Dedicated Windows Server in 2026: Hosting, RDS Licenses, and Prices

In 2026, a dedicated server running Windows Server (versions 2019 or 2022) with a pre-installed operating system and flexible Remote Desktop Services (RDS) CALs licensing is an optimal solution for specific business tasks requiring deep integration with the Microsoft ecosystem. Its cost, including the base OS license, starts from $80-120/month depending on the configuration and provider.

Choosing a dedicated Windows server is not just about renting powerful hardware; it's a strategic decision for companies whose infrastructure critically depends on Microsoft products. Unlike more versatile Linux systems, a windows dedicated server offers a unique set of tools and compatibility, indispensable for certain industries and workflows. From hosting high-load ASP.NET applications and MS SQL Server databases to deploying enterprise 1C:Enterprise systems and creating scalable RDS farms, Windows Server provides the necessary performance, security, and manageability.

In this article, we will explore in detail why a dedicated server windows remains in demand, delve into licensing nuances, analyze typical use cases, compare pricing with Linux counterparts, and provide practical recommendations for choosing and optimizing your rdp dedicated server.

Why Does a Dedicated Windows Server Remain Relevant in 2026?

Despite Linux's dominance in web hosting and cloud computing, the windows dedicated server maintains its niche and even strengthens its position in certain segments. This is due to Microsoft's unique ecosystem, which offers deep integration, powerful tools, and specific technologies that have no direct analogues in the Open Source world.

Advantages of Windows Server for Business

For many organizations, especially those that have already invested in Microsoft products, Windows Server is a natural choice. Here are the key advantages:

• Deep Integration with Microsoft Products: Windows Server ensures seamless operation with Active Directory, Exchange Server, SharePoint, Dynamics 365, MS SQL Server, and other enterprise solutions. This simplifies user, resource, and security management in heterogeneous environments.
• .NET Platform Support: For developers building applications on ASP.NET, .NET Core, or .NET Framework, windows server hosting is an ideal environment. IIS (Internet Information Services) is a powerful and reliable web server that is deeply integrated with the OS and provides high performance for .NET applications.
• Ease of Management via Graphical User Interface (GUI): While experienced administrators can use PowerShell, the presence of an intuitive graphical interface significantly simplifies administration for less experienced specialists and speeds up routine tasks.
• Advanced Remote Desktop Services (RDS) Capabilities: Windows Server is the foundation for creating terminal servers and Virtual Desktop Infrastructure (VDI), allowing employees to work securely from anywhere in the world using their familiar Windows applications.
• Reliability and Security: Microsoft regularly releases security updates and patches, and provides extensive documentation and support. Built-in tools such as Windows Defender, BitLocker, and an advanced firewall ensure a high level of data protection.
• Wide Selection of Specialized Software: Many business applications, such as 1C:Enterprise, SAP Business One, various CAD/CAM systems, and specialized trading platforms, are developed exclusively or primarily for the Windows environment.

Key Differences from Linux Hosting

When choosing an operating system for a dedicated server, it's important to understand the fundamental differences between Windows and Linux:

• Licensing: This is perhaps the most significant difference. Linux distributions (Ubuntu, CentOS, Debian) are mostly free and distributed under open licenses. Windows Server requires a license, which is often included in the server rental cost by the provider. Additional licenses, such as RDS CALs or SQL Server, are purchased separately, increasing the total cost of ownership.
• Application Ecosystem: Linux dominates in areas such as web servers (Apache, Nginx), databases (MySQL, PostgreSQL), containerization (Docker, Kubernetes), and Open Source development (PHP, Python, Ruby). Windows Server is indispensable for the Microsoft stack (.NET, SQL Server, Exchange, SharePoint, Active Directory).
• Management: Linux is traditionally managed via the command line (Bash, SSH), which requires specific skills. Windows Server offers a powerful graphical user interface (GUI) and PowerShell, providing flexibility in administration.
• Community and Support: Both camps have huge communities and extensive documentation. However, for Windows, direct commercial support from Microsoft and certified partners is available, which can be critical for corporate clients.

Thus, the choice between Windows and Linux on a dedicated server is primarily determined by the specifics of your business applications and the required integration.

Windows Server and RDS CAL Licensing: What You Need to Know?

