KONFIGURASI VLAN PADA ROUTERBOARD RB 941 - RB 750 - MIKROTIK TUTORIAL

Summary

This tutorial walks through the process of setting up Virtual LANs (VLANs) on MikroTik devices, using the MikroTik RB941 as the server and the RB750 as the client. It covers connecting the devices to the network, configuring DHCP servers, and setting up VLANs on Ethernet interfaces. The video provides step-by-step instructions for both server and client configurations, including creating virtual networks, assigning IP addresses, and ensuring internet connectivity. The setup allows for multiple VLANs to function on a single physical infrastructure, making it ideal for efficient network management.

Takeaways

• 😀 The tutorial covers setting up Virtual LAN (VLAN) using MikroTik devices, specifically MikroTik RB941 (server) and MikroTik RB750 (client).
• 😀 The MikroTik RB941 is configured as a server to connect to the internet using Wi-Fi and distribute IP addresses via DHCP to clients.
• 😀 The first step in the setup is enabling Wi-Fi on the server device (RB941) and connecting to a network by entering the correct password.
• 😀 DHCP is configured to automatically assign IP addresses to devices connected to the server's Ethernet interfaces (eth2).
• 😀 The server then sets up VLANs with VLAN IDs 10 and 20, assigning specific IP subnets to each VLAN for network segmentation.
• 😀 The tutorial details the process of setting up DHCP servers for both VLANs (VLAN 10 and VLAN 20), ensuring the correct IP allocation.
• 😀 MikroTik RB750 is configured as a managed switch, with VLAN IDs 10 and 20 routed through eth1 and assigned to eth2 and eth3 for client devices.
• 😀 The RB750 bridge interface is set up to include eth2 and eth3, which are configured to carry VLAN traffic for proper network segmentation.
• 😀 The configuration process includes testing by checking if client devices receive the correct IP addresses from each VLAN (192.168.10.x and 192.168.20.x).
• 😀 The final step ensures that both VLANs have internet connectivity by testing with a successful ping to an external address.

Q & A

What is the purpose of setting up the Mikrotik router in this script?

The purpose is to configure a Virtual LAN (VLAN) using Mikrotik routers, specifically the RB941 as a server and the RB750 as a client, to manage network traffic and implement multiple VLANs over a shared network.

What are the device models used in this configuration?

The device models used are Mikrotik RB941 for the server and Mikrotik RB750 for the client.

What is the first step in setting up the Mikrotik RB941 as the server?

The first step is to enable the WiFi connection on the RB941 and connect it to an available wireless network.

What is the IP address assigned to the first VLAN in this configuration?

The IP address assigned to the first VLAN (ID 10) is 192.168.100.1.

What role does the RB750 play in the configuration?

The RB750 is configured as a managed switch, allowing it to handle the VLAN traffic between different interfaces, and connects to the RB941 to receive multiple VLAN IDs (ID 10 and ID 20).

How is the connection between the Mikrotik RB941 and the client device managed?

The RB941 connects to the client device via the WiFi interface, using DHCP to assign an IP address to the client device.

What configuration is made for the VLANs on the Mikrotik RB941?

On the RB941, VLAN IDs 10 and 20 are configured, with corresponding IP addresses and DHCP server settings to manage traffic for each VLAN.

What is the role of the bridge in the Mikrotik RB750 configuration?

The bridge in the RB750 connects multiple Ethernet interfaces (eth1, eth2, eth3) to pass VLAN traffic, allowing the device to manage and segregate the network based on VLAN IDs.

How are the VLAN IDs set on the RB750 switch interfaces?

VLAN IDs are configured on the RB750 switch by selecting the appropriate interfaces and assigning VLAN tags to each port, ensuring that traffic is separated and routed according to the VLAN settings.

What does the script check after configuring the VLANs on the Mikrotik devices?

After configuring the VLANs, the script verifies the IP addresses on the client devices, checking if they receive the correct IP address for each VLAN (ID 10 for eth2, and ID 20 for eth3). It also confirms internet connectivity for both VLANs.