WOW, much basic, Windows 10 installation is straightforward most of the time, but not intuitive on Servers. For serversstarters, first check whether the motherboard can support Windows 10 first. Brute forcing an uncertified Operating System installation can lead to incompatability issues. For Windows, most notably, the infamous BSOD (Blue Screen of Death).Trying to install Win 10 Pro to

Starting with BIOS Optimized defaults

I am installing Windows 10 Pro on an M.2 drive. System/MB supports the OS

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. For starters, I used the 'Restore Optimized Defaults' in BIOS, and will make changes after finishing the Windows 10 installation.

Note: Using 'Restore Optimized Defaults' post-Win10 installation

Windows would not boot without Splash screen/BIOS intervention.

Step 1 - Create Windows 10 Bootable USB Installer tool

On a separate computer, plug in a blank USB drive, or one that you are willing to part ways with the data for, and visit the link below- AND THEN click 'Download Now' under 'Create Windows 10 installation media'

https://www.microsoft.com/en-us/software-download/windows10

Step 2 - Boot Windows 10 Installer via UEFI 

Non-UEFI USB Boot Media installation - selecting M.2 drive to install Win10 Pro

Difference between UEFI and non-UEFI Boot Media installation selection BIOS is whether the USB drive is prefixed with 'UEFI'.

Example:

Image Added

Stops here.

Step 3 - Install Windows 10

UEFI USB Boot Media installation - selecting M.2 drive to install Win10 Pro

WorksUnlike the non-UEFI USB option, it will now let you choose your desired Windows 10 OS from a list after selecting the drive. For this article, we are installing Windows 10 Pro.

After it finishes installation, it warns that it is automatically rebooting. Windows Boot Manager and the M.2/NVMe drive shows up at the top of Boot priority.

On default settings, it will not list the M.2/NVMe drive as a bootable disk, but it will instead be seen in identified within the Win10 Pro installer. After Windows 10 Pro finishes installing, it will show up as 'Windows Boot Manager' in BIOS with the full part number of the M.2/NVMe drive.

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Windows 10 and drivers for servers

Missing Drivers

On a fresh Windows 10 install from ISO (not triggered from a Win7 upgrade or restored with whatever Boot Media comes with your original system), there are no drivers installed. Since there are no drivers installed, that means the network ports will not work natively, and that you cannot have Windows 10 search online and auto-update to fill in the drivers needed for installed hardware.

With Windows, It cannot fully detect installed hardware from a fresh installation, so I have to yet again plug a USB into another computer- this time to load drivers onto itYou will need to plug in a USB to a computer that can download the drive files, load those driver files onto the USB drive, and then plug that USB to spoonfeed this Windows 10 Prodrive back into this newly installed Windows 10 system to install the drivers.

Windows 10 drivers are limited on servers, and heavily varies from manufacturer to manufacturer on their respective resource page from their websites.

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1. Visit your system motherboard website's driver page
2. Filter the drivers for Windows 10
3. Locate and download chipset drivers (if there are no chipset drivers available, just skip to network/LAN drivers)
4. Locate and download network/LAN drivers
5. Load both drivers' .zip files onto USB drive, then unpack them
6. Plug USB into your Win10 Pro system, first install Chipset drivers using the 'application' file
7. Restart system
8. Install Network drivers using the 'application' file
9. Once network drivers are installed, connect to a network
10. Scan for Windows Update, reboot system after every completed batch of updates; repeat if necessary until Win10 system is up-to-date

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1. My system is an Exxact <whatever nomenclature at the time> that uses a Supermicro SYS-7049GP-TRT. Supermicro's website is here, and I click on their Drivers & Utilities link below the system image.
   

2. Filter and download drivers for chipset and LAN for Windows 10, then download both

   Expand
   title 7049GP-TRT Chipset Drivers

   
   

3. Unpack both zip files onto a USB drive

   Expand
   title Extracting zip files to USB drive
   WinRAR is free to download, in case you do not have a package utility in Windows. Personal choice, but I deleted the .zip files, since it is not needed after extracting them.

   
   

4. Plug USB drive containing the Drivers onto the newly installed Win10 Pro system, install Chipset drivers first if you have it (if not, skip to network/LAN drivers in step 6)

   Expand
   title Installing Chipset drivers

   
   

5. Reboot system when it asks after the Chipset driver installation - VERY IMPORTANT TO DO BEFORE INSTALLING NETWORK DRIVERS
   

6. Install Network drivers

   Expand
   title Installing Network drivers

   
   

7. Check for Windows Updates, reboot as necessary

   Expand
   title Checking for Windows Updates

   
   

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Coming from default 'Optomized' BIOS settings, Windows will display the Onboard VGA as a display option. I can also use both the onboard VGA and offboard PCI-e display device (Graphics Card) simultaneously. To avoid integrated CPU graphics from being used for display or calculation, you will need to set the system to use Offboard video display in BIOS.

Onboard/Offboard channels for servers

Whole article about it here: System boot times, and Onboard and Offboard video display channels

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Graphics Card interactions with Onboard/Offboard display channels

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• Benefit of Linux, right after fresh installation, is that the onboard network ports are highly likely of already being detected, and are already work if I enabled them through Linux OS installer, or even in the settings without updating the OS at all. I could also query the installed hardware without drivers.

  • Taking this into account, that Windows having drivers is giving adding another point of failure for each piece of hardware that relies on them
• Exxact doesn't make Windows, nor Linux. Exxact assembles HPC's and servers using various hardware components, and then apply Operating System installations towards HPC/servers
• Why Linux is used in >90% of supercomputer
  • "Supercomputers seek to maximize performance. Usually supercomputers are assigned with jobs that require computation at a very high speed. When compared to Windows, Windows has number of extraneous processes that are unnecessary and only degrade the supercomputer performance  However as Windows is proprietary the code cannot be altered to cut off unnecessary processes. With Linux it is certainly possible which gives a performance boost to computers."