Licensing Microsoft products on a dedicated server can be complex, but understanding the basic principles will help avoid unforeseen expenses and ensure compliance.

Windows Server License: Included in Rent or Not?

When renting a windows dedicated server from a hosting provider, such as Valebyte.com, the basic license for the Windows Server operating system itself (e.g., Windows Server 2019 or windows server 2022 dedicated server) is usually already included in the monthly rental cost. This is possible thanks to the Microsoft SPLA (Services Provider License Agreement) program, which allows providers to rent out servers with pre-installed and licensed Microsoft software.

Key points:

• Core-based Licensing: Modern versions of Windows Server (starting with 2016) are licensed per physical processor core. The minimum requirement is 8 cores per processor and 16 cores per server. Providers usually include these licenses in the cost, based on the server configuration.
• Standard and Datacenter Versions:
  • Standard Edition: Suitable for most scenarios, allows running up to two virtual machines (VMs) or two Hyper-V containers per physical server license.
  • Datacenter Edition: Designed for highly virtualized environments, does not limit the number of virtual machines on a physical server. It is significantly more expensive and only necessary for active use of Hyper-V for dozens of VMs.
• CALs (Client Access Licenses) for Windows Server: Unlike RDS CALs, standard Windows Server CALs are usually not required for accessing the server if you use it as a web server, file server, or application server (e.g., for ASP.NET). They are required if users directly access Windows Server services, not through a web interface or RDP session. However, in most cases when renting from a provider, these CALs are also covered under SPLA.

Remote Desktop Services (RDS) CAL: When and Why Are They Needed?

This is one of the most common causes of misunderstanding and additional costs. RDS CALs (Client Access Licenses) are required if you plan to use a dedicated server as a terminal server, allowing multiple users to simultaneously connect to it via the RDP protocol to work with applications or the desktop.

• Two Administrative Sessions: Windows Server by default allows up to two simultaneous RDP connections for administrative purposes. These sessions do not require RDS CALs.
• More Than Two Users: If more than two users require simultaneous access to the server (e.g., for working with 1C, Office, or specialized programs), RDS CALs must be purchased.
• Types of RDS CALs:
  • User CALs: Users are licensed. Each user who accesses RDS must have a User CAL, regardless of the number of devices from which they connect. This is convenient if you have many devices but few users.
  • Device CALs: Devices are licensed. Each device that connects to RDS must have a Device CAL, regardless of the number of users working from it. This is beneficial if you have many users but few devices (e.g., shift work).
• Cost: RDS CALs are purchased separately and can significantly increase the total cost of ownership of an rdp dedicated server. The price of one CAL can range from $100 to $200, and they are usually not included in the basic server rental. Valebyte.com offers the option to purchase RDS CALs along with server rental, simplifying license management.

It is important to carefully plan the number of required RDS CALs to avoid penalties for non-compliance with licensing requirements and to ensure an adequate budget.

Typical Scenarios for Using a Windows Dedicated Server

A windows dedicated server is a versatile platform for many business tasks requiring stability, performance, and compatibility with Microsoft products. Let's look at the most common scenarios.

Hosting ASP.NET Applications and MS SQL Server

For companies developing and using applications on the .NET platform, a dedicated Windows server is an indispensable choice. It provides an ideal environment for:

• ASP.NET Core/Framework Applications: Hosting websites, web services, and APIs based on IIS (Internet Information Services). IIS is deeply integrated with Windows Server, offering powerful management tools, high performance, and security.
• MS SQL Server Databases: Deploying mission-critical Microsoft SQL Server databases. Dedicated resources (processor, RAM, fast NVMe drives) ensure maximum performance for high-load transactional systems (OLTP) and analytical databases (OLAP). SQL Server licenses, like RDS CALs, are purchased separately and depend on the edition (Standard, Enterprise) and licensing model (per core or Server+CAL).

For example, for a high-load ASP.NET MVC online store with a SQL Server database, a windows dedicated server with 8-16 CPU cores, 32-64 GB RAM, and NVMe drives would be an optimal choice. This will ensure fast request processing, stable database operation, and scalability.

