Step 5. Check the storage drive configuration
#
# llssb
bllkk
Following is an example output:
NAME
MAJ:MIN RM SIZE RO TYPE MOUNTPOINT
...
nvme8n1
259:12 0 740.4G 0
disk
└─
sed8
253:15 0 740.4G 0
crypt
└─
md123
9:123 0 4.3T 0
raid5
└─
md124
9:124 0 8.7T 0
raid0
└─
vdo_data
253:9 0 8.7T 0
dm
└─
vdo
253:10 0 43.4T 0
vdo
├─
CBS_POOL_data
253:8 0 43.3T 0
dm
│└─
CBS_POOL
253:12 0 43.3T 0
dm
│ ├─
SPECIAL_METADATA_STORE_a0528f49b71948aa8be9d7f4d490b97f 253:13 0 1G
0
dm
│ └─
SPECIAL_TEMPLATE_STORE_0657a4c083b44d8bb0d22cb4e6d0d750 253:14 0 43.3T 0
dm
└─
CBS_POOL_meta
253:11 0 16G 0
dm
└─
CBS_POOL
253:12 0 43.3T 0
dm
├─
SPECIAL_METADATA_STORE_a0528f49b71948aa8be9d7f4d490b97f 253:13 0 1G
0
dm
└─
SPECIAL_TEMPLATE_STORE_0657a4c083b44d8bb0d22cb4e6d0d750 253:14 0 43.3T 0
dm
nvme9n1
259:12 0 740.4G 0
disk
└─
sed9
253:15 0 740.4G 0
crypt
└─
md123
9:123 0 4.3T 0
raid5
└─
md124
9:124 0 8.7T 0
raid0
└─
vdo_data
253:9 0 8.7T 0
dm
└─
vdo
253:10 0 43.4T 0
vdo
├─
CBS_POOL_data
253:8 0 43.3T 0
dm
│└─
CBS_POOL
253:12 0 43.3T 0
dm
│ ├─
SPECIAL_METADATA_STORE_a0528f49b71948aa8be9d7f4d490b97f 253:13 0 1G
0
dm
│ └─
SPECIAL_TEMPLATE_STORE_0657a4c083b44d8bb0d22cb4e6d0d750 253:14 0 43.3T 0
dm
└─
CBS_POOL_meta
253:11 0 16G 0
dm
└─
CBS_POOL
253:12 0 43.3T 0
dm
├─
SPECIAL_METADATA_STORE_a0528f49b71948aa8be9d7f4d490b97f 253:13 0 1G
0
dm
└─
SPECIAL_TEMPLATE_STORE_0657a4c083b44d8bb0d22cb4e6d0d750 253:14 0 43.3T 0
dm
Step 6. Increase the physical volume size of the VDO volume:
#
# vvd
do
o g
grro
ow
wP
Ph
hyyssiiccaall ----n
naam
mee=
=vvd
do
o
Step 7. Increase the logical volume size to ten times the size of the physical volume:
a. Check the new size of the VDO data:
#
# d
dm
msseettu
up
p ttaab
bllee vvd
do
o__d
daattaa
0 18628986880 linear 9:124 2048
b. Calculate the new logical volume size according the following formula:
new logical volume size
= (
size of VDO data in 512–byte sectors
)
X
(
number bytes per sector
)
X
(
relative size of the logical volume compared to the physical volume
)
In our example, this becomes:
new logical volume size
= 18,628,986,880
X
512
X
10 = 88,829,931,640,625
bytes or
approximately
88,829
GB.
Storage block capacity upgrade
31
Summary of Contents for ThinkAgile CP 4000 Series
Page 1: ...Lenovo ThinkAgile CP Storage Capacity Upgrade Guide Models CP4000 CP6000 ...
Page 4: ...ii Lenovo ThinkAgile CP Storage Capacity Upgrade Guide ...
Page 6: ...iv Lenovo ThinkAgile CP Storage Capacity Upgrade Guide ...
Page 8: ...vi Lenovo ThinkAgile CP Storage Capacity Upgrade Guide ...
Page 26: ...18 Lenovo ThinkAgile CP Storage Capacity Upgrade Guide ...
Page 54: ...46 Lenovo ThinkAgile CP Storage Capacity Upgrade Guide ...
Page 64: ...56 Lenovo ThinkAgile CP Storage Capacity Upgrade Guide ...
Page 66: ...58 Lenovo ThinkAgile CP Storage Capacity Upgrade Guide ...
Page 67: ......
Page 68: ......