Aller au contenu principal

Cloner disque Système SSD SATA sur un disque SSD M.2 avec ATI 2020

Thread needs solution

Bonjour,

Je suis utilisateur d'ATI depuis 2010, et ceci est mon premier post sur ce forum

J'ai besoin d'être conseillé sur la méthode à suivre pour cloner et remplacer le disque système de mon ordinateur Windows 7 PRO, que j'ai assemblé il y a quelques années.

 

CARACTERISTIQUES DE L'ORDI :

Carte-mère : ASUS H170-PRO

BIOS : UEFI AMI 3805 – CSM en mode "Auto" (permet de booter en mode Legacy MBR)

RAM 16 Go

Connectique disque :

  • 1 x M.2 socket 3 32Gbps
  • 1 x port(s) SATA Express,  (utilisé en 2 x SATA)
  • 4 x port(s) eSATA 6.0 Gb/s, [gris]

Disques Installés:

  • Système C: SSD SATA Kingston SHSS37A120G - 128Go - MBR – NTFS - 1 seule partition
  • 4 disques de données SATA - MBR – NTFS
  • Graveur Asus _DRW-24D5MT

 

MON SOUHAIT :

Remplacer le disque système SSD SATA Kingston par un disque de plus grande capacité.

Je peux soit

  • cloner le disque SATA sur un autre SSD SATA de 500Go ou 1To EN MBR, et conserver les performances du SATA, (cela doit être facile avec ATI 2020.)

ou

  • Cloner le disque SATA sur un disque SSD M.2 sur le connecteur M.2 de la carte-mère, en mode PCIe 3.0/2.0 x4 (Socket 3) et bénéficier de meilleures performances.
    Si j'ai bien compris, dans ce cas, le disque M.2 devrait être en mode UEFI et formaté en GPT.

J'ai lu les pages de support d'ATI,  mais j'ai de gros doutes sur la méthode à suivre.

 

MES QUESTIONS

  1. ATI 2020 permet-il de faire ce clonage ?
  2. Quel type de Disque M.2 est le plus adapté ?
    Faut-il le préparer avant installation ?
  3. Quelles sont les étapes pour cloner mon disque système avec ATI 2020
      de     SSD SATA Kingston SHSS37A120G - 128Go - MBR – NTFS
    - 1 seule partition
      à       SSD M.2 PCIe 3.0/2.0 x4 – UEFI – GPT –NTFS - 1 seule partition
      afin de  booter sur ce disque M.2
  4. Faut-il convertir le disque système MBR en UEFI avant de le cloner ?

 

Merci d'avance pour votre aide,

Cordialement,

0 Users found this helpful

I have been an ATI user since 2010, and this is my first post on this forum

I need some advice on how to clone and replace the system disk of my Windows 7 PRO computer, which I assembled a few years ago.

COMPUTER FEATURES:
Motherboard: ASUS H170-PRO
BIOS: UEFI AMI 3805 - CSM in 'Auto' mode (allows booting in Legacy MBR mode)
16 GB RAM

Disk connection:
1 x M.2 socket 3 32Gbps
1 x SATA Express port (s), (used in 2 x SATA)
4 x eSATA 6.0 Gb / s port (s), [gray]

Installed Disks:
System C: Kingston SHSS37A120G SATA SSD - 128GB - MBR - NTFS - 1 single partition
4 SATA - MBR - NTFS data disks
Asus burner _DRW-24D5MT

MY WISH :
Replace the Kingston SATA SSD system drive with a larger capacity drive.
I can either

clone the SATA disk on another SATA SSD of 500GB or 1TB IN MBR, and keep the performance of SATA, (this should be easy with ATI 2020.)

or

Clone the SATA disk to an M.2 SSD on the M.2 connector of the motherboard, in PCIe 3.0 / 2.0 x4 mode (Socket 3) and enjoy better performance.
If I understood correctly, in this case the M.2 disk should be in UEFI mode and formatted in GPT.

I have read the ATI support pages, but I have serious doubts about how to proceed.

MY QUESTIONS

Does ATI 2020 allow this cloning?
What type of M.2 Disk is best suited?
Should it be prepared before installation?
What are the steps to clone my system disk with ATI 2020
de SSD SATA Kingston SHSS37A120G - 128GB - MBR - NTFS - 1 single partition
to M.2 PCIe 3.0 / 2.0 x4 SSD - UEFI - GPT –NTFS - 1 single partition
in order to boot on this M.2 disk
Should I convert MBR system disk to UEFI before cloning it?

Thank you in advance for your help,

Some initial comments:

My understanding is that UEFI / GPT is needed to correctly boot Windows from a NVMe M.2 SSD drive.

Windows 7 does not have native support for NVMe M.2 drives - you need to find and install an additional Windows Update or device drivers (or both) to do this on this OS.

I would not recommend using Cloning for this type of migration - you should use Backup & Recovery instead and ensure that you make a full Disk backup of the working SATA SSD before attempting any further actions.

You should migrate the existing working SSD from Legacy / MBR to UEFI / GPT before doing anything else, and ensure that this is working correctly with the existing disk configuration.  This again can be achieved by using Backup & Recovery when using the Acronis bootable Rescue Media to boot the PC in UEFI BIOS boot mode to perform the Recovery.

When you come to do the migration from the SATA SSD to a new NVMe M.2 SSD, then the first action should be to install the NVMe SSD in the PC and allow any device drivers needed for this drive to be installed while leaving the SSD as unallocated disk space but initialised for GPT partition scheme - this can be done by using the Tools > Add new disk tool from the Windows version of ATI 2020 when the SSD is installed.

A new full Disks & Partitions backup image of the SATA SSD should be created after the NVMe SSD has been installed and device drivers updated.

You should create and test the Acronis Rescue Media - this should be created using the 'Simple' method that makes Windows PE media using files from the Windows Recovery Environment for device driver support.

When ready to proceed with the migration, do a full shutdown of the PC (press & hold a Shift key while clicking on Shutdown), then remove the working SATA SSD leaving just the new NVMe SSD installed.

Boot from the Acronis Rescue Media in UEFI BIOS boot mode, and Recover the Disk backup from the SATA SSD to the NVMe SSD. 

When the recovery is complete & confirmed to be successful, remove the rescue media & disconnect the backup storage drive, then restart the PC to boot from the NVMe SSD to check that all is working correctly with the boot into Windows.