Dlc Boot Uefi Iso -

bcdedit /createstore C:\DLC_ISO_Project\media\efi\microsoft\boot\BCD bcdedit /store C:\DLC_ISO_Project\media\efi\microsoft\boot\BCD /create {ramdiskoptions} /d "Ramdisk options" bcdedit /store C:\DLC_ISO_Project\media\efi\microsoft\boot\BCD /set {ramdiskoptions} ramdisksdidevice boot bcdedit /store C:\DLC_ISO_Project\media\efi\microsoft\boot\BCD /set {ramdiskoptions} ramdisksdipath \boot\boot.sdi (Simpler approach: Use copype ’s default efisys.bin – described in Step 5.) Create C:\DLC_ISO_Project\media\DLC_LAUNCHER.PS1 that runs on boot:

copype amd64 C:\DLC_ISO_Project This creates C:\DLC_ISO_Project\media – your ISO root. Extract the Dell Driver CAB into a subfolder inside WinPE: dlc boot uefi iso

# DLC Deployment Script Write-Host "Injecting Dell Lifecycle Controller drivers..." -ForegroundColor Green drvload.exe X:\DLC_Drivers\*.inf Start-Process "X:\Windows\System32\Dell\PlatformSpecificUtility.exe" -ArgumentList "/update /silent" Modify startnet.cmd (in the mounted WIM’s Windows\System32 ) to call this script: When you need to create a custom bootable

In the modern era of IT asset management and system recovery, three acronyms often collide in a single, high-stakes task: DLC , UEFI , and ISO . While "DLC" typically means "Downloadable Content" in gaming, within enterprise and systems engineering circles, it stands for Dell Lifecycle Controller (or more broadly, Driver Lifecycle Control). When you need to create a custom bootable image that supports UEFI and injects DLC payloads (like firmware, drivers, or OS deployment tools), you are entering complex territory. or OS deployment tools)