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4.9
CCNP Designing Cisco Enterprise Wireless Networks 300-425 ENWLSD
Designing Cisco Enterprise Wireless Networks Online Training
This intermediate Designing Cisco Enterprise Wireless Networks training covers the objectives in the 300-425 ENWLSD exam, which is one of six concentration exams you can take to earn the CCNP Enterprise certification.
If you’ve been working in IT for a while, you probably already know that the best solutions are custom-built according to unique needs – in other words, one-size-fits-all solutions rarely fit well. That’s certainly true in wireless networking – the best wireless networks aren’t added to existing networks, they’re designed from the ground up with the underlying needs in mind.
The right hardware, software and equipment for implementing the best wireless networks depends on who’ll be using it and why. This course in designing Cisco enterprise wireless networks will make sure you know how to ask the right questions and deliver the right wireless connectivity to your enterprise networks, no matter the constraints or needs.
For supervisors, this Cisco training can be used for 300-425 ENWLSD exam prep, onboarding new network administrators, individual or team training plans, or as a Cisco reference resource.
Designing Cisco Enterprise Wireless Networks: What You Need to Know
For any network administrator using this training for exam preparation, our Designing Cisco Enterprise Wireless Networks course maps to the 300-425 ENWLSD exam objectives, and covers topics such as:
- Planning advanced designs of Cisco wireless products
- Performing site surveys to establish end point placement and configuration
- Industry standards and best practices around wireless network design
- Undertaking network validation and implementing vertical designs
Who Should Take Designing Cisco Enterprise Wireless Networks Training?
This Designing Cisco Enterprise Wireless Networks training is considered professional-level Cisco training, which means it was designed for network administrators. This wireless networking architecture skills course is designed for network administrators with three to five years of experience with Cisco wireless networks.
New or aspiring network administrators. It’s always a good idea to specialize your knowledge and focus your career early, but be warned – for brand new network administrators, some of the contents of this course may be challenging. On the other hand, if you’re at a point in your career where you want to focus on wireless networking, this course is a great way to get there.
Experienced network administrators. If you’ve been working in networking for a few years already, this course in wireless network design for enterprises using Cisco equipment is what you need to focus your career. Transition away from wired networks and traditional administration and focus on wireless network planning and implementation with this training.
Describe Wireless Physics
1. Overview
2. Intro
3. Physics of Light
4. Anatomy of Light Waves
5. Light and Frequency
6. Review and Quiz
7. Conclusion
Describe Wireless Propagation and Antennas
1. Overview
2. Intro
3. Antenna Effects
4. Antenna Types
5. Antenna Signal Patterns
6. Fresnel Zone and Wireless Bridging
7. Review and Quiz
8. Conclusion
Explain Wireless Measurements
1. Overview
2. Intro
3. dBm and Measurements
4. Antenna Gain
5. Transmit Power and Receiver Sensitivity
6. Review and Quiz
7. Conclusion
Describe 802.11 Standards
1. Overview
2. Intro
3. 802.11
4. 802.11a/b/g
5. 802.11n (Wi-Fi 4)
6. 802.11ac (Wi-Fi 5)
7. 802.11ax (Wi-Fi 6 and 6E)
8. Review and Quiz
9. Conclusion
Describe Wireless Bands and Channels
1. Overview
2. Intro
3. Channels and Bands
4. 2.4GHz Channels
5. 5GHz UNII Bands
6. 5GHz Channels and DFS
