Tagging and Routing Traffic Using MikroTik: A Technical Overview

We live in an era of networking, where effective traffic management is critical to ensure that data flows smoothly and securely between devices and networks. MikroTik, a popular brand known for its networking equipment and software, offers robust solutions for tagging and routing traffic. This article offers a technical overview of the concepts of tagging and routing traffic using MikroTik devices, exploring how they can optimize network performance and security.

But first, let’s understand what MikroTik devices are.

Understanding MikroTik Devices

MikroTik devices, such as routers and switches, are versatile tools designed for a wide range of networking applications. They are known for their powerful routing capabilities, advanced firewall features, and extensive support for various networking protocols. Two primary functions – tagging and routing – play a pivotal role in optimizing network traffic using MikroTik devices.

Let’s explore these two functions in more detail.

Tagging Traffic

Tagging traffic involves labeling packets of data with specific identifiers, or “tags,” to classify and manage them effectively within the network. Tags can help prioritize traffic, segregate it into virtual LANs (VLANs), or implement Quality of Service (QoS) policies.

Here’s how MikroTik devices handle tagging traffic:

1. VLAN Tagging

MikroTik routers and switches support VLAN tagging based on IEEE 802.1Q standards. VLANs allow you to logically separate your network into distinct segments, improving network security and traffic management. By tagging packets with VLAN IDs, MikroTik devices can ensure that data from one VLAN doesn’t interfere with another.

To configure VLAN tagging on a MikroTik device, you would typically:

  • Create VLAN interfaces and assign them to specific physical ports.
  • Tag packets with VLAN IDs based on source or destination criteria.
  • Implement firewall rules and routing policies to control traffic between VLANs.

2. QoS Tagging

Quality of Service (QoS) tagging is crucial for prioritizing traffic and ensuring that critical applications receive the necessary bandwidth and low latency. MikroTik devices support QoS tagging by assigning Differentiated Services Code Points (DSCP) or marking packets based on specific criteria.

By classifying traffic with QoS tags, you can:

  • Prioritize voice or video traffic for mobile applications.
  • Reserve bandwidth for critical services.
  • Throttle or deprioritize non-essential traffic, such as peer-to-peer file sharing.

Routing Traffic

Once you have tagged the traffic appropriately, routing becomes the next critical step. MikroTik routers excel in routing traffic efficiently and securely.

Here’s how they handle routing:

1. Static and Dynamic Routing

MikroTik routers support both static and dynamic routing protocols. Static routing involves manually configuring routes, making it suitable for smaller networks with straightforward topologies. On the other hand, dynamic routing protocols like OSPF and BGP are ideal for larger, more complex networks as they automatically adapt to network changes.

Configuring routing on a MikroTik router involves the following:

  • Defining routing tables.
  • Setting up routing protocols.
  • Establishing route redistribution between protocols if necessary.

2. Firewall Rules and Security

Security is paramount when routing traffic, and MikroTik devices come equipped with robust firewall capabilities. You can create firewall rules to filter and control traffic, ensuring that only authorized packets traverse your network.

Here are a few tips you can use to enhance routing security:

  • Implement ingress and egress firewall rules.
  • Employ NAT (Network Address Translation) to hide internal IP addresses.
  • Enable VPN (Virtual Private Network) capabilities for secure remote access.


Tagging and routing traffic using MikroTik devices are essential techniques for optimizing network performance and security. By properly tagging packets and configuring routing policies, network administrators can ensure that data flows efficiently and securely within their networks.

As networking requirements continue to evolve, MikroTik’s flexibility and feature-rich software provide valuable tools to meet these demands. Staying up to date with MikroTik’s latest offerings and best practices is essential for network professionals looking to maintain a robust and efficient network infrastructure.

If you want any assistance with tagging and routing using MikroTik devices, contact us at [email protected].

Source link