With a 500GB SSD and a 250GB SSD is it possible to mirror a 250GB partition on the 500GB with the 250GB SSD using ZFS?Has anyone ever considered using a second partition on a faster disk already in an array as a read cache?RAID1: Migrate HDD to SSD?ZFS - how to partition SSD for ZIL or L2ARC use?How does putting swap space on an SSD affect performance?NexentaStor: how to partition SSD disk?Acceptable I/O speeds for 6 x 250GB SSDs in RAID 10Delete 10M+ files from ZFS, effectivelyZFS Poor Write Performance When Adding More SpindlesIntermittent I/O delays on part of RAID array causing poor MySQL performance1 SSD + 1 HDD - how should I design my ZFS storage?
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With a 500GB SSD and a 250GB SSD is it possible to mirror a 250GB partition on the 500GB with the 250GB SSD using ZFS?
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With a 500GB SSD and a 250GB SSD is it possible to mirror a 250GB partition on the 500GB with the 250GB SSD using ZFS?
Has anyone ever considered using a second partition on a faster disk already in an array as a read cache?RAID1: Migrate HDD to SSD?ZFS - how to partition SSD for ZIL or L2ARC use?How does putting swap space on an SSD affect performance?NexentaStor: how to partition SSD disk?Acceptable I/O speeds for 6 x 250GB SSDs in RAID 10Delete 10M+ files from ZFS, effectivelyZFS Poor Write Performance When Adding More SpindlesIntermittent I/O delays on part of RAID array causing poor MySQL performance1 SSD + 1 HDD - how should I design my ZFS storage?
.everyoneloves__top-leaderboard:empty,.everyoneloves__mid-leaderboard:empty,.everyoneloves__bot-mid-leaderboard:empty margin-bottom:0;
So I have a Samsung 250GB 850 Evo SSD and a 500GB 860 EVO SSD. I'm looking at using Solaris for this server (so looking at whether doing this with ZFS is possible). Is it possible to mirror the 250GB SSD with a 250GB partition on the 500GB SSD, while leaving the other half of the 500GB drive useable (it would used rather infrequently so not too worried about a performance hit)?
solaris zfs partition ssd smartos
New contributor
add a comment
|
So I have a Samsung 250GB 850 Evo SSD and a 500GB 860 EVO SSD. I'm looking at using Solaris for this server (so looking at whether doing this with ZFS is possible). Is it possible to mirror the 250GB SSD with a 250GB partition on the 500GB SSD, while leaving the other half of the 500GB drive useable (it would used rather infrequently so not too worried about a performance hit)?
solaris zfs partition ssd smartos
New contributor
4
This isn't a good idea. Can you acquire equally-sized disks?
– ewwhite
9 hours ago
It was supposed to be 2 x 250GB SSDs but they were out of stock so they gave me a 500GB one instead. So I'm hoping to actually be able to use that extra space.
– smw
8 hours ago
1
a) If they can't sell you what you requested then they can give you 2 x 500GB SSDs and b) Solaris? checks watch it's 2019, why do you want Solaris?
– Chopper3
7 hours ago
SmartOS - it's an OpenSolaris based OS
– smw
6 hours ago
add a comment
|
So I have a Samsung 250GB 850 Evo SSD and a 500GB 860 EVO SSD. I'm looking at using Solaris for this server (so looking at whether doing this with ZFS is possible). Is it possible to mirror the 250GB SSD with a 250GB partition on the 500GB SSD, while leaving the other half of the 500GB drive useable (it would used rather infrequently so not too worried about a performance hit)?
solaris zfs partition ssd smartos
New contributor
So I have a Samsung 250GB 850 Evo SSD and a 500GB 860 EVO SSD. I'm looking at using Solaris for this server (so looking at whether doing this with ZFS is possible). Is it possible to mirror the 250GB SSD with a 250GB partition on the 500GB SSD, while leaving the other half of the 500GB drive useable (it would used rather infrequently so not too worried about a performance hit)?
solaris zfs partition ssd smartos
solaris zfs partition ssd smartos
New contributor
New contributor
New contributor
asked 9 hours ago
smwsmw
232 bronze badges
232 bronze badges
New contributor
New contributor
4
This isn't a good idea. Can you acquire equally-sized disks?
– ewwhite
9 hours ago
It was supposed to be 2 x 250GB SSDs but they were out of stock so they gave me a 500GB one instead. So I'm hoping to actually be able to use that extra space.
– smw
8 hours ago
1
a) If they can't sell you what you requested then they can give you 2 x 500GB SSDs and b) Solaris? checks watch it's 2019, why do you want Solaris?
– Chopper3
7 hours ago
SmartOS - it's an OpenSolaris based OS
– smw
6 hours ago
add a comment
|
4
This isn't a good idea. Can you acquire equally-sized disks?
– ewwhite
9 hours ago
It was supposed to be 2 x 250GB SSDs but they were out of stock so they gave me a 500GB one instead. So I'm hoping to actually be able to use that extra space.
– smw
8 hours ago
1
a) If they can't sell you what you requested then they can give you 2 x 500GB SSDs and b) Solaris? checks watch it's 2019, why do you want Solaris?
– Chopper3
7 hours ago
SmartOS - it's an OpenSolaris based OS
– smw
6 hours ago
4
4
This isn't a good idea. Can you acquire equally-sized disks?
– ewwhite
9 hours ago
This isn't a good idea. Can you acquire equally-sized disks?
– ewwhite
9 hours ago
It was supposed to be 2 x 250GB SSDs but they were out of stock so they gave me a 500GB one instead. So I'm hoping to actually be able to use that extra space.
– smw
8 hours ago
It was supposed to be 2 x 250GB SSDs but they were out of stock so they gave me a 500GB one instead. So I'm hoping to actually be able to use that extra space.
– smw
8 hours ago
1
1
a) If they can't sell you what you requested then they can give you 2 x 500GB SSDs and b) Solaris? checks watch it's 2019, why do you want Solaris?
– Chopper3
7 hours ago
a) If they can't sell you what you requested then they can give you 2 x 500GB SSDs and b) Solaris? checks watch it's 2019, why do you want Solaris?
– Chopper3
7 hours ago
SmartOS - it's an OpenSolaris based OS
– smw
6 hours ago
SmartOS - it's an OpenSolaris based OS
– smw
6 hours ago
add a comment
|
1 Answer
1
active
oldest
votes
First things first: this is not a good idea. You should really use same-capacity disks, if possible.
That said, what you ask is indeed possible: you need to partition both disks each with a ~250 GB partition, and setup ZFS to use these two partitions as block devices for the mirrored vdev.
For example:
- disk #1 will have a single, 250 GB partition;
- disk #2 will have two 250 GB partitions;
- a zpool is created using the first partition on each drive (ie:
zpool create tank mirror /dev/sda1 /dev/sdb1
); - the second 250 GB partition on disk #2 is available for other uses: you can create another zpool (ie:
zpool create scratch /dev/sdb2
), or even use it for with another filesystem (ie:mkfs.xfs /dev/sdb2
). But remember that this will not be mirrored in any way.
Why would it not be a good idea? Would it be an IO performance issue? If the second partition is not being read to or written to (apart from maybe 5% of the time) would there still be a problem? Or is it because the second partition would not be mirrored (there wouldn't be any important data on the partition)?
– smw
7 hours ago
4
It's a bad idea because you're starting with a flawed solution. For the effort spent in asking what's possible, you could just acquire disks of equal size and not worry about the ramifications.
– ewwhite
7 hours ago
Although I agree with the other comments that this is far from an ideal solution, if IO isn't an issue then I don't see a problem with this particular use case. @shodanshok is already familiar enough with RAID to understand its benefits and should therefore also understand that everything on the second partition is to be treated as volatile. For example, all important data to be held on the RAID with the second partition for downlaods, games, Steam library, etc.
– Zhro
1 hour ago
Also of note, this could be used as both a cost-savings measure and a way to increase performance in the case of a laptop with an SATA SSD and a second NVMe drive. Performance is expected to be excellent on the NVMe but hobbled by the IO limitations of the SATA disk. By intentionally choosing an oversized NVMe, a second partition can be used there for data which would benefit from IO but doesn't need to be mirred (games as an example). You would need to run benchmarks to confirm, but the extra IO bandwidth on the NVMe drive may mitigate any issue with simultaneous writes to the ZFS array.
– Zhro
1 hour ago
its possible, not good practice... but its possible as they written you can always use bigger disk if you plan to grow, i did that already a yonks ago ;l
– djdomi
54 mins ago
add a comment
|
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First things first: this is not a good idea. You should really use same-capacity disks, if possible.
