New! Cisco CCNA Wireless 200-355 WIFUND Wireless For 200-301 (Udemy.com)
CCNA Wireless 200-355 Wifund Your Ultimate Guide To Become A Better Wireless Engineer WLC Site Survey Included 200-301
Created by: Veyhurdam Dikmen
Produced in 2021
What you will learn
- -You will be ready for your CCNA Wireless
- -You will get better at your job which involves Cisco Wireless devices.
- -You will be able to analyze and troubleshoot problems with your Cisco Wireless devices.
- -You will have great understanding for your daily profession
Quality Score
Content Quality
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Qualified Instructor
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Course Pace
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Course Depth & Coverage
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Overall Score : 80 / 100
Course Description
Welcome to CCNA Wireless200-355 WIRELESS FUNDAMENTALS Bootcamp. Also for 200-301In this course you will learn ccna wireless exam topicsand important and useful subjects for your profession.
Lets go over each chapter and go on more detail about what to come in this course,First off,you will learn a great deal about rf fundamentals.
This is the starting point for your wireless journeyand it will lay a good foundation for the following chaptersIn the first chapter we will be describing the propagation of radio waves, we will learn about rf signals and the spectrum.
We will answer some questions like:
What is frequency, what is wavelength, what is amplitude and what is phase difference.
We will also learn about different phenomenas related with rf signals such as absorption,reflection,diffraction,scattering,refraction,multipath and fading.
We will also learn free space path loss and also fresnel zone.
On the second part of this chapter, we will go deep into rf fundamentals,what is signal strength,what does RSSI mean,how to calculate transmit power.
We will go over some different interference types and the noise, what are different device requirements and capabilities.
We will also learn principles of rf mathematics,how to calculate dB, dBi, dBd, dBm andhow we can measure different power levels.
We will also learn to calculate EIRP.
We will see wifi antenna characteristics, how does the radiation pattern of an antenna occur,what is polarization,how gain is measured,what is the beamwidth of an antenna and we will go over different types of antennas:
Omnidirectional, yagi,patch and dishWe will explain different antenna connectors and why we need them and lastly, we will study amplifiers and attenuatorsOn our second chapter,we will learn about 802.
11 Technology FundamentalsIn this chapter we will describe basic Wi-fi governance, what are the governing regulatory bodies, what is IEEE,why do we need to learn about ieee 802.
11 and what is wifi-alliance.
On the second part of this chapter, we will also learn about usable channel and power combinations.
We already learned about EIRP, we will also learn its limitations.
We will be learning about ISM and UNII frequency bands.
We will go over rrm fundamentals on the last part of this chapterWe will also learn about 802.
11 fundamentals, what is modulation, what is channel width, how do we use them. We will learn about MIMO multiple input multiple output, we will go over wireless topologies and we will learn different wireless frame types such as management, control and data. So simply we will learn a lot about 802.
11 fundamentals in this chapterIn Chapter 3 we will learn about various Cisco wireless architectures.
We will learn why we need autonomous, cloud architecures,why do we need split mac architectureand we will learn differences regarding centralized flex connectand converged deployment types,then we will go over physical connections for wired and wireless infrastructure. We will understand how to connect wlcs to switcheshow to connect different ap types to switchesand why do we need etherchanneland also learn what do wcms on switches add us in terms of benefits.
Then we will examine wlc and ap management access connections,what are different management methods,what are wlc ports,what the different wlc interfaces doand we will also learn why we should disable management via wireless.
Capter four is about operating a wireless network.
In this chapter we will talk abouthow to execute initial setup procedures for various cisco wireless infrastructures,how to do initial setup for autonomous access points,how to setup cloud aps and manage them. We will learn how to setup centralized wlcs and wireless control modules. Next up, we will learn ap boot processand different capwap discovery methods,then we will understand what are different capwap join processesand we will learn how access points choose to join a specific wlc. What is the master controller,why do we need primary secondary and tertiary controllersW wil also compare different access point modes,such as monitoring mode flex connect mode and wipsO the second part of this chapter we will configure a simple wlan,what do we need to configure,what are the parameters that need to be configuredwhat do we need to configure for security,whether we should broadcast the ssid or not,different security levels for layer 2 and layer 3 security and how to choose a aaa serverand some parameters for advanced topics.