7. 6GHz Channels
8. Review and Quiz
9. Conclusion
Describe Wireless Communication Techniques
1. Intro
2. CSMA/CA
3. RTS/CTS
4. SIFS and DIFS
5. Guard Interval
6. Review and Quiz
7. Conclusion
Explain Wireless Modulation and Encoding
1. Overview
2. Intro
3. Modulation and Encoding
4. Phase, Amplitude, and Frequency Keying
5. Data Encoding with Symbols
6. Interpreting Modulation
7. Review and Quiz
8. Conclusion
Explain Wireless Modulation Techniques
1. Overview
2. Intro
3. BPSK and QPSK
4. Constellation Diagrams and 16-QAM
5. 64-, 256-, and 1024-QAM
6. Convolutional Coding
7. Review and Quiz
8. Conclusion
Explain Wireless Communications
1. Overview
2. Intro
3. Management Frames
4. Authentication and Association
5. BSS, ESS, and SSIDs
6. Roaming
7. Review and Quiz
8. Conclusion
Describe Wireless Networking
1. Overview
2. Intro
3. Access Points and L2 Networking
4. SSIDs and VLANs
5. Access Point Types
6. Autonomous vs Lightweight vs Cloud
7. Review and Quiz
8. Conclusion
Describe Wireless Network Architectures
1. Overview
2. Intro
3. CAPWAP Tunnels
4. Switching Infrastructure
5. Software Defined Access and Wireless
6. Review and Quiz
7. Conclusion
Explain Cisco AP Radios and Connectivity
1. Overview
2. Intro
3. Dual-Radios and Dual-Band Antennas
4. Tri and Quad Radios
5. DART Connectors
6. Self-Identifying Antennas (SIAs)
7. BSS Coloring
8. Review and Quiz
9. Conclusion
Explain the Cisco RF ASIC
1. Overview
2. Explain the Cisco RF ASIC
3. The Cisco RF ASIC
4. DFS Enhancements
5. FastLocate
6. CleanAir and Security
7. Review and Quiz
8. Conclusion
Identify Cisco Wireless APs
1. Overview
3. AP Features Overview
4. Catalyst AP Families
5. Catalyst 9100 and 9110 Access Points
6. Catalyst 9120 Access Points
7. Catalyst 9130 Access Points
8. Aironet Access Points
9. Review and Quiz
10. Conclusion
Identify Cisco Wireless LAN Controllers (WLCs)
1. Overview
2. Intro
3. Catalyst 9800 Hardware Controllers
4. Cloud and Containers
5. Catalyst 9800 Software Controllers
6. Legacy Airespace Controllers
7. Review and Quiz
8. Conclusion
Explain Power over Ethernet
1. Overview
2. Intro
3. PoE and PoE+
4. UPOE and UPOE+
5. Switch Support
6. Catalyst 9K PoE Switches
7. AP Power Requirements
8. Review and Quiz
9. Conclusion
Describe Wireless Physics
1. Overview
2. Intro
3. Physics of Light
4. Anatomy of Light Waves
5. Light and Frequency
6. Review and Quiz
7. Conclusion
Describe Wireless Propagation and Antennas
1. Overview
2. Intro
3. Antenna Effects
4. Antenna Types
5. Antenna Signal Patterns
6. Fresnel Zone and Wireless Bridging
7. Review and Quiz
8. Conclusion
Explain Wireless Measurements
1. Overview
2. Intro
3. dBm and Measurements
4. Antenna Gain
5. Transmit Power and Receiver Sensitivity
6. Review and Quiz
7. Conclusion
Describe 802.11 Standards
1. Overview
2. Intro
3. 802.11
4. 802.11a/b/g
5. 802.11n (Wi-Fi 4)
6. 802.11ac (Wi-Fi 5)
7. 802.11ax (Wi-Fi 6 and 6E)
8. Review and Quiz
9. Conclusion
Describe Wireless Bands and Channels
1. Overview
2. Intro
3. Channels and Bands
4. 2.4GHz Channels
5. 5GHz UNII Bands
6. 5GHz Channels and DFS
7. 6GHz Channels
8. Review and Quiz
9. Conclusion
Describe Wireless Communication Techniques
1. Intro
2. CSMA/CA
3. RTS/CTS
4. SIFS and DIFS
5. Guard Interval
6. Review and Quiz
7. Conclusion
Explain Wireless Modulation and Encoding
1. Overview
2. Intro
3. Modulation and Encoding
4. Phase, Amplitude, and Frequency Keying
5. Data Encoding with Symbols
6. Interpreting Modulation
7. Review and Quiz
8. Conclusion
Explain Wireless Modulation Techniques
1. Overview
2. Intro
3. BPSK and QPSK
4. Constellation Diagrams and 16-QAM
5. 64-, 256-, and 1024-QAM
6. Convolutional Coding
7. Review and Quiz
8. Conclusion
Explain Wireless Communications
1. Overview
2. Intro
3. Management Frames
4. Authentication and Association
5. BSS, ESS, and SSIDs
