Windows vs. Linux Server: The Brief Comparison

When deciding on an operating system for their servers, organizations that deploy bare metal have a fundamental decision. The open-source alternative, Linux, and Microsoft’s Windows Server platform are their only options.

However, before digging in, familiarizing yourself with the pros and cons of each platform is the key in selecting the one that fits in for your business. As we go along, let us weigh better which one tailored to your specific needs as we will discover a comparison between Linux and Windows server.

Linux Server: Its Foundation

Linux servers have this so-called “Linux Operating System” which gives them a freely available source code. The prices are basically reasonable knowing that they feature a massive and supportive community. The open-source code of Linux has gained popularity within the IT industry because of the numbers of advantages that it has.

There is an easy collaboration of developers on different projects because of this codes’ open-source nature. The good thing is that the costs related to the licensing proprietary software does not incur higher. When comparing price, performance, and dependability, Linux servers are at the very top. With an open-source system, they are cheap, supported by a big community, and the code is available for creative improvement.

Linux servers are an ideal, guaranteed option for your day-to-day tasks, and there are hundreds of providers who are eager to customize them. Because of their adaptability, they can be used in any sector or domain thanks to their unlimited customization choices. Featuring a plethora of features, both visible and invisible, that streamline development.

Linux Server Benefits

When compared to other server solutions, Linux servers offer several benefits. To begin with, utilizing Linux servers does not include any extra licencing costs. The security and dependability of the server may be guaranteed by system administrators, and clients that interact with Linux systems have minimum hardware requirements.

Plus, there’s a lot of leeway for system administrators to personalize their server, so they may provide better services tailored to users’ needs in different settings. Finally, administrators may enjoy seamless use on their servers without compatibility difficulties, thanks to Linux’s open-source software compatibility.

The Basics of Windows Servers

Web applications, databases, file storage, and other services can be reliably and securely hosted by Windows servers, which are server software solutions developed by Microsoft. Features such as integrated system monitoring, web application protection layers, transparent backup techniques, server clustering for high availability, and Active Directory-based authentication are all standard on Windows servers.

Windows Server Benefits

Servers running Windows have an easy-to-navigate graphical user interface, pre-installed features that make them suitable for newcomers, and automatic upgrades that cut down on admin oversight and upkeep. They have strong authentication and authorization options for users thanks to their comprehensive security features.

Application whitelisting, powerful firewalls and intrusion detection systems, identity management, and data encryption are all part of these functionalities. Additionally, Windows Servers offer limitless scalability and versatility, letting you tailor your server configuration to suit the demands of any project or environment.

Information technology workers may manage their networks more efficiently and reliably using the array of software packages available with Windows Server.


When it comes to running programs and websites, as well as storing data, servers are an essential component of any business. The two most common choices for server operating systems are Linux and Microsoft Windows. When considering price, administrative experience, and use cases, all options have their advantages and disadvantages. While determining the optimal option for a company, it is important to consider if specific software programs perform better on Windows or Linux servers.

Considerations including performance, scalability, cost-effectiveness, and dependability should be at the forefront of each server decision. So, which one should you choose for your company? In the end, it’s all about your specific requirements. Just in case you’ve already decided, visit and get the best server that you choose.

Installing Windows 10: Where to Get It and How to Set Up Your Database Environment

windows 10 office setup

Installing Windows 10 is a straightforward process that can greatly enhance your computer’s performance and usability. Whether you are upgrading from an older version or setting up a new machine, this guide will walk you through the steps to get Windows 10 and set up a database-friendly environment.

Where to Get Windows 10

First, you need to obtain a copy of Windows 10. The most reliable and secure source is directly from Microsoft’s official website.

Downloading Windows 10

You can download the Windows 10 ISO file from the Microsoft website. Here’s how:

  1. Visit the Microsoft Windows 10 Download Page: Go to Microsoft’s Windows 10 download page.
  2. Download the Media Creation Tool: Click on “Download tool now” to get the Media Creation Tool.
  3. Run the Tool: Once downloaded, open the Media Creation Tool. Follow the prompts to download the Windows 10 ISO file.

If you need to know where to get a Windows 10 key, check out this helpful Reddit thread for guidance on acquiring a valid license key –

Creating a Bootable USB Drive

After downloading the ISO file, you’ll need to create a bootable USB drive. This will be used to install Windows 10 on your computer.

  1. Insert a USB Drive: Make sure it has at least 8GB of storage.
  2. Use the Media Creation Tool: Select the option to create installation media (USB flash drive, DVD, or ISO file) for another PC.
  3. Follow the Prompts: Choose the USB drive option and follow the instructions to create your bootable drive.

Installing Windows 10

Now that you have your bootable USB drive, you can proceed with the installation.

Setting Up Your Computer

  1. Insert the USB Drive: Plug the bootable USB drive into the computer where you want to install Windows 10.
  2. Restart Your Computer: As your computer starts up, press the appropriate key to enter the BIOS/UEFI settings (often F2, F12, Del, or Esc).
  3. Change Boot Order: Set the USB drive as the primary boot device.
  4. Save and Exit: Save your changes and exit the BIOS/UEFI settings. Your computer will restart and boot from the USB drive.

Installing the Operating System

  1. Windows Setup: When prompted, choose your language, time, and keyboard preferences.
  2. Install Now: Click on “Install now” and enter your Windows 10 product key if prompted.
  3. Custom Installation: Choose “Custom: Install Windows only (advanced)” to perform a fresh installation.
  4. Select Partition: Select the partition where you want to install Windows 10. If it’s a new drive, you might need to create a new partition.
  5. Begin Installation: Follow the prompts to start the installation. Your computer will restart several times during the process.

Setting Up a Database-Friendly Environment

Once Windows 10 is installed, you can set up an environment that’s optimized for database management and development.

Installing Database Software

  1. Choose Your Database Software: Decide on the database software you want to use, such as MySQL, PostgreSQL, or Microsoft SQL Server.
  2. Download the Installer: Visit the official website of your chosen database software and download the installer.
  3. Run the Installer: Follow the installation prompts, ensuring you configure the settings according to your needs.

Configuring the Environment

  1. Set Up Environment Variables: Configure environment variables for your database software for easier access from the command line.
    • MySQL: Add the MySQL bin directory to your system’s PATH variable.
    • PostgreSQL: Add the PostgreSQL bin directory to your PATH variable.
  2. Install Necessary Tools: Install additional tools that aid in database management.
    • MySQL Workbench: For MySQL users, this tool provides a graphical interface for managing databases.
    • pgAdmin: For PostgreSQL users, this tool offers a comprehensive GUI for database management.
  3. Optimize Performance: Adjust settings to optimize the performance of your database software.
    • Memory Allocation: Increase the memory allocated to your database software based on your system’s capacity.
    • Connection Settings: Adjust connection settings to handle the expected load.

READ ALSO: Databases Introduction Fundamentals


Installing Windows 10 and setting up a database-friendly environment is a vital process for anyone working with data. By following the steps outlined above, you can ensure that your system is ready for efficient database management and development. Remember to always download software from official sources and configure your environment to suit your specific needs.