wireless network performance

Modern Wi-Fi Protocols

Overview of modern Wi-Fi protocols
Key features of 802.11ax and 802.11be
Protocol improvements for capacity, efficiency, and performance
Support for high-density enterprise wireless environments
Evaluation of protocol behavior in modern wireless deployments

Physical Wireless Networks

Design of physical wireless network infrastructure
Access point placement and coverage planning
Cabling, mounting, power, and deployment considerations
Site-specific factors affecting wireless implementation
Physical infrastructure requirements for enterprise Wi-Fi

Cisco Wireless Network Installation and Configuration

Initial setup of Cisco wireless networks
Configuration of Cisco Catalyst 9800 Series WLCs
Deployment and configuration of Cisco access points
WLAN settings for secure client connectivity
Basic validation of wireless network functionality

Wireless Network Operation

Operational management of Cisco wireless networks
Configuration of management access and operational policies
Use of controller-based workflows for wireless operations
Monitoring of network behavior, clients, and access points
Maintenance of stable and secure wireless services

Wireless Client Identification and Configuration

Identification of wireless client capabilities
Configuration of client connectivity across different operating systems
Management of client rules and access policies
Client onboarding and connectivity validation
Troubleshooting of client behavior and connection issues

Wireless Network Security and Local Authentication

Configuration of WLAN security mechanisms
Use of local authentication on wireless controllers
Security settings for client access and network protection
Policy configuration for secure wireless connectivity
Validation of local authentication and access behavior

External Authentication for Wireless Networks

Integration of external authentication services
Configuration of external WLAN authentication workflows
Use of authentication mechanisms for enterprise wireless access
Policy enforcement through external identity systems
Troubleshooting of authentication-related connectivity issues

Extend the Wireless Network

Implementation of client roaming protocols
Configuration of guest networking services
Extension of wireless services across enterprise environments
Support for seamless client mobility
Validation of roaming and guest access behavior

Cisco Wireless Network Management

Use of Cisco Catalyst Center for wireless network management
Integration of wireless infrastructure into centralized management tools
Unified visibility of controllers, access points, and clients
Configuration and operational monitoring through management platforms
Management workflows for enterprise wireless environments

Wireless Network Monitoring

Monitoring of wireless performance and health
Use of Cisco Catalyst Center for performance monitoring
Security monitoring for wireless environments
Client monitoring and operational visibility
Detection of anomalies and service degradation

APIs and AI with Wi-Fi

Use of APIs for wireless network automation
Role of scripting in efficient network management
AI-enhanced features for wireless operations
Use of automation to support monitoring and troubleshooting
Intelligent workflows for improving operational efficiency

Wireless Network Analysis

Analysis of wireless frames using packet capture tools
Interpretation of wireless traffic behavior
Use of diagnostic tools for performance and connectivity analysis
Identification of protocol, client, and RF-related issues
Support for root cause analysis in enterprise Wi-Fi networks

Troubleshoot Wireless Network

Systematic troubleshooting methodologies for wireless networks
Diagnosis of client connectivity issues
Troubleshooting of AP join failures
Use of packet analysis and diagnostic outputs
Resolution of performance, authentication, and connectivity problems

Wireless Regulations

Overview of wireless governance and regulatory requirements
Legal and compliance considerations for wireless deployments
Impact of regional regulations on wireless network design
Channel, power, and spectrum usage constraints
Alignment of wireless operations with compliance requirements

RF Foundations

Foundational components of wireless communication
RF signal behavior and transmission principles
Relationship between RF characteristics and network performance
Basic RF concepts used in wireless design and troubleshooting
Practical interpretation of RF behavior in enterprise environments

Wireless Mathematics and Antenna Theory

Mathematical principles used in wireless communications
Signal strength, power, attenuation, and coverage calculations
Antenna behavior, gain, pattern, and placement considerations
Use of antenna theory for wireless design decisions
Optimization of wireless performance through RF planning

Wireless Protocol Foundations

Core wireless protocol concepts and functions
Role of wireless protocols in client connectivity and data transmission
Protocol behavior across different wireless network scenarios
Relationship between protocol features and network performance
Foundation for understanding modern Wi-Fi operations

Scripting Theory

Role of scripting in wireless network management
Basic scripting concepts for automation workflows
Use of scripts to improve operational efficiency
Interaction between scripts, APIs, and wireless management tools
Automation concepts for repeatable wireless operations

Attività Laboratoriali

Configure Physical Infrastructure of a Wireless Network
Configure Initial Setup of Cisco Wireless Network
Configure WLAN Settings for Client Connectivity
Configure and Secure Dashboard Management Access
Configure Client Management Rules and Policies
Configure Client Connectivity Simulation
Configure Local Authentication on the Catalyst 9800 WLC
Configure External Authentication for Wireless Networks
Configure Guest Networking
Investigate Cisco Catalyst Center
Monitor Wireless Network Performance With Cisco Catalyst Center
Monitor Wireless Network Security With Cisco Catalyst Center
Explore Client Monitoring In Cisco Catalyst Center
Configure Wireless API Functionality
Cisco Catalyst Center AI Capabilities
Analyze Wireless Frames
Troubleshoot Client Connectivity Issues
Troubleshoot AP Join Issues

Tipologia

Corso di Formazione con Docente

Docenti

I docenti sono Istruttori accreditati CISCO e certificati in altre tecnologie IT, con anni di esperienza pratica nel settore e nella Formazione.

Infrastruttura laboratoriale

Per tutte le tipologie di erogazione, il Corsista può accedere alle attrezzature e ai sistemi reali Cisco presenti nei Nostri laboratori o direttamente presso i data center Cisco in modalità remota h24. Ogni partecipante dispone di un accesso per implementare le varie configurazioni avendo così un riscontro pratico e immediato della teoria affrontata. Ecco di seguito alcune topologie di rete dei Laboratori Cisco Disponibili:

Corso CCNP Enterprise ENWLSI – Implementing Cisco Enterprise Wireless Networks

Dettagli del corso

Prerequisiti

Si consiglia la partecipazione al Corso Cisco CCNA nonché la partecipazione al Corso Cisco WLFNDU.

Durata del corso

Durata Intensiva 5gg;

Frequenza

Varie tipologie di Frequenza Estensiva ed Intensiva.

Date del corso

Corso Cisco WLCOR (Formula Intensiva) – Su Richiesta – 09:00 – 17:00

Modalità di iscrizione

Le iscrizioni sono a numero chiuso per garantire ai tutti i partecipanti un servizio eccellente.
L’iscrizione avviene richiedendo di essere contattati dal seguente Link, o contattando la sede al numero verde 800-177596 o inviando una richiesta all’email [email protected].