How to Use Mikrotik Load Balance PCC Generator

Welcome to Mikrotik Load Balance PCC Generator, a tool designed to help you easily create load balancing configurations for your Mikrotik device. Load balancing is a technique used to distribute network traffic evenly across multiple internet connections, ensuring that no single connection is overworked while others are underutilized. Below is a step-by-step guide on how to use this tool to configure load balancing on your Mikrotik router.

1.  Access the Mikrotik Load Balance Generator Page

First, make sure you are on the correct page. You can access the Mikrotik Load Balance PCC Generator by visiting this link. Here, you will find a simple interface designed to guide you in generating a load balancing script.

2. Understanding the User Interface

On this page, you will see several input fields that you need to fill out. Here is an explanation of each field:

1. Number of ISP Connections (WAN): Here, you need to select the number of internet connections you have. For example, if you have two ISPs, select 2. This setting is crucial because it determines how many WAN interfaces your Mikrotik router will be managing simultaneously. Properly configuring this ensures that your load balancing setup can handle traffic across all your available connections.
   
2. Interface Name: You need to enter the name of the WAN interface on your Mikrotik router. This name is usually visible in your router's configuration, such as "ether1" for the first ISP and "ether2" for the second ISP. Each interface corresponds to a physical or virtual network port on your router, and it's essential to correctly identify these interfaces to ensure that the load balancing configuration works as intended. Incorrect interface names can result in misrouted traffic or failed connections.
   
3. IP Address for Each ISP: Enter the IP address provided by the ISP for each WAN connection. This IP address is typically assigned by your ISP and is used by your router to communicate with the internet. Make sure these IP addresses are correct to ensure optimal load balancing. Incorrect IP addresses can lead to connectivity issues, where your router might fail to route traffic through the intended ISP, disrupting your network's operation.
   
4. DNS Address: Enter the DNS address that will be used by your router. You can use the DNS provided by your ISP or choose a public DNS like Google DNS (8.8.8.8 and 8.8.4.4). The DNS address is critical for resolving domain names to IP addresses, which is necessary for accessing websites and online services. Using a reliable DNS can improve the speed and reliability of your internet connection.
   
5. Mark Routing (Optional): If you want to set up specific routing, you can enter the mark routing value. Mark routing is a technique used to tag packets with specific marks, which can then be used to influence routing decisions within your network. This is especially useful if you want to direct certain types of traffic through specific ISPs or routes. If you don't need this level of customization, you can skip this section. However, if your network requires advanced routing policies, configuring mark routing can give you greater control over how traffic flows through your network.
   
6. Gateway Address: Enter the gateway for each ISP. This gateway is the IP address used by your router to access the internet through the ISP. The gateway serves as the exit point for all internet-bound traffic from your network. If this address is incorrect, your router may not be able to reach the internet through the associated ISP, leading to loss of connectivity for the devices on your network.
   
   

3. Filling Out the Form with Your Data

After understanding each field, you can start filling out the form with the appropriate data. Here is an.

• Number of ISP Connections: 2
• Interface Name: ether1, ether2
• ISP IP Address: 192.168.1.2, 192.168.2.2
• Gateway Address: 192.168.1.1, 192.168.2.1
• DNS Address: 8.8.8.8, 8.8.4.4

Ensure that the data you enter matches your network settings to avoid configuration errors.

4. Generating the Load Balancing Script

Once all the fields are filled, click the "Generate" button. This tool will automatically create a Mikrotik configuration script based on the data you entered. This script contains commands that can be directly used on your Mikrotik router to enable load balancing.

5. Copying the Script to Your Mikrotik Router

After the script is generated, you can easily copy it to your clipboard using the "Copy" button. Open the terminal in Winbox or any other terminal you use to access your Mikrotik router. Paste the script you copied into the terminal, then press Enter. Your Mikrotik will immediately apply the new load balancing configuration.

6. Checking the Configuration and Connection

After running the script, it's important to check if the configuration is working properly. You can ping several IP addresses to ensure that the internet connection through both of your ISPs is functioning correctly. You can also use the traceroute feature to verify the routes taken by your data packets.

Additional Tips

• Backup Configuration: Before running the script, it's always recommended to back up your router's current configuration. This will make it easier for you to revert to the original settings if any errors occur.
• Monitoring: After enabling load balancing, use the monitoring features in Mikrotik to see how the load is distributed across the ISPs. This will help you ensure that load balancing is working as expected.
• Optimization: If you find that load balancing is not working optimally, you can adjust the mark routing or mangle rules generated by the script. Mikrotik offers a high level of flexibility for network configuration, so feel free to explore further.
  
  

Conclusion

Using the Mikrotik Load Balance PCC Generator is an effective way to configure load balancing on your Mikrotik router without having to write the script manually. This tool can save you time and reduce the chances of configuration errors. If you follow this guide correctly, your Mikrotik router will be able to manage multiple ISP connections more efficiently, providing a more stable and faster internet connection for your network.