New! Cisco CCNA 200-301 Wireless Theory & Lab With WLC CWNA

Master Cisco Wireless: CCNA 200-301 Wireless Theory & Lab with WLC CWNA Bootcamp

Unlock your potential in the booming wireless networking field with this comprehensive CCNA 200-301 Wireless Bootcamp! This course is designed for professionals seeking to master the fundamentals and practical applications of Cisco wireless technology. We'll cover everything you need to know to excel in the CCNA 200-301 exam and build a successful career in wireless.

Understanding the Fundamentals: RF & 802.11

Chapter 1: RF Fundamentals – The Building Blocks of Wireless

• Radio Wave Propagation: Explore how radio waves travel, including frequency, wavelength, amplitude, and phase difference.
• RF Signals & Spectrum: Understand the electromagnetic spectrum and how it relates to wireless communication.
• Key RF Phenomena: Learn about absorption, reflection, diffraction, scattering, refraction, multipath, and fading – crucial for optimal wireless performance.
• Path Loss & Fresnel Zone: Calculate free space path loss and understand the importance of the Fresnel zone in wireless deployments.
• Signal Strength & RSSI: Measure and interpret signal strength using RSSI (Received Signal Strength Indication).
• Transmit Power & Interference: Calculate transmit power and identify different types of interference and noise affecting wireless networks.
• RF Mathematics: Master dB, dBi, dBd, dBm calculations for power level analysis and EIRP (Effective Isotropic Radiated Power) calculations.
• Antennas: Delve into antenna characteristics, radiation patterns, polarization, gain, and beamwidth. Explore different antenna types:
  • Omnidirectional Antennas
  • Yagi Antennas
  • Patch Antennas
  • Dish Antennas
• Antenna Connectors & Amplifiers/Attenuators: Understand the role of antenna connectors and the function of amplifiers and attenuators.

Chapter 2: 802.11 Technology Fundamentals – The Heart of Wi-Fi

• Wi-Fi Governance: Learn about regulatory bodies (IEEE, Wi-Fi Alliance) and the importance of IEEE 802.11 standards.
• Channel & Power Combinations: Understand usable channel and power combinations and their limitations.
• ISM & UNII Frequency Bands: Explore the use of Industrial, Scientific, and Medical (ISM) and Unlicensed National Information Infrastructure (UNII) frequency bands.
• 802.11 Fundamentals: Master modulation, channel width, and their impact on wireless performance.
• MIMO (Multiple Input Multiple Output): Understand the principles of MIMO technology.
• Wireless Topologies & Frame Types: Learn about different wireless topologies and the various types of wireless frames (management, control, data).

Designing & Deploying Wireless Networks

Chapter 3: Cisco Wireless Architectures – Choosing the Right Deployment Model

• Wireless Architecture Options: Explore autonomous, cloud, and split MAC architectures.
• Deployment Types: Compare centralized FlexConnect and converged deployment models.
• Wired & Wireless Infrastructure Connections: Understand how to connect WLCs to switches and various AP types to switches.
• Etherchannel & WCM (Wireless Controller Modules): Learn about Etherchannel for increased bandwidth and the benefits of WCMs on switches.
• WLC & AP Management: Explore different management methods, WLC ports, and interface functions. Understand the security implications of disabling management via wireless.

Chapter 4: Operating a Wireless Network – From Setup to Maintenance

• Initial Setup Procedures: Execute initial setup for autonomous APs, cloud APs, and centralized WLCs.
• AP Boot Process & CAPWAP Discovery: Understand the AP boot process and CAPWAP (Cisco Wireless Application Protocol) discovery methods.
• CAPWAP Join Processes: Learn how APs choose to join a specific WLC.
• Controller Roles: Understand the roles of master, primary, and secondary controllers.
• AP Modes: Compare monitoring mode, FlexConnect mode, and WIPS (Wireless Intrusion Prevention System).
• WLAN Configuration: Configure a simple WLAN, including essential parameters, security levels (Layer 2 & Layer 3), SSID broadcasting, and AAA server selection.
• Wireless Management Platforms: Configure WLCs and APs using GUI and CLI, and leverage Cisco Prime Infrastructure.
• ISE (Identity Services Engine) as AAA: Utilize ISE as an AAA server for wireless configurations.
• Wireless Network Maintenance: