On most old computers, operating system is installed on traditional mechanical hard drive by default, and system is usually slow even after upgrading to Windows 10. On this occasion, many of us are wondering to upgrade old hard drive to an SSD for the purpose of a faster performance. However, most users are overwhelmed by the complex and difficulty of reinstallation of Windows. Fortunately, there is an easy way to transfer installed Windows 10/8/7 to an SSD with ease. It takes several simple steps and a lot less time.
It is a good move to upgradecomputer with an SSD when you cannot stand up with long booting time and slowrunning speed. Now migrating OS to SSD is no longer a complicated task with thehelp of DiskGenius Free. Apart from system migration, DiskGenius also supportsto clone disk, clone partition, backup partition to image file, image disk, etc.For more functions about this tool, free download and try it out now.
Clonezilla is a free partition and disk imaging/cloning tool which can be used to backup all your data (whole disks or partitions) in a highly compressed way and later clone it back to your hard disk to get it into the exact same condition. This is faster than installing the OS most of the times.
This will basically create an image of you disk sda and write it onto sdb (same partition layout etc.) Ofcourse this'll write the whole 120GB as it's file-agnostic. Thus very safe, but not the fastest, if you only use small portions of the disk.However if the input disk is rather full it might even be faster.
If you do not have a USB adapter, the same procedure should work with hot-swapping of disks, but here you are on your own. A safer way is to use a USB disk or CD/DVD with installed system (e.g., installation medium). In this case, you can put both disks (the new and and the old one) in their places from the start, then boot from the medium and do the copying etc.
For copying I used rsync command.The problem was that my new SDD drive did not boot Ubuntu without old SDD drive (both SDD drives must be connected). The only recommendations about this situation I found was to install or update or recover Grub configuration. But this was not helpful.Setting UUID of new root to grub config and updating grub as recommended here:
Currently trying to use this answer to migrate my install from old HDD to new HDD. I'm failing at the step "Install grub to the new drive". Grub keeps pointing/finding the install on the old HDD and I don't know how to convince Grub to look at the new HDD.
Ubuntu copied in such a way is loading normally but I noticed some problem with security system:When I mount other drive's partitions by gnome-disks I cannot open them in nautilus (clicking their links in gnome-disks will do nothing). This is due to error: Permission denied.
( Update. Later I found out that problem with Permission denied was due to bad files copying. Command rsync -a does not copy all properties of files and cannot be used for copying system files. Need to use command like rsync -axHAWXS --numeric-ids --info=progress2 in case of rsync but better to use cp -a because cp works faster than rsync for local copying - Copy entire file system hierarchy from one drive to another )
For more high speed it is better to insert source and destination SDD drives inside notebook (the second SDD drive by optibay / caddy adapter), and will run dd command from Bootable USB stick or USB SDD / USB HDD.I found two programs for Ubuntu to make bootable USB stick or USB HDD. I wanted to make USB HDD (SDD) and this was quite challenging.
WoeUSB program also can be used for creating bootable HDD, not only USB stick but this is not specified in the program description.The command below creates bootable HDD from Windows 10 Pro image (by UI it is not possible to specify USB Hard drive, only USB stick):
By UI it is not possible to specify target as USB Hard drive, only as USB stick. In targetdrive parameter path must be specified to the mounted USB drive. And at the end there must be slash sign / otherwise command will fail with error:
As Microsoft continues to update Windows 10 and various third-party applications become larger and larger, we will find that our computer becomes slower and slower, and the available space in the C: drive becomes less and less. Many users use various PC Cleaner software to clean the C: drive, but over time, the PC Cleaner software seems to be powerless. If you have sufficient budget, you may choose to repurchase a more powerful computer, which can effectively solve the problem. In fact, in most cases, we only need to replace the mechanical hard drive of the old computer with an SSD, or replace the smaller mechanical hard drive or SSD of the old computer with a larger mechanical hard drive or SSD, which can save a lot of money.