6. Roaming
7. Review and Quiz
8. Conclusion
Describe Wireless Networking
1. Overview
2. Intro
3. Access Points and L2 Networking
4. SSIDs and VLANs
5. Access Point Types
6. Autonomous vs Lightweight vs Cloud
7. Review and Quiz
8. Conclusion
Describe Wireless Network Architectures
1. Overview
2. Intro
3. CAPWAP Tunnels
4. Switching Infrastructure
5. Software Defined Access and Wireless
6. Review and Quiz
7. Conclusion
Explain Cisco AP Radios and Connectivity
1. Overview
2. Intro
3. Dual-Radios and Dual-Band Antennas
4. Tri and Quad Radios
5. DART Connectors
6. Self-Identifying Antennas (SIAs)
7. BSS Coloring
8. Review and Quiz
9. Conclusion
Explain the Cisco RF ASIC
1. Overview
2. Explain the Cisco RF ASIC
3. The Cisco RF ASIC
4. DFS Enhancements
5. FastLocate
6. CleanAir and Security
7. Review and Quiz
8. Conclusion
Identify Cisco Wireless APs
1. Overview
3. AP Features Overview
4. Catalyst AP Families
5. Catalyst 9100 and 9110 Access Points
6. Catalyst 9120 Access Points
7. Catalyst 9130 Access Points
8. Aironet Access Points
9. Review and Quiz
10. Conclusion
Identify Cisco Wireless LAN Controllers (WLCs)
1. Overview
2. Intro
3. Catalyst 9800 Hardware Controllers
4. Cloud and Containers
5. Catalyst 9800 Software Controllers
6. Legacy Airespace Controllers
7. Review and Quiz
8. Conclusion
Explain Power over Ethernet
1. Overview
2. Intro
3. PoE and PoE+
4. UPOE and UPOE+
5. Switch Support
6. Catalyst 9K PoE Switches
7. AP Power Requirements
8. Review and Quiz
9. Conclusion
Design Wireless Power Settings
1. Overview
2. Intro
3. AP Power Levels
4. Transmit Power Control
5. AP Power Limits
6. Power Thresholds
7. Other Power Factors
8. Review and Quiz
9. Conclusion
Determine Physical Infrastructure Requirements for Wireless
1. Overview
2. Intro
3. AP Power Requirements
4. Switching Power Needs
5. Switching Infrastructure
6. AP Mounting and Grounding
7. Review and Quiz
8. Conclusion
Determine Logical Infrastructure Requirements for Wireless
1. Overview
2. Intro
3. CAPWAP Tunneling
4. Review and Quiz
5. Conclusion
Describe Radio Resource Management (RRM)
1. Overview
2. Intro
3. Radio Resource Management (RRM)
4. DCA and CHDM
5. NDP Advertisements
6. NDP Channels and Reporting
7. RRM Configuration Defaults
8. Review and Quiz
9. Conclusion
Design Radio Management
1. Overview
2. Intro
3. RF Groups
4. AP Groups
5. RF Profiles
6. AP Modes of Operation
7. FlexConnect Mode
8. Review and Quiz
9. Conclusion
Optimize the RF Environment
1. Overview
2. Intro
3. Data Rate Tuning and RxSOP
4. Flexible Radios
5. Flexible Radio Assignment (FRA)
6. Radio Design Optimizations
7. Review and Quiz
8. Conclusion
Describe 9800 Configuration Architecture
1. Overview
2. Intro
3. Configuration Overview
4. AP Join Profiles
5. Flex Profiles
6. Policy Profiles
7. RF Profiles
8. Creating and Deploying Tags
9. Review and Quiz
10. Conclusion
Apply Wireless Design Requirements
1. Overview
2. Intro
3. Data and Voice
4. Location and Hyperlocation
5. Hyperlocation Features and Deployments
6. QoS and AVC
7. 802.11e QoS and CAPWAP
8. Review and Quiz
9. Conclusion
Explain Cisco AireOS WLC Interfaces
1. Overview
2. Intro
3. Physical Ports
4. Management Interfaces
5. Redundancy Interfaces
6. Dynamic Interfaces
7. Interface Groups
8. AP-Manager Interfaces
9. Review and Quiz
10. Conclusion
Explain Cisco IOS-XE WLC Interfaces
1. Overview
2. Intro
3. Catalyst 9800 Physical Ports
4. LAG and Loopbacks
5. Logical Interfaces
6. Service Port
7. Redundancy Ports
8. Review and Quiz
9. Conclusion
Design High-Density Wireless Networks
1. Overview
2. Intro
3. Cell Design
4. Band Design
5. Channel Widths
6. Antenna Options
7. DTPC and OFDMA
8. Review and Quiz
9. Conclusion
Design Wireless Mesh and Bridging
1. Overview
2. Intro
3. Band and Channel Selection
4. Adaptive Wireless Path Protocol (AWPP)
