What is Azure Load Balancer and How to Create It?

What is Azure Load Balancer?

The load balancer is one of the essential components in cloud computing. It helps to distribute the workloads evenly across a group of servers or networks so that no single server or network is overloaded. This ensures that the application or service is available to users with minimal downtime.

The Azure Load Balancer provides high availability and scalability for services that are deployed in Azure. It balances a load of incoming traffic to ensure that no single server or network is overwhelmed. The Azure Load Balancer is a free service and does not require any additional charges.

The load balancer can be used with any type of application or service, including web applications, web services, databases, and file servers. It is also compatible with any type of operating system and any type of network protocol.

Types of Azure Load Balancer

There are different types of load balancers available in Azure, which include:

Public load balancer: This type of load balancer is used when the application or service needs to be accessible to users over the Internet.

Internal load balancer: This type of load balancer is used when the application or service does not need to be accessible to users over the Internet and only needs to be accessible to other resources within the same virtual network.

Hybrid load balancer: This type of load balancer is used when the application or service needs to be accessible to users over the Internet and also needs to be accessible to other resources within the same virtual network.

Uses of Azure Load Balancer

There are many uses for the Azure Load Balancer. Some of the most common uses include:

To distribute traffic evenly across a group of servers: This ensures that no single server or network is overloaded and that the application or service is available to users with minimal downtime.

To load balance incoming traffic: This helps to ensure that the application or service is available to users with minimal downtime.

To provide high availability and scalability: This helps to ensure that the application or service is available to users with minimal downtime.

To improve performance: This helps to ensure that the application or service is available to users with minimal downtime.

To reduce costs: This helps to ensure that the application or service is available to users with minimal downtime.

How to create Azure Load Balancer?

Creating an Azure Load Balancer is a simple process and can be done through the Azure portal.

1. Log in to the Azure portal.

2. Search Load Balancer and Open it.

3. Click on Create and Fill in the details.

4. Select Subscription, Resource Group and Fill Name. Use SKU and Type Then Click on the Next.

5. Click on add frontend IP and then click on next for backend pool.

6. Click on the backend pool and do next.

7. Add the inbound and outbound rules as per your need.

8. Do tag and click review and after validation creates the Load Balancer.

What is the difference between Azure Load Balancer and F5 Load Balancer?

Here are the differences between Azure Load Balancer and F5 Load Balancer:

1. Deployment of the azure load balancer is fast and easy since it is a cloud-based service. F5 Load Balancer deployment might be complex since it is a physical appliance.
2. Azure Load Balancer is a free service while F5 Load Balancer is a paid service.
3. Azure Load Balancer can be used with any type of application or service, including web applications, web services, databases, and file servers. F5 Load Balancer is designed specifically for web applications.
4. Azure Load Balancer is compatible with any type of operating system and any type of network protocol. F5 Load Balancer is compatible with Windows and Linux operating systems only.
5. Azure Load Balancer provides high availability and scalability for services that are deployed in Azure. F5 Load Balancer provides high availability and scalability for web applications.
6. Azure Load Balancer is a cloud-based service while F5 Load Balancer is a physical appliance.