Book Objectives
This book seeks to train wireless professionals to implement, configure and troubleshoot networks with MikroTik equipment, thus improving their skills and career.
Bands, frequencies and compatibility
Understand the bands and frequencies in wireless networks, and analyze the compatibility matrices for different protocols and configurations.
Analysis and monitoring tools
Learn to use tools such as “scan”, “frequency-usage” and “spectral-scan” to analyze the spectrum and detect performance and interference problems.
Dynamic Frequency Selection (DFS)
Study automatic frequency selection using DFS, guaranteeing optimal operation and avoiding interference.
Troubleshooting and analysis of the log table
Learn to use the registration table and parameters such as ccq and frames vs. “hw-frames” to identify and resolve problems in wireless networks.
Advanced settings for troubleshooting and tuning
Study aspects such as RTS/CTS protection, HW fragmentation threshold and Wireless Multi Media (WMM) configuration to optimize wireless connections.
Modification of “data-rates” and transmission powers
Analyze and adjust data-rates and transmission power to optimize performance and stability in wireless connections.
Implementation of security systems
Explore authentication and encryption techniques such as WPA2-PSK, WPA2-EAP, and WPA3, and learn how to manage security policies and passwords.
Wireless security and protection against attacks
Learn to configure and manage wireless security, protect wireless connections from attacks such as de-authentication and MAC cloning.
WDS and MESH technologies
Configure and optimize WDS and MESH links to expand network coverage and improve connectivity.
Wireless Transparent Bridge
Learn how to configure transparent bridges to interconnect Ethernet clients through wireless links.
Nstreme and Nstreme Dual Protocol
Explore MikroTik's Nstreme and Nstreme Dual protocols, and learn how to configure them to improve the performance and throughput of wireless connections.
802.11n and 802.11ac standards
Study the features and configurations of 802.11n and 802.11ac standards, such as MIMO, multi-user MIMO, SDMA, and beamforming.
By the end
By the end of the book, readers will be able to address common challenges in wireless networks and apply best practices in their implementations.
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