Deploying 1C:Enterprise and Trading Robots

The 1C:Enterprise system is the foundation of accounting and management for many companies in the CIS. Its efficient operation often requires a dedicated Windows Server:

• 1C:Enterprise (Client-Server Option): For large companies and many 1C users, the client-server option with MS SQL Server or PostgreSQL is recommended. The 1C:Enterprise server and SQL Server are installed on a windows dedicated server, and users connect via RDP or a thin/web client. This ensures high performance, reliability, and data security.
• Trading Robots and Terminals: Financial traders and investment companies often use a windows dedicated server to run trading robots, MetaTrader (MT4/MT5) terminals, or other specialized platforms. These applications require a stable connection, minimal latency, and continuous 24/7 operation. Windows Server with RDP access allows you to configure robots, leave them running, and remotely monitor the process.

For 1C, high-frequency processors (for the 1C application server) and a fast disk subsystem (for SQL Server) are critical. For trading robots, stable internet connectivity and low ping to trading platforms are important.

Creating RDS Farms and Terminal Servers

One of the most powerful use cases for a windows dedicated server is creating Remote Desktop Services (RDS farms) infrastructure and terminal servers. This allows centralizing applications and data, providing employees access to them from anywhere in the world via RDP.

• Remote Workplaces: Ideal for companies with distributed teams, remote employees, or the need to access specific software installed on the server. Users get a full desktop or individual applications.
• VDI (Virtual Desktop Infrastructure): Although VDI is more often implemented based on virtualization, RDS allows for creating lighter and more economical solutions for remote workplaces.
• Data and Application Centralization: All data is stored on the server, simplifying backup, security, and compliance.

Creating an RDS farm involves several Windows Server roles (RD Connection Broker, RD Web Access, RD Gateway, RD Session Host), which can be deployed on one or more dedicated servers for scalability and fault tolerance. Remember that all users exceeding two administrative sessions will require RDS CALs.

Access and Management: RDP Dedicated Server and Other Tools

Managing a windows dedicated server is primarily done remotely. The RDP (Remote Desktop Protocol) is the main means of access, but other important tools also exist.

Secure RDP Access

RDP is the standard Microsoft protocol for remote access to a Windows desktop. When renting an rdp dedicated server, you will receive an IP address, login, and password for connection.

Basic steps for connecting:

1. Open "Remote Desktop Connection" (mstsc.exe).
2. Enter your server's IP address.
3. Enter the login (usually Administrator) and password.

While RDP is convenient, its security is critically important. Here are some recommendations:

• Change the Default RDP Port: By default, RDP uses port 3389. Attackers often scan this port. Change it to a non-standard one (e.g., 33890) in the Windows registry.

  reg add "HKEY_LOCAL_MACHINE\System\CurrentControlSet\Control\Terminal Server\WinStations\RDP-Tcp" /v PortNumber /t REG_DWORD /d <new_port> /f
  netsh advfirewall firewall add rule name="RDP Port <new_port>" dir=in action=allow protocol=TCP localport=<new_port>
  netsh advfirewall firewall delete rule name="Remote Desktop (TCP-In)"

• Strong Passwords: Use complex, long passwords for all accounts.
• Restrict Access by IP: Configure the Windows Firewall to allow RDP connections only from known IP addresses.

  netsh advfirewall firewall add rule name="Allow RDP from Specific IP" dir=in action=allow protocol=TCP localport=3389 remoteip=<your_IP_address>

• Network Level Authentication (NLA): Enable NLA to require user authentication before establishing a full RDP session, which prevents some types of attacks.
• VPN for RDP: Using a VPN tunnel to access RDP is the most secure method. This allows you to close the server's RDP port from the outside world and connect only through an encrypted VPN channel.
• Two-Factor Authentication (2FA): For maximum security, consider implementing 2FA for RDP access.

Remote Administration Tools

In addition to RDP, there are other important tools for managing windows server hosting:

• Server Manager: A centralized tool for managing server roles and features, configuring services, viewing events, and monitoring performance.
• PowerShell Remoting: Allows you to execute PowerShell commands on a remote server. This is a powerful tool for automating and scripting tasks.

