- #Gigabyte b360m ds3h boot priority install#
- #Gigabyte b360m ds3h boot priority 64 bits#
- #Gigabyte b360m ds3h boot priority software#
- #Gigabyte b360m ds3h boot priority plus#
All in all it was a choice between 980 and 970 EVO plus.
Count yourself lucky if you got the Korea edition. Note : This SSD is a "Made in China" edition and not Made in Korea as some other buyers have also pointed out. Games loaded on same partition now boot up in 3-4 seconds instead of the minute they took earlier.
#Gigabyte b360m ds3h boot priority plus#
So it was on to BIOS where I changed the boot order to Samsung EVO Plus and after that it was heaven. But on restart it again booted from old partition. All 125 GB from existing C: partition was cloned on to this in a matter of minutes(Note : Close all open programs except windows essentials through task manager or it wont clone those).
#Gigabyte b360m ds3h boot priority software#
Samsung's data migration free software was a breeze. But that was the end of the ordeal, I installed this as my main OS boot partition. So M2 slot it was but the screw to fit it in place was a real tricky process, and took a good 15 mins to get right.
#Gigabyte b360m ds3h boot priority install#
While the SSD space was clear, I was not able to install without having to remove the gaming card or the CPU Cooler, something I was loathe to do. M1 was out of reach because it sat right between the Gaming card and the CPU Cooler. The only issue was the physical installation. PCI SSDs are all they are hyped to be, and this one is a stellar example.
Note : Enabling "IOMMU Mode" will take 64MB of RAM.Installed this and reviewing after 3 days of usage. If the server is a 64-bit OS and virtual machines to which you pass PCI devices are also in 64 bits, this option will not serve you.
#Gigabyte b360m ds3h boot priority 64 bits#
This option is different from the "IOMMU" option and allows you (as shown in the image) to redirect 32 bits I/O to 64 bits I/O. Then, if your motherboard supports it, you will find the IOMMU option in : Advanced -> North Bridge.įinally, it is possible that an "IOMMU Mode" option is also available. In the Asus UEFI BIOS, this feature is in "Advanced -> CPU configuration" and is called SVM (Secure Virtual Machine), or AMD-V or AMD Virtualization. If it is not already done, enable the SVM virtualization.This is the virtualization technology that everyone knows. If you have an AMD CPU, the IOMMU technology will be called IOMMU. Note that you will probably also need to enable the "Intel Virtualization Technology" option (which corresponds to the Intel VT-x) since you need the Intel VT-d feature. Select "Enabled" and validate by pressing Enter. To enable the Intel VT-d in this BIOS, go to the "Advanced" tab, select the "VT-d" option and press Enter. This is particularly the case with the "MSI GP62 6QE Leopard Pro" laptop PC. If you have a fairly powerful and especially recent MSI laptop PC, it's possible that it supports input/output virtualization (Intel VT-d). Then, if your motherboard supports it, you will find the "VT-d" option that matches IOMMU in "Advanced -> System Agent Configuration" or "Advanced -> North Bridge". Note : You can find other interfaces in our tutorial : Enable virtualization (Intel VT-x / AMD-V) In the Asus UEFI BIOS, this feature is in "Advanced -> CPU configuration" and is named "Intel Virtualization Technology". This is the virtualization technology that everyone knows. If it is not already done, enable "Intel VT-x" virtualization feature. Then, click on the "Back" button at the top left to return to the menu and go to : System Agent Configuration.Įnable the "Memory Remap Feature" setting that corresponds to the Intel VT-d / IOMMU. Here, check that the "Intel Virtualization Technology" setting is enabled. Once in BIOS advanced mode, go to the "Advanced" section (at the top) and click on "CPU Configuration". To get started, enable processor virtualization (Intel-VT-x) in the advanced settings of your BIOS.
If you have an Intel CPU, the IOMMU technology is called "Intel VT-d". IOMMU is used in particular by the " PCI passthrough" feature of XenServer.