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#SOFTRAID PC SOFTWARE#
Select the drives you want to use and click Create pool. SoftRAID XT is the most powerful, intuitive software RAID utility on the market. Since we used four drives in our example, we selected the first two drives for our first stripe. Remember that you’ll need at least two drives for each RAID 1 stripe. Here, you’ll have to decide how you want your disks spread out in your arrays. You’ll be greeted by a windows showing all the unformatted disks that can be used. You’ll be prompted for administrator access. Next, click create a new pool and storage space. To start, hit Win+S and search for “storage spaces” and open the utility. It can however combine RAID 1 arrays created with Storage Spaces with RAID 0 in the Disk Management utility.
#SOFTRAID PC WINDOWS 8#
Similarly, Windows 8 can’t combine RAID arrays in its Disk Management utility either. Unlike with other RAID levels like 0, 1, or 5, Windows 8 doesn’t have an obvious option for creating RAID 10 arrays using Storage Spaces. Windows: Storage Spaces and Disk Management If you’re going to use FakeRAID, make sure your motherboard has “onboard RAID.” Most recent motherboards do, but if you’re building a server out of an old machine, this is something you should check.
#SOFTRAID PC MAC#
RAID 4/5/1+0 (10) are currently Mac only at this time. Apple silicon (M1) Macs require macOS 11.3 or later. Firmware fixes can result in better speeds and fix potential bugs that can wreak havoc on your data. 1 SoftRAID Pro, Lite, and XT work with macOS 10.12 or later and Windows 10. It’s also a good idea to make sure all of the drives in your array are using the latest firmware. We had problems getting our BIOS to detect drives that were attached to our motherboard’s additional Marvell controller. If your motherboard has multiple SATA controllers (our Gigabyte board had the built-in Intel controller as well as a Marvell controller), make sure you use the main controller if you plan on using FakeRAID. If two drives in your array are using SATA 6Gbps, use the same interface for every other drive you intend to add to the array. When connecting your drives for use in RAID, be sure to use the same interface for the drive. Mixing drives will at best result in an array that will performs as if each drive were the slowest one.
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Even if you're forced to use different makes and models (as we were in our examples), you have to make sure that the drive capacities are identical. If you’ve been following along in our series, you’ll know that it’s always best to use drives of identical make, model, and capacity when constructing a RAID array. If you’re going to need to share the RAID 10 array between two OSes, or plan on installing an OS on top of your RAID, go with FakeRAID. If you’re only running one OS, or you’ll only need your RAID in one OS, go for software RAID. FakeRAID is often denoted by motherboard manufacturers as “onboard RAID.” FakeRAID is still software driven, but that software works at the BIOS level, rather than the OS.
![softraid pc softraid pc](https://www.compspice.com/wp-content/uploads/2018/12/create-a-software-raid.png)
Software RAID is implemented by the OS, and the OS handles the logic for the array. To use RAID 10, there are two methods we’re going to show here: software RAID and FakeRAID.