Significance of SP3 partitions, sizes? & which ones to recreate in Native Boot VHD Win 8.1?
- I'd like to dig a bit a bit deeper to find out significance of those RE, Sys EFI Ptns?
- Which can be eliminated and how.. given that MS provides a Download-able Recovery Image (5+ GB)?
- Also, how should I structure my Win 8.1 VHDs for Native boot on SP3?
Just sharing a little more info from Disk Management on Surface Pro 3:
Physical GPT SSD - Factory Preinstalled W8.1:
[350 MB : Recovery Ptn][200 MB : EFI System Ptn][232 GB : C:\Windows ][5.37 GB : Recovery Ptn]
A Vanilla Hyper V Installed W8.1 on GPT VHDX:
[300 MB : Recovery Ptn][100 MB : EFI System Ptn][28 GB : C:\Windows ]
In my recent experiments & experiences with VHDs, I have been able to get create, deploy..
..and Native Boot both types: Single Partition and Multi partition VHDs.
..but the Single partition VHD did not boot inside Hyper V
(I guess it needs some kind of EFI push in some fashion - whether internal to VHD or externally??)
Ideally, I wanted to create a Universal VHD that would also boot in all 3 environments listed below: (and move exclusively to VHDs)
Preferable:
- Native Boot (with Host OS)
- VM Boot (in Hyper V or VMWare)
Optionally:
- Native Boot without a Host OS
e.g. Like the examples here
http://blogs.msdn.com/b/mikeormond/...-from-vhd-without-installing-a-native-os.aspx
What should the VHD partition structure be for universal Native boot?
- Single Partition: [\WindowsOS]
- 2 Partition: [EFI Sys][\WindowsOS]
- 3 Partition: [WinRE][EFI Sys][\WindowsOS]
- 4 Partitions or more: .... (similar to SP3 or the above VHDX - Vanilla Install with Recovery)
Note, several links violated the forum guidelines and have been removed.
- I'd like to dig a bit a bit deeper to find out significance of those RE, Sys EFI Ptns?
- Which can be eliminated and how.. given that MS provides a Download-able Recovery Image (5+ GB)?
- Also, how should I structure my Win 8.1 VHDs for Native boot on SP3?
Just sharing a little more info from Disk Management on Surface Pro 3:
Physical GPT SSD - Factory Preinstalled W8.1:
[350 MB : Recovery Ptn][200 MB : EFI System Ptn][232 GB : C:\Windows ][5.37 GB : Recovery Ptn]
A Vanilla Hyper V Installed W8.1 on GPT VHDX:
[300 MB : Recovery Ptn][100 MB : EFI System Ptn][28 GB : C:\Windows ]
In my recent experiments & experiences with VHDs, I have been able to get create, deploy..
..and Native Boot both types: Single Partition and Multi partition VHDs.
..but the Single partition VHD did not boot inside Hyper V
(I guess it needs some kind of EFI push in some fashion - whether internal to VHD or externally??)
Ideally, I wanted to create a Universal VHD that would also boot in all 3 environments listed below: (and move exclusively to VHDs)
Preferable:
- Native Boot (with Host OS)
- VM Boot (in Hyper V or VMWare)
Optionally:
- Native Boot without a Host OS
e.g. Like the examples here
http://blogs.msdn.com/b/mikeormond/...-from-vhd-without-installing-a-native-os.aspx
What should the VHD partition structure be for universal Native boot?
- Single Partition: [\WindowsOS]
- 2 Partition: [EFI Sys][\WindowsOS]
- 3 Partition: [WinRE][EFI Sys][\WindowsOS]
- 4 Partitions or more: .... (similar to SP3 or the above VHDX - Vanilla Install with Recovery)
Note, several links violated the forum guidelines and have been removed.