5. Ethernet Bridging and WGB
6. CAPWAP and AP Modes
7. Review and Quiz
8. Conclusion
Design Mobility Groups
1. Overview
2. Intro
3. Roaming Methodologies
4. Types of WLC Roaming
5. Mobility Groups and Domains
6. Anchor Controllers
7. Review and Quiz
8. Conclusion
Optimize Client Roaming
1. Overview
2. Intro
3. Authentication, Encryption, and Keys
4. Fast Secure Roaming
5. Cisco Centralized Key Management (CCKM)
6. 802.11r Fast Transition
7. 802.11k and 802.11v Roaming Assistance
8. Review and Quiz
9. Conclusion
Validate Mobility Tunneling and Edge Deployments
1. Overview
2. Intro
3. Mobility Tunnels
4. IOS-XE and AireOS Compatibility
5. Mobility Troubleshooting Tools
6. FlexConnect Groups
7. OfficeExtend
8. Review and Quiz
9. Conclusion
Meet the Requirements of a Wireless Design
1. Overview
2. Intro
3. Meeting Technical Requirements
4. Meeting Physical Requirements
5. Meeting Migration Requirements
6. Meeting Financial Requirements
7. Conclusion
Review ENWLSD Domain 1
1. Overview
2. Intro
3. Review Part 1
4. Review Part 2
5. Review Part 3
6. Review Part 4
7. Conclusion
Review ENWLSD Domains 2-4
1. Overview
2. Intro
3. Review Part 1
4. Review Part 2
5. Review Part 3
6. Review Part 4
7. Conclusion
Design Wireless High Availability for WLCs
1. Overview
2. Intro
3. LAG, VSS, and VPC
4. Traditional WLC Failover
5. SSO Functionality
6. SSO Design
7. Review and Quiz
8. Conclusion
Design Wireless High Availability for APs
1. Overview
2. Intro
3. Discovering Redundant WLCs
4. AP Failover
5. AP Prioritization and Fallback
6. Anchor Controller Redundancy
7. Review and Quiz
8. Conclusion
Describe the Wireless Design Process
1. Overview
2. Intro
3. PPDIOO and PBM
4. Information Gathering
5. Perform a Site Survey
6. Create the Design
7. Review and Quiz
8. Conclusion
Collect Design Requirements
1. Overview
2. Intro
3. Client Types
4. Real-Time Applications
5. AP Types
6. Review and Quiz
7. Conclusion
Describe Material Attenuation
1. Overview
2. Intro
3. Reflection, Refraction, and Scattering
4. Diffraction and Absorption
5. Common Attenuation Values
6. Review and Quiz
7. Conclusion
Identify Wireless Site Survey Types
1. Overview
2. Intro
3. Preparing for a Site Survey
4. Offsite Surveys
5. Onsite Surveys
6. Passive and Active Surveys
7. Review and Quiz
8. Conclusion
Meet the Goals of a Site Survey
1. Overview
2. Intro
3. Meeting Signal Thresholds
4. AP Placement
5. Planning the Physical Deployment
6. Review and Quiz
7. Conclusion
Perform a Site Survey
1. Overview
2. Intro
3. Create a Site Survey checklist
4. Planning Tools
5. Preparing the Site Survey Software
6. Performing the Site Survey
7. Review and quiz
8. Conclusion
1. Overview
2. Intro
3. AP Power Levels
4. Transmit Power Control
5. AP Power Limits
6. Power Thresholds
7. Other Power Factors
8. Review and Quiz
9. Conclusion
Determine Physical Infrastructure Requirements for Wireless
1. Overview
2. Intro
3. AP Power Requirements
4. Switching Power Needs
5. Switching Infrastructure
6. AP Mounting and Grounding
7. Review and Quiz
8. Conclusion
Determine Logical Infrastructure Requirements for Wireless
1. Overview
2. Intro
3. CAPWAP Tunneling
4. Review and Quiz
5. Conclusion
Describe Radio Resource Management (RRM)
1. Overview
2. Intro
3. Radio Resource Management (RRM)
4. DCA and CHDM
5. NDP Advertisements
6. NDP Channels and Reporting
7. RRM Configuration Defaults
8. Review and Quiz
9. Conclusion
Design Radio Management
1. Overview
2. Intro
3. RF Groups
4. AP Groups
5. RF Profiles
6. AP Modes of Operation
7. FlexConnect Mode
8. Review and Quiz
9. Conclusion
Optimize the RF Environment
1. Overview
2. Intro
3. Data Rate Tuning and RxSOP
4. Flexible Radios
5. Flexible Radio Assignment (FRA)
6. Radio Design Optimizations
7. Review and Quiz
8. Conclusion
Describe 9800 Configuration Architecture
1. Overview
2. Intro
