Business desktops and productivity systems
Ideal for office software, business applications, and general productivity workflows.
Powerful, familiar, and enterprise-ready
Windows is a widely used operating system built for familiar administration, broad software compatibility, and enterprise workloads. It is a strong fit for business applications, remote desktops, Microsoft stacks, and Windows-native development.
Starter
Professional
Business
Enterprise
Ultimate
Use Cases
Ideal for office software, business applications, and general productivity workflows.
Excellent for building and testing .NET, PowerShell, and Windows-native applications.
A must-have environment for Microsoft server technologies and enterprise-level web hosting.
Built-in RDP support enables remote access, centralized management, and virtual desktop setups.
Great for workloads requiring optimized drivers, creative software, or Windows-only tools.
Integrates natively with enterprise authentication, security policies, and network management.
Windows Server and Windows Desktop both benefit from moderate resources to run smoothly.
| Minimum Practical Resources | Recommended for Desktop or Server | Workload Tips | |
|---|---|---|---|
|
CPU
|
1–2 CPU cores |
2–4 CPU cores |
IIS and SQL hosting: increase CPU cores for database and web server performance |
|
RAM
|
2 GB RAM |
4–8 GB RAM |
RDP desktops: prioritize RAM for smoother graphics and multi-session support |
|
SSD (Disk Space)
|
20 GB storage |
40+ GB SSD storage |
Development workstations: ensure additional storage for tools, SDKs, and project files |
Windows typically requires a valid license key. VPS hosting environments often provide bring-your-own-license options (BYOL), automatically activated Server editions (depending on the provider), and transparent pricing for licensed Windows Server images. Windows includes built-in tools like PowerShell, IIS, and Windows Defender, helping reduce the need for additional paid software.
The graphical setup makes partitioning, networking, and initial configuration straightforward.
Run Windows Update to apply security patches, driver updates, and performance improvements.
Use a non-administrator account for safer daily use while keeping administrative privileges available when needed.
For servers, use “Add Roles and Features” to keep the system lean and secure by enabling only what’s necessary.
Finish setup by enabling RDP and configuring firewall rules and strong passwords.
To check the Windows version you have installed, open Settings > System > About or run winver from the Start menu or Run dialog.
Windows Server is optimized for hosting, management, and enterprise workloads, while Windows Desktop is better for GUI-heavy tasks, workstations, and general use.
Yes, Windows supports Linux workloads through WSL (Windows Subsystem for Linux), allowing many Linux tools and workflows to run natively.
Yes. Remote Desktop is the standard way to administer a Windows server with a GUI, which is one of the main reasons teams choose Windows VPS for familiar remote administration and desktop-style workflows.
Generally yes. Windows Server usually has more operating-system overhead than a lean Linux distribution, so it often benefits from extra RAM and CPU if you plan to run multiple services or a full remote desktop workflow.
Windows plans usually include Microsoft licensing costs that Linux plans do not have. That higher base cost can still be worth it when your applications depend on Windows-native software, IIS, .NET, or a GUI-based admin workflow.
This guide provides a step-by-step process for changing the Remote Desktop Protocol (RDP) port on Windows Server versions 2016, 2019, and 2022.
Learn how to connect to your server using VNC with step-by-step guidance. Compare methods, boost performance, and troubleshoot access issues.
Learn how to configure, automate & restore Windows Server backups using built-in tools. Covers setup, scheduling, storage options & best-practice guidance.