That said, what you ask is indeed possible: you need to partition both disks each with a ~250 GB partition, and setup ZFS to use these two partitions as block devices for the mirrored vdev.
For example:
- disk #1 will have a single, 250 GB partition;
- disk #2 will have two 250 GB partitions;
- a zpool is created using the first partition on each drive (ie:
zpool create tank mirror /dev/sda1 /dev/sdb1
); - the second 250 GB partition on disk #2 is available for other uses: you can create another zpool (ie:
zpool create scratch /dev/sdb2
), or even use it for with another filesystem (ie:mkfs.xfs /dev/sdb2
). But remember that this will not be mirrored in any way.
Why would it not be a good idea? Would it be an IO performance issue? If the second partition is not being read to or written to (apart from maybe 5% of the time) would there still be a problem? Or is it because the second partition would not be mirrored (there wouldn't be any important data on the partition)?
– smw
7 hours ago
4
It's a bad idea because you're starting with a flawed solution. For the effort spent in asking what's possible, you could just acquire disks of equal size and not worry about the ramifications.
– ewwhite
7 hours ago
Although I agree with the other comments that this is far from an ideal solution, if IO isn't an issue then I don't see a problem with this particular use case. @shodanshok is already familiar enough with RAID to understand its benefits and should therefore also understand that everything on the second partition is to be treated as volatile. For example, all important data to be held on the RAID with the second partition for downlaods, games, Steam library, etc.
– Zhro
1 hour ago
Also of note, this could be used as both a cost-savings measure and a way to increase performance in the case of a laptop with an SATA SSD and a second NVMe drive. Performance is expected to be excellent on the NVMe but hobbled by the IO limitations of the SATA disk. By intentionally choosing an oversized NVMe, a second partition can be used there for data which would benefit from IO but doesn't need to be mirred (games as an example). You would need to run benchmarks to confirm, but the extra IO bandwidth on the NVMe drive may mitigate any issue with simultaneous writes to the ZFS array.
– Zhro
1 hour ago
its possible, not good practice... but its possible as they written you can always use bigger disk if you plan to grow, i did that already a yonks ago ;l
– djdomi
54 mins ago
add a comment
|
First things first: this is not a good idea. You should really use same-capacity disks, if possible.
That said, what you ask is indeed possible: you need to partition both disks each with a ~250 GB partition, and setup ZFS to use these two partitions as block devices for the mirrored vdev.
For example:
- disk #1 will have a single, 250 GB partition;
- disk #2 will have two 250 GB partitions;
- a zpool is created using the first partition on each drive (ie:
zpool create tank mirror /dev/sda1 /dev/sdb1
); - the second 250 GB partition on disk #2 is available for other uses: you can create another zpool (ie:
zpool create scratch /dev/sdb2
), or even use it for with another filesystem (ie:mkfs.xfs /dev/sdb2
). But remember that this will not be mirrored in any way.
Why would it not be a good idea? Would it be an IO performance issue? If the second partition is not being read to or written to (apart from maybe 5% of the time) would there still be a problem? Or is it because the second partition would not be mirrored (there wouldn't be any important data on the partition)?
– smw
7 hours ago
4
It's a bad idea because you're starting with a flawed solution. For the effort spent in asking what's possible, you could just acquire disks of equal size and not worry about the ramifications.
– ewwhite
7 hours ago
Although I agree with the other comments that this is far from an ideal solution, if IO isn't an issue then I don't see a problem with this particular use case. @shodanshok is already familiar enough with RAID to understand its benefits and should therefore also understand that everything on the second partition is to be treated as volatile. For example, all important data to be held on the RAID with the second partition for downlaods, games, Steam library, etc.
– Zhro
1 hour ago
Also of note, this could be used as both a cost-savings measure and a way to increase performance in the case of a laptop with an SATA SSD and a second NVMe drive. Performance is expected to be excellent on the NVMe but hobbled by the IO limitations of the SATA disk. By intentionally choosing an oversized NVMe, a second partition can be used there for data which would benefit from IO but doesn't need to be mirred (games as an example). You would need to run benchmarks to confirm, but the extra IO bandwidth on the NVMe drive may mitigate any issue with simultaneous writes to the ZFS array.
