Udemy – Enterprise Wireless Design by Arash Deljoo
English | Tutorial | Size: 2.32 GB
Enterprise Wireless Design
In this course you will learn about this topics and more:
1-1 Wireless Design – Following a Design Process
1-2 Wireless Design – Evaluating Customer Requirements
1-3 Wireless Design – Evaluating Client Requirements
1-4 Wireless Design – AP Deployment Models
2-1 Conducting an Offsite Site Survey – The Effect of Material Attenuation on Wireless Design
2-2 Conducting an Offsite Site Survey – Common Deployment Models for Different Industries
2-3 Conducting an Offsite Site Survey – Designing with Regulations in Mind
2-4 Conducting an Offsite Site Survey – Choosing the Right Survey Type
2-5 Conducting an Offsite Site Survey – A Survey of Wireless Planning Tools
2-6 Conducting an Offsite Site Survey – Conducting a Predictive Site Survey
4-1 Physical and Logical Infrastructure Requirements – PoE,PoE+,UPoE,UPoE+
4-2 Physical and Logical Infrastructure Requirements – Power Injectors
4-3 Physical and Logical Infrastructure Requirements – MultiGigabit
4-4 Physical and Logical Infrastructure Requirements – Mounting Access Points
4-5 Physical and Logical Infrastructure Requirements – Grounding and Securing Access Points
4-6 Physical and Logical Infrastructure Requirements – CAPWAP Flow
4-7 Physical and Logical Infrastructure Requirements – AAA and DHCP Services Logical Path
4-8 Physical and Logical Infrastructure Requirements – Licensing Overview
5-1 Applying Wireless Design Requirements – Defining AP Coverage
5-2 Applying Wireless Design Requirements – Considering Receive Sensitivity
5-3 Applying Wireless Design Requirements – Considering the Signal-to-Noise Ratio
5-4 Applying Wireless Design Requirements – Further AP Cell Considerations
6-1 Designing Radio Management – Understanding RRM
6-2 Designing Radio Management – Discovering the RF Neighborhood with NDP
6-3 Designing Radio Management – RF Groups
6-4 Designing Radio Management – Transmit Power Level (TPC)
6-5 Designing Radio Management – Dynamic Channel Assignment (DCA)
6-6 Designing Radio Management – Coverage Hole Detection
6-7 Designing Radio Management – Flexible Radio Assignment (FRA)
6-8 Designing Radio Management – Localizing RRM with RF Profiles
6-9 Designing Radio Management – Optimizing AP Cell Sensitivity with RxSOP
7-1 Designing Wireless Mesh Networks – Mesh Network Architecture and Components
7-2 Designing Wireless Mesh Networks – Mesh Access Points
8-1 Designing for Client Mobility – Roaming Review
8-2 Designing for Client Mobility – Layer 2 Roaming
8-3 Designing for Client Mobility – Layer 3 Roaming
8-4 Designing for Client Mobility – Organizing Roaming Behavior with Mobility Groups
8-5 Designing for Client Mobility – Exploring Mobility Operations
8-6 Designing for Client Mobility – Optimizing the AP Scanning Process
9-1 Designing High Availability – Foundation topics
9-2 Designing High Availability – Making Controller Connectivity More Resilient
9-3 Designing High Availability – Designing High Availability for APs
9-4 Designing High Availability – AP Prioritization
9-5 Designing High Availability – Designing High Availability for Controllers
RAPIDGATOR
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