About the course
Welcome to Cisco's CCNA Wireless course for the (640-720) IUWNE certification! This course is over 12+ hours in length and will cover all the needed subjects to be successful in helping to prepare and pass the CCNA Wireless exam. This course packs a punch!...not only will the student acquire the knowledge needed for Cisco's certification exam; but what is learned herein will be transferable to the real world for a small and/or Enterprise environment. Students will get an in-depth understanding of networking, using wireless routers along with switches and their various configurations and connections. Students will learn about different types of wireless topologies, wireless RF fundamentals, wireless standards and an introduction to wireless security. This course will also prepare the student in Layer 2 technology and its various configurations, such as; VLAN’s, Inter-VLAN communication & Trunking. Students will also acquire the basic understanding needed to secure their wireles networks using the following techniques and protocols; PSK. 802.1x, WPA/WPA2 with EAP-TLS, EAP-FAST, PEAP and LEAP. Student will learn how to install the Cisco Unified Wierless Network (CUWN), how to setup the WLC management, manage stand alone AP's, and be able to troubleshoot, maintain wireless networks. This is a full comprehensive course that will take you from A-Z in your quest to acquire the Cisco Wireless Certification!
Who Should Attend?
The Cisco CCNA Wireless course is for students who want to pass the CCNA Wireles Certification and have already obtained the Cisco CCENT or CCNA exams. If you are working in the IT industry and want to learn about wireless networks this course will be a great foundation to start implementing wireless in your network..
This Cisco CCNA Wireless course could also be for individuals that have some networking background and simply want to learn about wireless neworks, specially Cisco wireless networks.
Curriculum
Lesson 1: Introduction to Cisco's CCNA Wireless Course
Lesson 2: Types of Different Wireless Networks
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Lecture 3: A Look into Wireless LANs
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Lecture 4: A Look into the Metro Area Network or MAN
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Lecture 6: Summary of Section 2
Lesson 3: Different types of Basic Wireless Devices
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Lecture 1: Introduction to Wireless Devices
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Lecture 2: Introducing the Wireless Access Point
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Lecture 3: The Wireless Interface Card
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Lecture 4: Defining what are Wireless Antennas
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Lecture 5: Summary of Section 3
Lesson 4: Types of Wireless Topologies
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Lecture 2: Defining the Independent Basic Service Set
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Lecture 3: Introducing the Basic Service Set
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Lecture 4: The Infrastructure Basic Service Set
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Lecture 6: The Extended Service Set
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Lecture 7: Wireless Workgroup Bridges
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Lecture 8: A look at wireless Repeaters
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Lecture 9: Wireless Bridging
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Lecture 10: Mesh Networks
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Lecture 11: Summary of Section 4
Lesson 5: Layer 2 Switching Concepts
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Lecture 1: Introduction to Switching Concepts
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Lecture 2: Types VLAN Memberships
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Lecture 3: Types of Switchports
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Lecture 4: Frame tagging
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Lecture 5: The VLAN Trunking Protocols
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Lecture 6: Configuring and Assigning VLANs
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Lecture 7: Configuring Trunk Ports
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Lecture 8: Changing the Native VLAN
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Lecture 9: Summary of Section 5
Lesson 6: Wireless LAN Fundamentals
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Lecture 1: Introduction to Wireless Communications
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Lecture 2: Introduction to Radio Frequency
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Lecture 3: A look at Frequency Behaviors
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Lecture 5: Welcome to RF Math
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Lecture 6: The Rule of 3's and 10's
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Lecture 7: Antenna Principles
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Lecture 8: Antenna Types
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Lecture 9: Antenna Accessories
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Lecture 10: Summary of Section 6
Lesson 7: Spread Spectrum Technologies and the different types of Modulation used.
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Lecture 1: Introduction to the Transmission Methods
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Lecture 2: Frequency Hopping Spread Spectrum
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Lecture 3: Direct Sequence Spread Spectrum
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Lecture 4: Orthogonal Frequency Division Multiplexing
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Lecture 5: Managing Channel Overlap
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Lecture 6: Summary of Section 7
Lesson 8: Wireless Regulations Bodies and Standards
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Lecture 1: Introduction to Wireless Regulations
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Lecture 2: The IEEE standards
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Lecture 3: The 5GHz Band
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Lecture 4: CSMA_CA
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Lecture 5: Non-Standard Wireless Technologies
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Lecture 6: Summary of Section 8
Lesson 9: Wireless Security
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Lecture 1: Introduction to Wireless Security
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Lecture 2: Wireless Threats
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Lecture 3: Denial of Service Attacks
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Lecture 4: Open Access
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Lecture 5: Authorization
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Lecture 6: Certificate and PKI
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Lecture 7: EAP-Fast and PEAP
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Lecture 8: 802.1x and Radius
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Lecture 9: A look into Encryption types
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Lecture 10: Summary of Section 9
Lesson 10: Introduction to different types of Wireless Clients
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Lecture 2: Navigating the different Wireless Clients
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Lecture 3: The Cisco Supplicants
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Lecture 4: Summary of Section 10
Lesson 11: Cisco Unified Wireless Devices
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Lecture 3: Cisco Unified Network Devices AP
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Lecture 4: Cisco Unified Network Devices WLC
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Lecture 6: Having Redundancy in our WLAN
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Lecture 7: Different modes the AP go through
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Lecture 8: How to Deal with Roaming in a CUWN
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Lecture 9: Summary of Section 11
Lesson 12: Discussing the Cisco Mobility Express Wireless Options
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Lecture 1: Introduction to the CME Section
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Lecture 3: Cisco's Small Business Communication System
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Lecture 4: Cisco's Express Wireless Architecture
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Lecture 8: Summary of Section 12
Lesson 13: Installing the Cisco Unified Wireless Network
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Lecture 1: Introduction to the CUWN
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Lecture 3: The Configurations of the WLC Interfaces
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Lecture 4: Cisco's Wireless Controller Management
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Lecture 6: Express Setup and Security
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Lecture 7: Managing a Stand Alone AP
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Lecture 8: Migrating a Stand Alone AP
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Lecture 9: Summary of Section 13
Lesson 14: Summary of CWNA Course
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Lecture 1: Summary of Course