– Zhro
1 hour ago
its possible, not good practice... but its possible as they written you can always use bigger disk if you plan to grow, i did that already a yonks ago ;l
– djdomi
54 mins ago
add a comment
|
First things first: this is not a good idea. You should really use same-capacity disks, if possible.
That said, what you ask is indeed possible: you need to partition both disks each with a ~250 GB partition, and setup ZFS to use these two partitions as block devices for the mirrored vdev.
For example:
- disk #1 will have a single, 250 GB partition;
- disk #2 will have two 250 GB partitions;
- a zpool is created using the first partition on each drive (ie:
zpool create tank mirror /dev/sda1 /dev/sdb1
); - the second 250 GB partition on disk #2 is available for other uses: you can create another zpool (ie:
zpool create scratch /dev/sdb2
), or even use it for with another filesystem (ie:mkfs.xfs /dev/sdb2
). But remember that this will not be mirrored in any way.
First things first: this is not a good idea. You should really use same-capacity disks, if possible.
That said, what you ask is indeed possible: you need to partition both disks each with a ~250 GB partition, and setup ZFS to use these two partitions as block devices for the mirrored vdev.
For example:
- disk #1 will have a single, 250 GB partition;
- disk #2 will have two 250 GB partitions;
- a zpool is created using the first partition on each drive (ie:
zpool create tank mirror /dev/sda1 /dev/sdb1
); - the second 250 GB partition on disk #2 is available for other uses: you can create another zpool (ie:
zpool create scratch /dev/sdb2
), or even use it for with another filesystem (ie:mkfs.xfs /dev/sdb2
). But remember that this will not be mirrored in any way.
answered 8 hours ago
shodanshokshodanshok
28.9k3 gold badges52 silver badges99 bronze badges
28.9k3 gold badges52 silver badges99 bronze badges
Why would it not be a good idea? Would it be an IO performance issue? If the second partition is not being read to or written to (apart from maybe 5% of the time) would there still be a problem? Or is it because the second partition would not be mirrored (there wouldn't be any important data on the partition)?
– smw
7 hours ago
4
It's a bad idea because you're starting with a flawed solution. For the effort spent in asking what's possible, you could just acquire disks of equal size and not worry about the ramifications.
– ewwhite
7 hours ago
Although I agree with the other comments that this is far from an ideal solution, if IO isn't an issue then I don't see a problem with this particular use case. @shodanshok is already familiar enough with RAID to understand its benefits and should therefore also understand that everything on the second partition is to be treated as volatile. For example, all important data to be held on the RAID with the second partition for downlaods, games, Steam library, etc.
– Zhro
1 hour ago
Also of note, this could be used as both a cost-savings measure and a way to increase performance in the case of a laptop with an SATA SSD and a second NVMe drive. Performance is expected to be excellent on the NVMe but hobbled by the IO limitations of the SATA disk. By intentionally choosing an oversized NVMe, a second partition can be used there for data which would benefit from IO but doesn't need to be mirred (games as an example). You would need to run benchmarks to confirm, but the extra IO bandwidth on the NVMe drive may mitigate any issue with simultaneous writes to the ZFS array.
– Zhro
1 hour ago
its possible, not good practice... but its possible as they written you can always use bigger disk if you plan to grow, i did that already a yonks ago ;l
– djdomi
54 mins ago
add a comment
|
Why would it not be a good idea? Would it be an IO performance issue? If the second partition is not being read to or written to (apart from maybe 5% of the time) would there still be a problem? Or is it because the second partition would not be mirrored (there wouldn't be any important data on the partition)?
– smw
7 hours ago
4
It's a bad idea because you're starting with a flawed solution. For the effort spent in asking what's possible, you could just acquire disks of equal size and not worry about the ramifications.
– ewwhite
7 hours ago
Although I agree with the other comments that this is far from an ideal solution, if IO isn't an issue then I don't see a problem with this particular use case. @shodanshok is already familiar enough with RAID to understand its benefits and should therefore also understand that everything on the second partition is to be treated as volatile. For example, all important data to be held on the RAID with the second partition for downlaods, games, Steam library, etc.