Some users might say yes, I want to use a larger hard disk or SSD to replace the disk currently in use, but I have to reinstall Windows 10 and all applications, which will take me a whole day or even a few days, which will delay the progress of my project. If I told you that you only need an hour or less to complete the installation of Windows 10 and applications, and the new Windows is exactly the same as the original, would you be impressed? The answer is to use a Windows migration software to completely move Windows 10 from the old disk to the new hard disk or SSD, which can ensure that the Windows moved to the new disk is exactly the same as the original Windows.
It is very important to choose a reliable Windows migration software, which can ensure that the Windows moved to the new disk can work normally and spend as little time as possible to ensure that your project progress is not delayed. Of course, it is also important to spend less money. Most of the Windows migration software on the market are paid software, and most of them can smoothly complete the work of moving Windows. If you are looking for a free software to move Windows to SSD or new hard disk, we recommend that you try Hasleo Disk Clone, which is a completely free Windows migration software, safe and effective, it is currently the best free OS migration software for Windows 10 on the market.
Step 3. Adjust the size and location of the partitions according to your needs, then click "Next". A warning message tells you that all data on the selected drive will be destroyed. Click the "Yes" to continue if you do not have important data on the destination disk.
Step 4. Hasleo Disk Clone starts moving Windows 10 to the dSSD or new hard disk. This will take a long time, and it is related to the disk space used by the Windows 10 to be moved, so please be patient.
As a professional Windows migration software, Hasleo Disk Clone can help you easily and quickly move Windows 10 from one disk to another without losing any data. Hasleo Disk Clone can guarantee data consistency, it is fast and completely free, I believe it is currently the best free Windows 10 migration software on the market.
This article describes methods to convert SSDs from MBR (Master Boot Record) to GPT (GUID Partition Table) partition structure. If you have the legacy boot option set in the BIOS (Basic Input/Output System), it's possible the drive partition table is Master Boot Record (MBR).
It is possible to clone an entire hard drive or specific partitions on a hard drive. This is useful if you are upgrading to a larger hard drive. With Macrium Reflect you can boot the target disk on the same system after cloning. Cloning your hard drive creates a bootable new hard drive with the state of your computer at the time you undertook the clone. You can clone to a hard drive installed in your computer or to a hard drive installed in a USB hard-drive Caddy.
Important: Windows cannot boot from a USB connected drive. This is a restriction imposed by Windows. If you clone your system disk to a USB connected external drive then, to boot your clone, the physical disk must be removed from the USB caddy and attached to your Motherboard SATA port.
After the clone is complete, click Finish, shut down your computer, go to BIOS and setup the new boot primary to the new drive. Restart and Windows 10 should start as it previously did but BOOTING now from your new SSD.
Why, this is pretty much identical to what we used to do to migrate SAN-bootable systems from one SAN storage to another, before we installed a storage virtualization device to our SAN that should pretty much remove the requirement to do this. The only missing part is the reconfiguration of FibreChannel or iSCSI HBAs for the new boot LUN, and that is specific to the HBA model.
I think there is only one trick you may have missed: with x86_64 hardware using traditional MBR boot scheme, before running grub-install, edit /boot/grub/device.map file to make it say that the new boot disk is associated with the GRUB identifier (hd0). Because that's what it will be when the old disk is removed and the system is booting from the new one.
(In the MBR boot scheme, the GRUB identifiers map directly to hard disk numbers used with BIOS function calls: (hd0) is BIOS disk 0x80, (hd1) is 0x81, and so on. And in the MBR boot scheme, pretty much the only thing that can be universally relied on when it comes for selecting the hard disk to boot from is "the BIOS and its extensions will rearrange the list of hard disks in such a way that the disk selected for booting will be disk 0x80."
Hi Guys, I have tried this procedure an it works, but now I'm facing another issue, my source VM has only one disk coming from just one path, and my new volumes will have at least two paths, how can I address this?
Hello. I have a problem. I moved RHEL 6.8 installation with above procedure from SAN disk to local disk /dev/sda.After reboot pvs shows: /dev/mapper/3600508b1001c346346563636363663p2 not /dev/sda2and command: pvdisplay /dev/sda2Failed to find device for physical volume "/dev/sda2".I rebooted the system again and now is fine. Device sda is visible and /dev/mapper/3600508b1001c346346563... no visible.Where is the problem? 2b1af7f3a8