Softraid big sur for mac#
Softraid big sur install#
Softraid big sur driver#
Softraid big sur upgrade#

With a bootable USB installer, you can even install OS X on your new RAID set.

Once created, your RAID set will appear as below and can now be used to store files.

Drag the drives you want to use in the RAID from the drive overview section on the left of the window into the RAID Set.

Select ‘Striped RAID Set’ in the ‘RAID Type’ drop down.

Select ‘Mac OS X Extended (Journaled)’ as your format in the ‘Format’ drop down (unless you specifically want another format and know what you are doing).

Name your RAID in the ‘RAID Set Name’ text box.

Select ‘RAID’ tab in the main portion of the window.

Select one of the disks you want to use in your RAID.

Do this by selecting each disk in the left hand menu and heading over to the ‘Erase’ tab.

Format each disk you want to use in your RAID set to ‘Mac OS X Extended (Journaled)’.

Open Disk Utitlity (Finder > User > Applications > Utilities).

So if you use two 500MB/s SSDs then your RAID will read & write at around 1GB/s. There are also a myriad of options in-between for every budget, you don’t have to use 4 drives, a 2 drive RAID is still extremely effective.Ī striped RAID will have disk read & write speeds that are around the sum total of your drives separately. Alternatively, you could use 4 HDDs in a Mac Pro’s internal HDD bays and hit speeds of around 600MB/s, about 20% faster than the best consumer 2.5″ SSDs, but the cost would be much less. Theoretically you could set up a striped RAID using 4 PCI-E flash storage blades in an external PCI-E expander, you would hit around 4GB/s read & write speeds with a set up like this, but it wouldn’t be cheap. Setting up a striped RAID is a great option when you need to maximise read & write speeds, regardless of your budget.

Setting up a Striped RAID to Maximise Disk Read & Write Speeds This may sound confusing, but we’ll explain which configuration is best for what soon enough. You can even set up 2 striped RAIDs in a mirrored RAID. A mirrored RAID will write the same data to a number of drives, meaning you have real time back-ups that are fully bootable and can repair themselves. A striped RAID will boost read and write speeds by splitting your data between all 4 drives and reading/writing to them all at the same time. You can set up a RAID in a number of different ways. Apple silicon (M1) Macs require macOS 11.3 or later.Setting up a software RAID (or random array of independent disks) is a great way to inexpensively provide a huge boost to read/write speeds, or add an internal back up solution (or do both!).Īll you need is a Mac with the ability to install more than one SSD or HDD (such as a Mac Pro 5,1) and some HDDs or SSDs, we recommend using matched drives in most cases, however, simply matching capacity (2TB etc.) and type (HDD or SSD) is usually fine.Ī RAID is basically a collection of physical drives, linked together, that are seen by your system as a single drive.

Softraid big sur for mac#

SoftRAID 6.2 for Mac is compatible with macOS 10.12 or later including macOS 12.

Softraid big sur upgrade#

SoftRAID 6.2 is a free upgrade for current SoftRAID 6 users and discounted upgrades are available at the OWC Software Store for SoftRAID 5 users. The new mechanism is 3x faster than before.

Softraid big sur driver#

Incredibly Quick – The re-engineered SoftRAID driver features a new method of handling TRIM commands on SSDs.

SoftRAID cannot create encrypted volumes but does support volumes encrypted by Disk Utility. SoftRAID can create unencrypted APFS volumes, one volume per container.

APFS – For the first time ever, SoftRAID supports the creation, management, and monitoring of APFS volumes and enables access to encrypted APFS volumes created with Disk Utility.

Compatible – SoftRAID 6.2 adds support for the all-new macOS 12 – Monterey.

It has features like multiple RAID options and predictive disk failure monitoring. OWC has announced the release of SoftRAID 6.2 update, its RAID management software for macOS and Windows.