SanDisk Professional 12TB 2 Bay RAID Thunderbolt 3 Array G RAID Mirror

35999 EGP

Out Of Stock.

Inside the stylish enclosure are two 6TB 3.5″ Ultrastar Enterprise Class 7200 rpm hard drives that are preformatted APFS for for macOS 11 or later and may be reformatted for Windows 10 or later. It also works well with iPadOS 14 and later. Delivering the reliability needed for backing up massive files, the G-RAID MIRROR is preconfigured as RAID 1, which simultaneously creates a 1:1 copy of your data on both drives. That way, you’ll have a backup if one drive should fail. However, this also means that you can only work with half the capacity of the array while read and write speeds reach up to 250 MB/s and 250 MB/s, respectively.
If you prefer to work with content directly from the G-RAID Mirror, the hardware-based controller lets you change to RAID 0 mode by flipping the DIP switches located on the rear of the enclosure. Doing so combines both disks into a single volume and splits the data between them, giving you access to the full 12TB capacity while boosting the read performance.

A dedicated slot allows you to insert a separately purchased PRO-BLADE SSD Mag drive to add storage and transfer data to and from the G-RAID Mirror without increasing its footprint or having to connect a second device to your computer. You can also work with files directly from the PRO-BLADE SSD Mag at speeds of up to 1000 MB/s.
Dual Thunderbolt 3 connectors are available, each providing up to 40 Gb/s transfer speeds with compatible devices. So, copying 300GB of footage would take about a minute. The second port allows you to daisy chain up to five Thunderbolt 3 devices such as additional storage drives and 4K monitors to significantly enhance your workflow.

A Streamlined Workflow
The included color-coded Thunderbolt 3 cable helps to keep your workspace organized. Additionally, the G-RAID Mirror’s durable space gray aluminum construction works with the cooling fan to quickly dissipate heat and maintain optimal performance with demanding workloads.