MikroTik Enterprise Wireless Engineer with LABS

Explore wireless tools on MikroTik to discover available frequencies and configure the network from scratch using practical lab tools.

Learn how to check channel noise using frequency usage, spectral scan, and spectral history to select low-noise channels for 2.4 ghz and 5 ghz wireless networks with practical lab steps.

Learn to use the MikroTik wireless alignment tool to set a common frequency, enable alignment mode, and confirm 100 percent alignment for outdoor point-to-point links.

Explore wireless analysis with MikroTik tools, using snooper to identify access points, stations, the basic service set identifier and mac addresses, and sniff to capture frames for inspection in Wireshark.

Scan for access points, connect router one as an access point via AP bridge, then configure a station to join that AP, and reset wireless configuration to defaults.

Explore the three frequency modes—regulatory domain, power, and super channel—and how country settings constrain available frequencies and transmit power, with guidance to adjust power between access point and station.

Explore MikroTik frequency modes—regulatory domain, manual tx power, and super channel—and learn how country rules, antenna gain, and nonstandard frequencies shape wireless lab configurations.

Learn how to adjust transmit power to optimize wireless signal reception between access points and stations, achieving strong links at minus 50 to minus 70 dBm.

Explore why wireless data rate changes occur and differentiate minimal from sideshows, then examine basic and supported data rates and how chaining links boost throughput and battery life.

Explore the difference between SISO and MIMO, learn how wireless chains and multiple antennas enable simultaneous transmit and receive, and understand MU-MIMO for higher throughput.

learn to prevent data rate flapping by configuring basic and supported data rates, setting minimums, and testing bandwidth to stabilize throughput in MikroTik wireless links.

Learn wireless link troubleshooting by evaluating the link between two points, checking scanner readings, signal level at the receiver, hardware frame, and registration table volumes to confirm IRS performance.

Analyze snr, ccq, and hardware frames to troubleshoot MikroTik wireless links, using registration tables, bandwidth tests, and channel bonding to optimize link reliability.

Optimize wireless links by setting accurate distance, managing noise floor thresholds, and applying hardware fragmentation thresholds for indoor and outdoor MikroTik deployments.

Explore how RTS/CTS and CTS-to-self address hidden node issues, configure hardware protection thresholds, and enable adaptive noise immunity to optimize MikroTik wireless links.

Learn how channel width, channel bonding, and guard interval affect throughput, and how shortening guard interval can increase bandwidth while risking data correction.

Learn how channel width and channel bonding boost throughput on 2.4 ghz and 5 ghz networks, moving from 20 mhz to 40, 80, or 160 mhz with distance tradeoffs.

Understand how the guard interval affects wireless throughput on MikroTik, balancing symbol interference and data integrity, since shorter intervals can increase throughput but may cause retransmission in multipath environments.

Explore how a wireless repeater extends coverage by capturing internet from an access point over the wireless and redistributing it, with a hands-on lab to configure the repeater.

Configure the router as a wireless repeater to extend coverage by repeating router one's signal, then set the repeater with the SSID, passphrase, and MAC address, and verify internet access.

Explore security mechanisms on the microSD card, including authentication and encryption, app protocol extensions, static key creation via web, protection against association attacks, and access and connect lists.

Explore MikroTik wireless security by comparing dynamic and static keys, and evaluating authentication methods (WPA, WPA2, EAP) with encryption options and IP-based or radius server deployments.

Learn how MikroTik's management protection prevents de-authentication and authentication attacks by requiring devices to use a protection key, with lab guidance on allowed and required modes.

Learn how to secure MikroTik wireless networks using default authenticate and access lists, set up authentication rules, prioritize access list entries, configure bandwidth limits, WPA/WPA2 profiles, and time-based access.

Learn to configure connect lists on MikroTik routers to force a station to connect to the correct access point, using MAC addresses, security profiles, and signal thresholds.

Connect multiple access points to the capsm an with and without certificates, enabling centralized management, layer two discovery, and certificate-based security for the wireless network.

Configure CAPsMAN channels: set non overlapping 2.4 GHz channels (1 and 6) with 20 MHz, center frequencies 2412 and 2437, disable extension, and propagate through configuration containers to CAPs.

Configure two security profiles on capsman for normal users and guests, using authentication and encryption with a passphrase.

Learn how datapaths in CAPsMAN connect users and guests via bridges and tunneling, with IP firewall masquerade, DHCP on bridges, and gateway to the internet.

Organize channel-specific settings into configuration containers in CAPsMAN, creating user and guest containers for channel one and channel six, then provision them to the access points.

Configure and apply CAPsMAN provisioning to MikroTik APs, creating master and slave (guest) configurations on channels 1 and 6, dynamically provisioning and validating user and guest networks.

Configure VLANs on CAPsMAN to separate user and guest wireless networks at layer 2. Tag AP interfaces and assign VLAN IDs 10 and 20 to each network.

Learn how to upgrade the CAPs software from CAPsMAN across a centralized catchment, verify same architecture, and provision all CAPs to the latest version.

Configure the access list on CAPsMAN to control client connections by signal strength, using ordered rules to reject low signals and accept others.

Configure a CAPsMAN backup for automatic failover by exporting the main configuration, importing certificates, and provisioning APs on the backup to keep wireless services online.

Learn from a certified MikroTik trainer with official courses, labs, and sit the exam to become a MikroTik certified engineer, with in-person training in the Netherlands or live online options.