– Zhro
1 hour ago
Also of note, this could be used as both a cost-savings measure and a way to increase performance in the case of a laptop with an SATA SSD and a second NVMe drive. Performance is expected to be excellent on the NVMe but hobbled by the IO limitations of the SATA disk. By intentionally choosing an oversized NVMe, a second partition can be used there for data which would benefit from IO but doesn't need to be mirred (games as an example). You would need to run benchmarks to confirm, but the extra IO bandwidth on the NVMe drive may mitigate any issue with simultaneous writes to the ZFS array.
– Zhro
1 hour ago
its possible, not good practice... but its possible as they written you can always use bigger disk if you plan to grow, i did that already a yonks ago ;l
– djdomi
54 mins ago
Why would it not be a good idea? Would it be an IO performance issue? If the second partition is not being read to or written to (apart from maybe 5% of the time) would there still be a problem? Or is it because the second partition would not be mirrored (there wouldn't be any important data on the partition)?
– smw
7 hours ago
Why would it not be a good idea? Would it be an IO performance issue? If the second partition is not being read to or written to (apart from maybe 5% of the time) would there still be a problem? Or is it because the second partition would not be mirrored (there wouldn't be any important data on the partition)?
– smw
7 hours ago
4
4
It's a bad idea because you're starting with a flawed solution. For the effort spent in asking what's possible, you could just acquire disks of equal size and not worry about the ramifications.
– ewwhite
7 hours ago
It's a bad idea because you're starting with a flawed solution. For the effort spent in asking what's possible, you could just acquire disks of equal size and not worry about the ramifications.
– ewwhite
7 hours ago
Although I agree with the other comments that this is far from an ideal solution, if IO isn't an issue then I don't see a problem with this particular use case. @shodanshok is already familiar enough with RAID to understand its benefits and should therefore also understand that everything on the second partition is to be treated as volatile. For example, all important data to be held on the RAID with the second partition for downlaods, games, Steam library, etc.
– Zhro
1 hour ago
Although I agree with the other comments that this is far from an ideal solution, if IO isn't an issue then I don't see a problem with this particular use case. @shodanshok is already familiar enough with RAID to understand its benefits and should therefore also understand that everything on the second partition is to be treated as volatile. For example, all important data to be held on the RAID with the second partition for downlaods, games, Steam library, etc.
– Zhro
1 hour ago
Also of note, this could be used as both a cost-savings measure and a way to increase performance in the case of a laptop with an SATA SSD and a second NVMe drive. Performance is expected to be excellent on the NVMe but hobbled by the IO limitations of the SATA disk. By intentionally choosing an oversized NVMe, a second partition can be used there for data which would benefit from IO but doesn't need to be mirred (games as an example). You would need to run benchmarks to confirm, but the extra IO bandwidth on the NVMe drive may mitigate any issue with simultaneous writes to the ZFS array.
– Zhro
1 hour ago
Also of note, this could be used as both a cost-savings measure and a way to increase performance in the case of a laptop with an SATA SSD and a second NVMe drive. Performance is expected to be excellent on the NVMe but hobbled by the IO limitations of the SATA disk. By intentionally choosing an oversized NVMe, a second partition can be used there for data which would benefit from IO but doesn't need to be mirred (games as an example). You would need to run benchmarks to confirm, but the extra IO bandwidth on the NVMe drive may mitigate any issue with simultaneous writes to the ZFS array.
– Zhro
1 hour ago
its possible, not good practice... but its possible as they written you can always use bigger disk if you plan to grow, i did that already a yonks ago ;l
– djdomi
54 mins ago
its possible, not good practice... but its possible as they written you can always use bigger disk if you plan to grow, i did that already a yonks ago ;l
– djdomi
54 mins ago
add a comment
|
smw is a new contributor. Be nice, and check out our Code of Conduct.
smw is a new contributor. Be nice, and check out our Code of Conduct.
smw is a new contributor. Be nice, and check out our Code of Conduct.
smw is a new contributor. Be nice, and check out our Code of Conduct.
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4
This isn't a good idea. Can you acquire equally-sized disks?
– ewwhite
9 hours ago
It was supposed to be 2 x 250GB SSDs but they were out of stock so they gave me a 500GB one instead. So I'm hoping to actually be able to use that extra space.
– smw
8 hours ago
1
a) If they can't sell you what you requested then they can give you 2 x 500GB SSDs and b) Solaris? checks watch it's 2019, why do you want Solaris?
– Chopper3
7 hours ago
SmartOS - it's an OpenSolaris based OS
– smw
6 hours ago