3. Configuration Overview
4. AP Join Profiles
5. Flex Profiles
6. Policy Profiles
7. RF Profiles
8. Creating and Deploying Tags
9. Review and Quiz
10. Conclusion
Apply Wireless Design Requirements
1. Overview
2. Intro
3. Data and Voice
4. Location and Hyperlocation
5. Hyperlocation Features and Deployments
6. QoS and AVC
7. 802.11e QoS and CAPWAP
8. Review and Quiz
9. Conclusion
Explain Cisco AireOS WLC Interfaces
1. Overview
2. Intro
3. Physical Ports
4. Management Interfaces
5. Redundancy Interfaces
6. Dynamic Interfaces
7. Interface Groups
8. AP-Manager Interfaces
9. Review and Quiz
10. Conclusion
Explain Cisco IOS-XE WLC Interfaces
1. Overview
2. Intro
3. Catalyst 9800 Physical Ports
4. LAG and Loopbacks
5. Logical Interfaces
6. Service Port
7. Redundancy Ports
8. Review and Quiz
9. Conclusion
Design High-Density Wireless Networks
1. Overview
2. Intro
3. Cell Design
4. Band Design
5. Channel Widths
6. Antenna Options
7. DTPC and OFDMA
8. Review and Quiz
9. Conclusion
Design Wireless Mesh and Bridging
1. Overview
2. Intro
3. Band and Channel Selection
4. Adaptive Wireless Path Protocol (AWPP)
5. Ethernet Bridging and WGB
6. CAPWAP and AP Modes
7. Review and Quiz
8. Conclusion
Design Mobility Groups
1. Overview
2. Intro
3. Roaming Methodologies
4. Types of WLC Roaming
5. Mobility Groups and Domains
6. Anchor Controllers
7. Review and Quiz
8. Conclusion
Optimize Client Roaming
1. Overview
2. Intro
3. Authentication, Encryption, and Keys
4. Fast Secure Roaming
5. Cisco Centralized Key Management (CCKM)
6. 802.11r Fast Transition
7. 802.11k and 802.11v Roaming Assistance
8. Review and Quiz
9. Conclusion
Validate Mobility Tunneling and Edge Deployments
1. Overview
2. Intro
3. Mobility Tunnels
4. IOS-XE and AireOS Compatibility
5. Mobility Troubleshooting Tools
6. FlexConnect Groups
7. OfficeExtend
8. Review and Quiz
9. Conclusion
Meet the Requirements of a Wireless Design
1. Overview
2. Intro
3. Meeting Technical Requirements
4. Meeting Physical Requirements
5. Meeting Migration Requirements
6. Meeting Financial Requirements
7. Conclusion
Review ENWLSD Domain 1
1. Overview
2. Intro
3. Review Part 1
4. Review Part 2
5. Review Part 3
6. Review Part 4
7. Conclusion
Review ENWLSD Domains 2-4
1. Overview
2. Intro
3. Review Part 1
4. Review Part 2
5. Review Part 3
6. Review Part 4
7. Conclusion
Design Wireless High Availability for WLCs
1. Overview
2. Intro
3. LAG, VSS, and VPC
4. Traditional WLC Failover
5. SSO Functionality
6. SSO Design
7. Review and Quiz
8. Conclusion
Design Wireless High Availability for APs
1. Overview
2. Intro
3. Discovering Redundant WLCs
4. AP Failover
5. AP Prioritization and Fallback
6. Anchor Controller Redundancy
7. Review and Quiz
8. Conclusion
Describe the Wireless Design Process
1. Overview
2. Intro
3. PPDIOO and PBM
4. Information Gathering
5. Perform a Site Survey
6. Create the Design
7. Review and Quiz
8. Conclusion
Collect Design Requirements
1. Overview
2. Intro
3. Client Types
4. Real-Time Applications
5. AP Types
6. Review and Quiz
7. Conclusion
Describe Material Attenuation
1. Overview
2. Intro
3. Reflection, Refraction, and Scattering
4. Diffraction and Absorption
5. Common Attenuation Values
6. Review and Quiz
7. Conclusion
Identify Wireless Site Survey Types
1. Overview
2. Intro
3. Preparing for a Site Survey
4. Offsite Surveys
5. Onsite Surveys
6. Passive and Active Surveys
7. Review and Quiz
8. Conclusion
Meet the Goals of a Site Survey
1. Overview
2. Intro
3. Meeting Signal Thresholds
4. AP Placement
5. Planning the Physical Deployment
6. Review and Quiz
7. Conclusion
Perform a Site Survey
1. Overview
2. Intro
3. Create a Site Survey checklist
4. Planning Tools
5. Preparing the Site Survey Software
6. Performing the Site Survey
7. Review and quiz
8. Conclusion
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