Step 6. Calculate new size of the RAID50 device:
n
nvvm
mee lliisstt
Following is an example output:
Node
SN
Namespace Usage
Format
FW Rev
---------------- ------------------ ... --------- ------------------------- -------------- --------
/dev/nvme0n1
S3HCNX0JC02194
1
795.00 GB / 795.00 GB
512 B + 0 B GPNA9B3Q
/dev/nvme10n1 S3HCNX0K100055
1
795.00 GB / 795.00 GB
512 B + 0 B GPNA9B3Q
/dev/nvme11n1 S3HCNX0K100061
1
795.00 GB / 795.00 GB
512 B + 0 B GPNA9B3Q
/dev/nvme12n1 S3HCNX0K100046
1
795.00 GB / 795.00 GB
512 B + 0 B GPNA9B3Q
/dev/nvme13n1 S3HCNX0K100092
1
795.00 GB / 795.00 GB
512 B + 0 B GPNA9B3Q
/dev/nvme14n1 S3HCNX0K100076
1
795.00 GB / 795.00 GB
512 B + 0 B GPNA9B3Q
/dev/nvme15n1 S3HCNX0K100015
1
795.00 GB / 795.00 GB
512 B + 0 B GPNA9B3Q
/dev/nvme1n1
S3HCNX0JC02193
1
795.00 GB / 795.00 GB
512 B + 0 B GPNA9B3Q
/dev/nvme2n1
S3HCNX0JC02233
1
795.00 GB / 795.00 GB
512 B + 0 B GPNA9B3Q
/dev/nvme3n1
S3HCNX0JC02191
1
795.00 GB / 795.00 GB
512 B + 0 B GPNA9B3Q
/dev/nvme4n1
S3HCNX0JC02189
1
795.00 GB / 795.00 GB
512 B + 0 B GPNA9B3Q
/dev/nvme5n1
S3HCNX0JC02198
1
795.00 GB / 795.00 GB
512 B + 0 B GPNA9B3Q
/dev/nvme6n1
S3HCNX0JC02188
1
795.00 GB / 795.00 GB
512 B + 0 B GPNA9B3Q
/dev/nvme7n1
S3HCNX0JC02195
1
795.00 GB / 795.00 GB
512 B + 0 B GPNA9B3Q
/dev/nvme8n1
S3HCNX0K100085
1
795.00 GB / 795.00 GB
512 B + 0 B GPNA9B3Q
/dev/nvme9n1
S3HCNX0K100072
1
795.00 GB / 795.00 GB
512 B + 0 B GPNA9B3Q
In the example output, 16 drives can be observed as part of RADI50 device. Each drive has a
capacity of 795 GB.
The RAID setup is organized by grouping eight (8) drives in a RAID5 device. Then all RAID5 devices
form a RAID0 device.
Note:
For each RAID5 device there is a spare drive.
The total capacity of the RAID50 device is given by the following formula:
total capacity
= (
size of a single drive
)
X
(
number of drives in the RAID5 configuration
— 2)
X
(
number of RAID5 devices
)
Replacing the terms in the formula with the values from our example, the total capacity of the
RAID50 device is:
total capacity
= 795 GB
X
(8 — 2)
X
2 = 9540 GB
Storage block capacity upgrade
27
Содержание ThinkAgile CP 4000 Series
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