We will also go over different platforms for wireless management and configurations,how we can configure a wireless lan controller via gui and cli, how we can configure wireless lan controllers and autonomous access pointsvia cisco prime infrastructure, how we can use ise identity services engine as a aaa server for wireless configurations.
Inthe last part we will talk about how to maintain a wireless network, how to get wireless lan controller backups, how to do code updates for wireless components such as autonomous access points, aireos based controllers and ios xe based controllers.
Chapter five is all about client connectivity configuration, In this chapter we will learn how to configure your clients and how to configure your wlans to prepare for client connectivity. In this chapter we will talk about authentication and encryption, what is authentication, what are different types of encryption some examples of it, tkip aes.
Then wewill go over 802.
1x and eap,we will understand the eap process and thenwe will compare most common methods,peap, eap-fast eap-tlsand we will go over aaa server options and then we will talk about different client authentication methods, why do we use open authentication, what are benefits and what are disadvantages of open authentication. We will also talk about psk authentication and local eap, then we will learn how to configure them in your wlc. We will go over wireless authentication using ISEa radius server, we will also learn how to configure web authentication on your wlcand we will also talk about different wpa modes: wpa personal wpa enterprise wpa2 personal and wpa2 enterprise, all those different modes will be discussed in detail.
And on the second part of chapter fivewe will learn how to provide client connectivity in different operating systems,we will go over how to configure windows ios macos and android devicesand then we will talk about roaming.
We will learn different components of mobility architecturesuch as mobility controller and mobility agent,we will go over different types of roaming,intracontroller roaming and intercontroller roaming. We will also talk about main deployment types centralized mobility and converged mobilityfor both layer 2 and layer 3 roamingand then we will go overhow to configure wireless guest networking with anchor controller and foreign controllerThen we will begin chapte
Lets go over each chapter and go on more detail about what to come in this course,First off,you will learn a great deal about rf fundamentals.
This is the starting point for your wireless journeyand it will lay a good foundation for the following chaptersIn the first chapter we will be describing the propagation of radio waves, we will learn about rf signals and the spectrum.
We will answer some questions like:
What is frequency, what is wavelength, what is amplitude and what is phase difference.
We will also learn about different phenomenas related with rf signals such as absorption,reflection,diffraction,scattering,refraction,multipath and fading.
We will also learn free space path loss and also fresnel zone.
On the second part of this chapter, we will go deep into rf fundamentals,what is signal strength,what does RSSI mean,how to calculate transmit power.
We will go over some different interference types and the noise, what are different device requirements and capabilities.
We will also learn principles of rf mathematics,how to calculate dB, dBi, dBd, dBm andhow we can measure different power levels.
We will also learn to calculate EIRP.
We will see wifi antenna characteristics, how does the radiation pattern of an antenna occur,what is polarization,how gain is measured,what is the beamwidth of an antenna and we will go over different types of antennas:
Omnidirectional, yagi,patch and dishWe will explain different antenna connectors and why we need them and lastly, we will study amplifiers and attenuatorsOn our second chapter,we will learn about 802.
11 Technology FundamentalsIn this chapter we will describe basic Wi-fi governance, what are the governing regulatory bodies, what is IEEE,why do we need to learn about ieee 802.
11 and what is wifi-alliance.
On the second part of this chapter, we will also learn about usable channel and power combinations.
We already learned about EIRP, we will also learn its limitations.
We will be learning about ISM and UNII frequency bands.
We will go over rrm fundamentals on the last part of this chapterWe will also learn about 802.
