DISM /Capture-FFU and /Apply-FFU is painfully slow












0














I need to capture+apply an entire disk image with Windows Full Flash Update (FFU)
It seems an interesting improvement compared to WIM images, also they state that it is faster... but it doesn't seem so to me.
My system is composed by:




  • Boot partition (less than 500 MB)

  • Windows 10 IoT Enterprise 2016 partition (60 GB, 50% used)

  • Another primary partition (40 GB, 30% used)


Also, the hardware is pretty good! Intel i7-7700H, 32 GB RAM, 128 GB SSD.



I boot with a WinPE (latest ADK version - Windows 10, 1809) USB and run this:



powercfg /s 8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c
DISM.exe /capture-ffu /imagefile=g:test.ffu /capturedrive=\.PhysicalDrive0 /name:disk0



It took 2 hours to complete and generate a 30 GB FFU file.
The version of DISM is 10.0.17763.1



Same thing for the apply phase:



powercfg /s 8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c
DISM.exe /apply-ffu /imagefile=g:test.ffu /applydrive:\.PhysicalDrive0



It seems slow to be because in this article the author says "FFU takes about 15 minutes to create a 28 GB FFU image".










share|improve this question
























  • I assume you are taking an image of a physical machine instead of a virtual machine? I assume the time difference is the second partition you are creating image of (and the fact you likely have 50% more data) then the author did).
    – Ramhound
    Dec 14 at 8:41












  • Yes it is a physical machine. You say that the second partition may slow down everything? It seems way too much slowdown to me...
    – TheUnexpected
    Dec 14 at 8:42










  • @Ramhound yes, my data is 50% more... but the hardware is faster so I expected, more or less, 15x2 minutes... 2 hours is an huge difference instead.
    – TheUnexpected
    Dec 14 at 8:52












  • Your hardware isn't that much faster, and the major bottlekneck in this case, would be the storage device. Your faster processor wouldn't have that much of an impact on I/O reads and writes.
    – Ramhound
    Dec 14 at 16:45
















0














I need to capture+apply an entire disk image with Windows Full Flash Update (FFU)
It seems an interesting improvement compared to WIM images, also they state that it is faster... but it doesn't seem so to me.
My system is composed by:




  • Boot partition (less than 500 MB)

  • Windows 10 IoT Enterprise 2016 partition (60 GB, 50% used)

  • Another primary partition (40 GB, 30% used)


Also, the hardware is pretty good! Intel i7-7700H, 32 GB RAM, 128 GB SSD.



I boot with a WinPE (latest ADK version - Windows 10, 1809) USB and run this:



powercfg /s 8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c
DISM.exe /capture-ffu /imagefile=g:test.ffu /capturedrive=\.PhysicalDrive0 /name:disk0



It took 2 hours to complete and generate a 30 GB FFU file.
The version of DISM is 10.0.17763.1



Same thing for the apply phase:



powercfg /s 8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c
DISM.exe /apply-ffu /imagefile=g:test.ffu /applydrive:\.PhysicalDrive0



It seems slow to be because in this article the author says "FFU takes about 15 minutes to create a 28 GB FFU image".










share|improve this question
























  • I assume you are taking an image of a physical machine instead of a virtual machine? I assume the time difference is the second partition you are creating image of (and the fact you likely have 50% more data) then the author did).
    – Ramhound
    Dec 14 at 8:41












  • Yes it is a physical machine. You say that the second partition may slow down everything? It seems way too much slowdown to me...
    – TheUnexpected
    Dec 14 at 8:42










  • @Ramhound yes, my data is 50% more... but the hardware is faster so I expected, more or less, 15x2 minutes... 2 hours is an huge difference instead.
    – TheUnexpected
    Dec 14 at 8:52












  • Your hardware isn't that much faster, and the major bottlekneck in this case, would be the storage device. Your faster processor wouldn't have that much of an impact on I/O reads and writes.
    – Ramhound
    Dec 14 at 16:45














0












0








0







I need to capture+apply an entire disk image with Windows Full Flash Update (FFU)
It seems an interesting improvement compared to WIM images, also they state that it is faster... but it doesn't seem so to me.
My system is composed by:




  • Boot partition (less than 500 MB)

  • Windows 10 IoT Enterprise 2016 partition (60 GB, 50% used)

  • Another primary partition (40 GB, 30% used)


Also, the hardware is pretty good! Intel i7-7700H, 32 GB RAM, 128 GB SSD.



