Let me start out by saying a clean install is the better way to go; however there may be some instances where a motherboard swap without having to reinstall is preferred. If you are like me and want to avoid all of the custom settings, shared drives, etc; then this option can save a LOT of time.
Recently I did this task on my own network storage system or home server. Some more modern parts became available to me for doing a build. Not only was the motherboard swapped, the system drive was cloned from an ide drive to a more modern sata drive. Here is how you go about swapping boards without a clean install.
This will work on both sata and ide type drives however if you have sata and the sata controller mode is set to AHCI or Raid, you may have problems. If your sata controller mode is set to ahci, you can attempt to swap to native ide in the system bios before beginning this task. If it boots using native ide, then you should be able to do the swap. If it does not boot when changing the controller mode, then you are out of luck.
The old motherboard was a NForce4 with a single core AMD FX-55. The new board was an Epox 945 intel chipset with a Pentium D 940. It does not get much more different than those two chipsets/cpus.
With the old board still installed, do the following. During this procedure, DO NOT reboot. Tell the system later for the reboot.
1 Uninstall any software that is dependent on the old board. This would be things like onboard sound driver, onboard nic driver, or any monitoring software.
2 Uninstall your anti-virus or if possible set it to not start with windows. You can reinstall or reconfig once done.
3 Open Device manager and select IDE/ATAPI controller. Open and right click the first on. Go properties>update driver. Have the wizard show all compatible drivers so you can choose. Select standard ide driver. Repeat for each of the controllers listed. Note this is the most important part of the procedure. If you want the system to boot with the new board, you must change all of the controllers listed to standard ide.
4 While in device manager, remove devices dependent on the old board. This would be things like floppy controller, sound controller, etc. If you miss one here, no big deal; it is the atapi controllers that are really important.
5 Once done with the above, shutdown and do the motherboard swap.
Note if you are going to replace the hard drive with a more modern sata drive, now is when you clone the old drive to the new one. I went through this as well and as always Acronis True Image performed flawlessly. If you are not cloning to a new drive, then skip right to powering ON the new system.
From this point on, reboot when prompted.
Power ON and enter the bios. Set time, date, boot order and any other custom settings you need. Check your temps. Once done, save settings and restart. When windows boots, it will find new devices and load any native drivers for the new hardware. Once it is complete, reboot when prompted. Now install your drivers in this order. Note many newer boards come with a support CD/DVD that will automate this process for you. If you do not have this option, then install in this order;
1 Install chipset/motherboard driver
2 Install sound driver
3 Install network driver
4 Reinstall your video driver.
5 If going from a single core cpu to a multi or dual core, you will also need to change to a multi cpu in device manager. This is under computer in device manager. Open it and right click properties>update driver. Again have it show all compatible. Choose ACPI multi processor.
6 Reinstall your AV software or reconfg to start with windows.
If using XP or later ver of windows, you will need to reactivate windows. With Win2K, this is not necessary.
Recently I did this task on my own network storage system or home server. Some more modern parts became available to me for doing a build. Not only was the motherboard swapped, the system drive was cloned from an ide drive to a more modern sata drive. Here is how you go about swapping boards without a clean install.
This will work on both sata and ide type drives however if you have sata and the sata controller mode is set to AHCI or Raid, you may have problems. If your sata controller mode is set to ahci, you can attempt to swap to native ide in the system bios before beginning this task. If it boots using native ide, then you should be able to do the swap. If it does not boot when changing the controller mode, then you are out of luck.
The old motherboard was a NForce4 with a single core AMD FX-55. The new board was an Epox 945 intel chipset with a Pentium D 940. It does not get much more different than those two chipsets/cpus.
With the old board still installed, do the following. During this procedure, DO NOT reboot. Tell the system later for the reboot.
1 Uninstall any software that is dependent on the old board. This would be things like onboard sound driver, onboard nic driver, or any monitoring software.
2 Uninstall your anti-virus or if possible set it to not start with windows. You can reinstall or reconfig once done.
3 Open Device manager and select IDE/ATAPI controller. Open and right click the first on. Go properties>update driver. Have the wizard show all compatible drivers so you can choose. Select standard ide driver. Repeat for each of the controllers listed. Note this is the most important part of the procedure. If you want the system to boot with the new board, you must change all of the controllers listed to standard ide.
4 While in device manager, remove devices dependent on the old board. This would be things like floppy controller, sound controller, etc. If you miss one here, no big deal; it is the atapi controllers that are really important.
5 Once done with the above, shutdown and do the motherboard swap.
Note if you are going to replace the hard drive with a more modern sata drive, now is when you clone the old drive to the new one. I went through this as well and as always Acronis True Image performed flawlessly. If you are not cloning to a new drive, then skip right to powering ON the new system.
From this point on, reboot when prompted.
Power ON and enter the bios. Set time, date, boot order and any other custom settings you need. Check your temps. Once done, save settings and restart. When windows boots, it will find new devices and load any native drivers for the new hardware. Once it is complete, reboot when prompted. Now install your drivers in this order. Note many newer boards come with a support CD/DVD that will automate this process for you. If you do not have this option, then install in this order;
1 Install chipset/motherboard driver
2 Install sound driver
3 Install network driver
4 Reinstall your video driver.
5 If going from a single core cpu to a multi or dual core, you will also need to change to a multi cpu in device manager. This is under computer in device manager. Open it and right click properties>update driver. Again have it show all compatible. Choose ACPI multi processor.
6 Reinstall your AV software or reconfg to start with windows.
If using XP or later ver of windows, you will need to reactivate windows. With Win2K, this is not necessary.