11 fundamentals, what is modulation, what is channel width, how do we use them. We will learn about MIMO multiple input multiple output, we will go over wireless topologies and we will learn different wireless frame types such as management, control and data. So simply we will learn a lot about 802.
11 fundamentals in this chapterIn Chapter 3 we will learn about various Cisco wireless architectures.
We will learn why we need autonomous, cloud architecures,why do we need split mac architectureand we will learn differences regarding centralized flex connectand converged deployment types,then we will go over physical connections for wired and wireless infrastructure. We will understand how to connect wlcs to switcheshow to connect different ap types to switchesand why do we need etherchanneland also learn what do wcms on switches add us in terms of benefits.
Then we will examine wlc and ap management access connections,what are different management methods,what are wlc ports,what the different wlc interfaces doand we will also learn why we should disable management via wireless.
Capter four is about operating a wireless network.
In this chapter we will talk abouthow to execute initial setup procedures for various cisco wireless infrastructures,how to do initial setup for autonomous access points,how to setup cloud aps and manage them. We will learn how to setup centralized wlcs and wireless control modules. Next up, we will learn ap boot processand different capwap discovery methods,then we will understand what are different capwap join processesand we will learn how access points choose to join a specific wlc. What is the master controller,why do we need primary secondary and tertiary controllersW wil also compare different access point modes,such as monitoring mode flex connect mode and wipsO the second part of this chapter we will configure a simple wlan,what do we need to configure,what are the parameters that need to be configuredwhat do we need to configure for security,whether we should broadcast the ssid or not,different security levels for layer 2 and layer 3 security and how to choose a aaa serverand some parameters for advanced topics.
We will also go over different platforms for wireless management and configurations,how we can configure a wireless lan controller via gui and cli, how we can configure wireless lan controllers and autonomous access pointsvia cisco prime infrastructure, how we can use ise identity services engine as a aaa server for wireless configurations.
Inthe last part we will talk about how to maintain a wireless network, how to get wireless lan controller backups, how to do code updates for wireless components such as autonomous access points, aireos based controllers and ios xe based controllers.
Chapter five is all about client connectivity configuration, In this chapter we will learn how to configure your clients and how to configure your wlans to prepare for client connectivity. In this chapter we will talk about authentication and encryption, what is authentication, what are different types of encryption some examples of it, tkip aes.
Then wewill go over 802.
1x and eap,we will understand the eap process and thenwe will compare most common methods,peap, eap-fast eap-tlsand we will go over aaa server options and then we will talk about different client authentication methods, why do we use open authentication, what are benefits and what are disadvantages of open authentication. We will also talk about psk authentication and local eap, then we will learn how to configure them in your wlc. We will go over wireless authentication using ISEa radius server, we will also learn how to configure web authentication on your wlcand we will also talk about different wpa modes: wpa personal wpa enterprise wpa2 personal and wpa2 enterprise, all those different modes will be discussed in detail.
And on the second part of chapter fivewe will learn how to provide client connectivity in different operating systems,we will go over how to configure windows ios macos and android devicesand then we will talk about roaming.
We will learn different components of mobility architecturesuch as mobility controller and mobility agent,we will go over different types of roaming,intracontroller roaming and intercontroller roaming. We will also talk about main deployment types centralized mobility and converged mobilityfor both layer 2 and layer 3 roamingand then we will go overhow to configure wireless guest networking with anchor controller and foreign controllerThen we will begin chapte
Instructor Details
- 4.0 Rating
43 Reviews
Veyhurdam Dikmen
Veyhurdam Dikmen is an experienced Instructor/Engineer with Routing & Switching, Wireless, Voice and Security background. He is a double CCIE with an Electrical & Electronics Degree from METU. He also has CCNP Security, CCNP Wireless, CCNP RS, Palo Alto PCNSE, Citrix and Brocade certifications.He is the first one to achieve CCIEWireless in his country.
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