I boot with a WinPE (latest ADK version - Windows 10, 1809) USB and run this:



powercfg /s 8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c
DISM.exe /capture-ffu /imagefile=g:test.ffu /capturedrive=\.PhysicalDrive0 /name:disk0



It took 2 hours to complete and generate a 30 GB FFU file.
The version of DISM is 10.0.17763.1



Same thing for the apply phase:



powercfg /s 8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c
DISM.exe /apply-ffu /imagefile=g:test.ffu /applydrive:\.PhysicalDrive0



It seems slow to be because in this article the author says "FFU takes about 15 minutes to create a 28 GB FFU image".










share|improve this question















I need to capture+apply an entire disk image with Windows Full Flash Update (FFU)
It seems an interesting improvement compared to WIM images, also they state that it is faster... but it doesn't seem so to me.
My system is composed by:




  • Boot partition (less than 500 MB)

  • Windows 10 IoT Enterprise 2016 partition (60 GB, 50% used)

  • Another primary partition (40 GB, 30% used)


Also, the hardware is pretty good! Intel i7-7700H, 32 GB RAM, 128 GB SSD.



I boot with a WinPE (latest ADK version - Windows 10, 1809) USB and run this:



powercfg /s 8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c
DISM.exe /capture-ffu /imagefile=g:test.ffu /capturedrive=\.PhysicalDrive0 /name:disk0



It took 2 hours to complete and generate a 30 GB FFU file.
The version of DISM is 10.0.17763.1



Same thing for the apply phase:



powercfg /s 8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c
DISM.exe /apply-ffu /imagefile=g:test.ffu /applydrive:\.PhysicalDrive0



It seems slow to be because in this article the author says "FFU takes about 15 minutes to create a 28 GB FFU image".







windows disk-image deployment dism winpe






share|improve this question















share|improve this question













share|improve this question




share|improve this question








edited Dec 14 at 12:18









Mureinik

2,33751525




2,33751525










asked Dec 14 at 8:30









TheUnexpected

2201314




2201314












  • I assume you are taking an image of a physical machine instead of a virtual machine? I assume the time difference is the second partition you are creating image of (and the fact you likely have 50% more data) then the author did).
    – Ramhound
    Dec 14 at 8:41












  • Yes it is a physical machine. You say that the second partition may slow down everything? It seems way too much slowdown to me...
    – TheUnexpected
    Dec 14 at 8:42










  • @Ramhound yes, my data is 50% more... but the hardware is faster so I expected, more or less, 15x2 minutes... 2 hours is an huge difference instead.
    – TheUnexpected
    Dec 14 at 8:52












  • Your hardware isn't that much faster, and the major bottlekneck in this case, would be the storage device. Your faster processor wouldn't have that much of an impact on I/O reads and writes.
    – Ramhound
    Dec 14 at 16:45


















  • I assume you are taking an image of a physical machine instead of a virtual machine? I assume the time difference is the second partition you are creating image of (and the fact you likely have 50% more data) then the author did).
    – Ramhound
    Dec 14 at 8:41












  • Yes it is a physical machine. You say that the second partition may slow down everything? It seems way too much slowdown to me...
    – TheUnexpected
    Dec 14 at 8:42










  • @Ramhound yes, my data is 50% more... but the hardware is faster so I expected, more or less, 15x2 minutes... 2 hours is an huge difference instead.
    – TheUnexpected
    Dec 14 at 8:52












  • Your hardware isn't that much faster, and the major bottlekneck in this case, would be the storage device. Your faster processor wouldn't have that much of an impact on I/O reads and writes.
    – Ramhound
    Dec 14 at 16:45
















I assume you are taking an image of a physical machine instead of a virtual machine? I assume the time difference is the second partition you are creating image of (and the fact you likely have 50% more data) then the author did).
– Ramhound
Dec 14 at 8:41






I assume you are taking an image of a physical machine instead of a virtual machine? I assume the time difference is the second partition you are creating image of (and the fact you likely have 50% more data) then the author did).
– Ramhound
Dec 14 at 8:41














Yes it is a physical machine. You say that the second partition may slow down everything? It seems way too much slowdown to me...
– TheUnexpected
Dec 14 at 8:42




Yes it is a physical machine. You say that the second partition may slow down everything? It seems way too much slowdown to me...
– TheUnexpected
Dec 14 at 8:42












@Ramhound yes, my data is 50% more... but the hardware is faster so I expected, more or less, 15x2 minutes... 2 hours is an huge difference instead.
– TheUnexpected
Dec 14 at 8:52






@Ramhound yes, my data is 50% more... but the hardware is faster so I expected, more or less, 15x2 minutes... 2 hours is an huge difference instead.
– TheUnexpected
Dec 14 at 8:52














Your hardware isn't that much faster, and the major bottlekneck in this case, would be the storage device. Your faster processor wouldn't have that much of an impact on I/O reads and writes.
– Ramhound
Dec 14 at 16:45




Your hardware isn't that much faster, and the major bottlekneck in this case, would be the storage device. Your faster processor wouldn't have that much of an impact on I/O reads and writes.
– Ramhound
Dec 14 at 16:45















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