Certified Wireless Network Administrator (CWNA) Training

This CWNA certification is basically foundational level WiFi certification for the CWNP Certification Program. The CWNA certification will help you to start your career in Wireless Networking. You will get a clear understanding of functionalities utilized in radio frequency which affects networking, and you can manage site surveys, administer high performance network and protect the confidential user data from potential encroaches.

Additionally, you will also learn about seamless mobile connectivity, deep analysis of wireless frame and VoWLAN deployments. You will utilize software tools and enterprise hardware during production and practical lab exercises.

Contact us to customize this class with your preferred dates, times and location.
You can call us on 1-800-961-0337 or Chat with our representative.

• Describing about Antenna types.
• Comprehending fundamental RF characteristics and principles.
• Portraying Exchange Procedure and 802.11 Frame Transmission.
• Portraying the basic principle for network security.
• Comprehending the Methodologies used as phase of WLAN Analysis.
• Comprehending the basic fundamentals of Site Survey and other best practices.
• Characterizing the fundamentals of network troubleshooting.

This training is designed for system and network administrators. However, engineers and consultants can also sign up for this certification.

It is recommended to have basic fundamental knowledge of OSI reference model covering IP SubNetting.

• 1. WLAN and Networking Industry Organizations
• WLAN Industry Organizations
• Administrative Domains
• 11 Standard and Amendments
• Extra Networking Standards
• PoE
• EAP
• Span
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2. RF Characteristics and Behavior
Spread Spectrum, Modulation, and Coding
Properties of RF Waves
Kinds of Power Loss and Environmental Impact on Radio Waves
RF Propagation
3. RF Mathematics and Measurements
RF Units of Measurement
RF Signals Measurement
Fundamental RF Math
Connection Budgets
4. RF Antennas and Hardware
Recieving wire Fundamentals
Polarization and Gain
Sorts of WLAN Antennas
Recieving wire Systems
Recieving wire Implementation and Safety
RF Cables, Connectors, and Accessories
5. 802.11 PHYs and Network Types
Recurrence Bands
Conjunction Mechanisms
Difficulties Addressed by Modern MACs/PHYs
HT and VHT Enhancements
Combination and Deployment Considerations
6. 802.11 Network Devices
Framework Devices
Gadget Configuration
Control Over Ethernet
7. 802.11 MAC Operations
Casing Types
Association Methodologies
8. 802.11 Channel Access Methods
Necessities
Timing and Distribution
Security Mechanisms
Activity Modes
Power Management
9. WLAN Network Architectures
Control, Management, and Data
Sending
Controllers
QoS
Wandering
Accessible Models
AP Placement and Channel Selection
10. WLAN Requirements and Solutions
Information Access
Client Types
Utilization Models
System Types
Essential Operating Models
System Management Systems
System Architecture
Administrations
11. Security Solutions for WLAN
Security Strategies
Security Policy
Security Mechanisms
Security Management
12. Site Surveys, Network Design and Validation
RF Site Surveys
Necessities Collation and Validation
Overview Report
Overview Methodologies
Overview Considerations
Range Analysis
13. WLAN Troubleshooting
Investigating Methodology
Convention and Spectrum Analysis
Observing
Impedance