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How to Optimize Windows Server Performance and Reduce Resource Usage

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How to Optimize Windows Server Performance and Reduce Resource Usage

  1. Disable Unnecessary Services

Many services run by default that may not be needed.

 How:

  • Open Services (services.msc).
  • Disable unneeded ones like:
    • Print Spooler (unless you’re sharing printers)
    • Windows Search
    • Remote Registry
    • Fax
    • Offline Files
  1. Remove Bloatware and Unused Features

 

Use Server Manager to uninstall roles/features you don’t use.

Example PowerShell command:

Uninstall-WindowsFeature -Name Print-Services

 

  1. Optimize Startup Programs

Prevent apps from auto-launching on boot:

  • Use Task Manager > Startup tab
  • Or msconfig to adjust boot settings
  1. Monitor and Manage Resource Usage

Use Performance Monitor (perfmon) or Resource Monitor to identify bottlenecks.

Track:

  • CPU spikes
  • Memory usage
  • Disk I/O
  • Network usage
  1. Schedule Regular Updates and Reboots

Keep the server patched and regularly rebooted to prevent memory leaks and service slowdowns.

  1. Optimize Disk Usage
  • Use Disk Cleanup or cleanmgr
  • Delete temp files:

del /q /f /s %TEMP%\*

  • Defrag mechanical drives (if used):

defrag C: /O

 

  1. Manage Paging File Size

Adjust virtual memory settings:

  • System Properties > Performance > Advanced > Virtual Memory
  • Use system-managed size or set it to 1.5x - 2x the physical RAM.
  1. Security & Antivirus
  • Use a lightweight antivirus (like Defender in passive mode with Kaspersky).
  • Avoid real-time scanning of frequently accessed server folders.

9. Power Settings

Ensure the server is set to High Performance mode:

powercfg /setactive SCHEME_MIN

  1. Disable Indexing on Server Drives

Right-click drive > Properties > uncheck “Allow files on this drive to have contents indexed...”

Bonus: Use Performance-Boosting Tools

  • Windows Admin Center for centralized monitoring and performance insights.
  • Process Explorer for detailed process usage.
  • PoolMon to analyze memory leaks in kernel mode.

 


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