![]() We will use dd to write the data from one drive to the other, bit by bit. I will use sda as the current smaller drive and sdb as the new bigger drive.ĩ.1. In the window which opens type "lsblk" to show all connected drives, your drive descriptors may vary.Click on the little black icon on the lower left to open a terminal window.Type "startx", press enter and wait for the GUI to load. Select the first entry and press enter on Systemrescues boot menu. You might need to enable legacy boot and the bootmenu in your BIOS settings. Shutdown your computer, boot into the boot menu and select the USB you've just created. Start Rufus as Administrator and select your USB, the you've downloaded and click Start.Connect an empty USB Stick with a minimum of 4gb of storage to your PC, note that any files on it will be erased.Download SystemRescue from their Website.0.5 Check if the backup was successful, and if it's possible to retrieve the data Note that this process will only work as-is if there is no encryption in place.Ġ. You will need either a second M.2/SATA connector in your PC or an external case to connect your new drive while you are copying the data. For this you will need to create a bootable USB drive with Rufus. You can only clone your boot drive if it is not mounted. See How to reinstall grub by ubuntu 14.04 live CD? for details.I will only use Linux as I am used to it, if someone has a better way using other tools feel free to add an answer. Note: X is the letter assigned to your new SSD. ![]() While still booted from the Live USB, open a terminal, either by searching for it or pressing Ctrl + Alt + T.įrom the terminal, run sudo grub-install /dev/sdX Since part of GRUB resides in the MBR, you have to reinstall GRUB in the SSD before you can boot from it. Until you press Apply it will look something like this: Select the SSD and paste the partition there.Īpply to actually do the work. Select the partition in the external hard drive and from the menu select copy.Īssuming it is a new SSD, you may need to create the MBR (msdos) in it before you can paste the partition. Step 7: Copy from the external hard drive to SSD Verify the identity of the SSD and the external hard drive in Gparted. Plug the external hard drive back once booted. This will take longer, but has the benefit of keeping your original partition unchanged. If the external hard drive is bigger than 100GB, you can switch steps 3 and 4. You will need unformatted / unallocated space in the disk You don't have to create a new partition beforehand in the external hard disk to copy the partition. It is best if the external hard drive does not have any partitions and or data. Select the external hard drive and paste the partition there. Select the partition you just shrunk and from the menu select copy. Press the "Apply" button in Gparted and wait. If it goes below 64GB, don't worry, you will be able to expand it later once it is copied into the SSD. If it does not go below 64GB, you will need a bigger SSD. Select the 100GB partition you want to copy.ĭrag the right edge of the partition leftward to resize/move it as far as it would go. Make sure you have selected the internal disk you want to transfer. You want to identify the internal hard drive you want to clone from as well as the external hard drive you want to copy to. Go through the list and identify the drives you want to work with, by their size and partition structure. Click on the top right drop down and see the list of drives. I prefer Gparted because it is visual and let me "see" the drives and partitions. Use the try Ubuntu without installing option. Now let us go step by step and do what you want. I can't overemphasize the importance of backup. It will not work for newer systems with UEFI. This answer is for old filesystems with MBR, and legacy BIOS systems.
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