  Enter-PSSession -ComputerName <server_IP> -Credential <login>

• RSAT (Remote Server Administration Tools): A set of tools installed on a local Windows workstation that allows remote management of Windows Server roles and features (e.g., Active Directory Users and Computers, DNS Manager).
• IPMI/KVM-over-IP Console: For critical situations where the server is inaccessible over the network (e.g., OS or network issues), providers offer access to IPMI (Intelligent Platform Management Interface) or KVM-over-IP. This provides low-level access to the server as if you were physically in front of it: power on/off, reboot, mount ISO images, and manage BIOS.

Effective use of these tools in conjunction with robust security measures will ensure stable and secure operation of your windows dedicated server.

Cost Comparison: Windows Dedicated Server vs Linux

One of the key factors when choosing an operating system for a dedicated server is cost. While the basic hardware may be the same, software licensing significantly impacts the final price.

Factors Affecting Windows Server Hosting Price

The cost of renting a windows dedicated server consists of several components:

1. Hardware:
   • Processor (CPU): Number of cores, clock speed, generation (Intel Xeon E3/E5/E7, AMD EPYC).
   • Random Access Memory (RAM): Volume (from 16 GB to 256 GB and above), type (DDR4, DDR5).
   • Storage: Type (HDD, SSD SATA, NVMe), volume, RAID configuration. NVMe drives are significantly more expensive but offer many times greater performance.
   • Network Interfaces: Speed (1 Gbit/s, 10 Gbit/s), number of ports.
2. Network Infrastructure:
   • Channel Bandwidth: Port speed, included traffic volume.
   • DDoS Protection: Basic or advanced protection.
   • IP Addresses: Number of dedicated IPv4 addresses.
3. Software Licenses:
   • Windows Server License: Included in rent via SPLA (typically Standard Edition).
   • RDS CALs Licenses: Purchased separately if more than two simultaneous RDP sessions are required.
   • MS SQL Server Licenses: If used, purchased separately (per core or Server+CAL).
   • Other Microsoft Software: Exchange Server, SharePoint, etc., also require separate licenses.
4. Additional Services:
   • Managed Hosting: Administration, monitoring, backup services. Dedicated Servers for Business in 2026: Managed Hosting, SLA, and Prices can be considered for comprehensive service.
   • Backup: Additional backup options.
   • Control Panels: For example, Plesk for Windows (requires a separate license).

Overview of Plans and Example Prices for Windows Server 2022 Dedicated Server

For clarity, let's compare typical windows dedicated server configurations and their approximate costs. Keep in mind that prices may vary depending on the provider, data center location, and current promotions.

As seen in the table, the cost of a windows dedicated server is significantly higher than that of a comparable Linux server, mainly due to licensing fees for the Windows Server OS itself and, if necessary, for RDS CALs and SQL Server. However, for specific tasks requiring integration with the Microsoft ecosystem, these costs are justified and are part of the Total Cost of Ownership (TCO).

How to Choose the Ideal Windows Dedicated Server for Your Tasks?

Choosing the right windows dedicated server configuration is a key step towards successful implementation of your projects. It is necessary to carefully assess current and future needs.

Defining Hardware Requirements

To choose the optimal server, answer the following questions:

1. What will the server be used for?
   • ASP.NET + SQL Server: Requires a powerful multi-core CPU, large amount of RAM (32 GB+), and very fast NVMe drives for SQL Server.
   • 1C:Enterprise: For the 1C server, a high clock speed of a single CPU core is important; for SQL Server, many cores and a fast disk subsystem are crucial. RAM from 16-32 GB.
   • RDS Farm: The number of CPU cores and RAM directly depends on the number of concurrently working users and the applications they use. On average, 0.5-1 CPU core and 2-4 GB RAM are required per user, plus base resources for the OS. Fast drives are also important.
   • Trading Robots: Often require a CPU with a high clock speed, but not necessarily many cores. Connection stability and minimal ping are important.
   • File Server / AD: Less demanding on CPU, but may require a large amount of disk space and sufficient RAM.
2. What is the expected load?
   • Number of concurrent users.
   • Volume of data processed.
   • Peak load hours.
   • Future load growth (scalability).
3. Is high availability required?
   • Is RAID needed for disks (hardware RAID1/5/10)?
   • Will clustering be required for SQL Server or an RDS farm (requires multiple servers)?
4. What amount of disk space is needed?
   • For OS and applications: usually 100-200 GB.
   • For databases: estimate current volume and projected growth.
   • For files: large volume of HDD or SSD.
   • Disk type: SSD SATA for general purpose, NVMe for databases and high-performance applications.

What Valebyte.com Offers: Ready-Made Configurations

Valebyte.com offers a wide range of dedicated servers that can be configured to meet your needs. When ordering, you can choose Windows Server 2019 or windows server 2022 dedicated server as the operating system. We offer both standard and custom configurations:

• Processors: From Intel Xeon E3 for basic tasks to powerful Intel Xeon Scalable and AMD EPYC for the most demanding applications.
• RAM: Configurations from 16 GB to 256 GB and more, with expansion capability.
• Storage: Various options for SSD (SATA) and ultra-fast NVMe drives, with the possibility of hardware RAID for increased performance and reliability.
• Network Capabilities: 1 Gbit/s and 10 Gbit/s ports, unlimited traffic, basic DDoS attack protection.
• Licensing: Basic Windows Server license included. Option to purchase RDS CALs and MS SQL Server licenses under the SPLA program.

For more detailed consultation and selection of the optimal configuration for your development environment, project management system, or CI/CD system, please contact our support team. We will help you choose a server that will provide maximum performance and reliability for your business applications.

Practical Recommendations for Optimization and Security

After deploying a windows dedicated server, it is important to focus on its optimization and security. This will ensure stable operation, protect data, and extend hardware lifespan.

Windows Server Performance Tuning

To achieve maximum performance from your windows server hosting, consider the following measures:

1. Power Plan: Set the power plan to "High Performance" in Windows Server settings so that the processor always runs at maximum frequency.

   powercfg /setactive 8c5e7fd1-bc28-4a7b-8d1e-a4b88fdc1c73

2. Disable Unnecessary Services: Analyze the list of running services and disable those that are not used (e.g., themes, Bluetooth, Fax). This will free up RAM and CPU resources.
3. Disk Subsystem Optimization:
   • If HDDs are used, regularly defragment them.
   • For SSD/NVMe, ensure TRIM is enabled.
   • Place database files and logs on different physical drives (or logical RAID array partitions) to improve I/O performance.
4. Pagefile.sys Configuration: Set a fixed size for the page file corresponding to the amount of RAM, or allow the system to manage it, but on a fast drive.
5. SQL Server Optimization: If SQL Server is used, configure its parameters such as maximum memory, parallelism, indexes, and query plans.
6. Regular Maintenance: Clear temporary files, logs, and uninstall unused programs.

Security Measures for RDP Dedicated Server

Security is a priority, especially for an rdp dedicated server, which is often an entry point into the corporate network:

1. Strong Passwords and Account Lockout Policies:
   • Use complex passwords (minimum 12 characters, letters, numbers, special characters).
   • Configure an account lockout policy for multiple failed login attempts.
2. Windows Firewall:
   • Close all unnecessary ports.
   • Allow RDP (port) access only from trusted IP addresses.
   • Restrict outbound connections if possible.
3. System Updates: Regularly install Windows Server security updates. Configure automatic installation or choose a convenient time for manual updates.
4. Antivirus Software: Although Windows Defender is built-in, consider using third-party antivirus solutions for servers.
5. Limit User Rights: Grant users only the rights they need to perform their work (principle of least privilege). Avoid using the Administrator account for everyday tasks.
6. Monitor Event Logs: Regularly check security and system logs for suspicious activity.
7. Backup: Set up regular backups of all critical data and server configurations. Store backups off-server (e.g., on remote storage).
8. Use VPN for RDP: As mentioned earlier, this significantly enhances RDP access security by hiding it from direct internet scanning.

Conclusions

A dedicated Windows server in 2026 remains an indispensable tool for companies whose business processes and applications are deeply integrated with the Microsoft ecosystem. Despite the higher cost, driven by licensing Windows Server and additional components such as RDS CALs and MS SQL Server, it provides unparalleled compatibility, performance, and manageability for specific tasks. If your infrastructure requires ASP.NET hosting, working with 1C:Enterprise, deploying MS SQL Server, or creating scalable RDS farms, a windows dedicated server from Valebyte.com will be a reliable foundation for your business. Choose Windows Server as the OS when ordering a dedicated server to get a powerful and reliable solution for your tasks.