InfoScale™ 9.0 SmartIO for Solid-State Drives Solutions Guide - Solaris
- Introducing SFHA Solutions SmartIO
- Using the SmartIO feature: use cases
- About SmartIO read caching for applications running on VxVM volumes
- About SmartIO read caching for applications running on VxFS file systems
- About SmartIO caching on SSD devices exported by FSS
- About SmartIO write-back caching for applications running on VxFS file systems
- About multiple SmartIO cache areas for read and write-back caching on VxFS file systems
- About SmartIO caching for Oracle databases on VxFS file systems
- About SmartIO caching for databases on VxVM volumes
- Administering SmartIO
- Enabling or disabling caching for a data object
- Viewing the SmartIO cache statistics
- Troubleshooting and error handling
- Appendix A. Command reference
About SmartIO in the Solaris virtualized environments
InfoScale Enterprise Solutions are supported in the Solaris virtualized environments. This section describes how you can use SmartIO in the Solaris virtualized environments.
Table: Solaris: Oracle VM Server for SPARC shows how SmartIO can be used in the Oracle VM Server for SPARC environment.
When you install InfoScale Enterprise Solutions in the guest, you can use SmartIO to cache data onto an SSD or any other supported fast device. The SSD used for the cache can be either a PCIe or SAS device, or an array-based SSD.
When you install InfoScale Enterprise Solutions in the control domain, you can use VxVM read caching, VxFS read caching and write-back caching at the control domain level.
SmartIO caching is supported for InfoScale for Oracle RAC only on guest domains.
If an array-based SSD is used, live migration is supported with SmartIO caching. With direct attached devices (PCIe), live migration is not supported if SmartIO caching is enabled. If you need to perform live migration, you can use manual steps.
See Performing live migration between LDOMs in the SmartIO environment.
Table: Solaris: Oracle VM Server for SPARC
Configuration in guest | Configuration in control domain | Caching takes place: | VxVM read caching | VxFS read caching | VxFS writeback caching |
---|---|---|---|---|---|
"Split stack" VxFS | InfoScale (VxVM/CVM/DMP) | in the control domain | Yes | No | No |
"Guest-based stack" InfoScale | Any | in the guest | Yes | Yes | Yes |
"Guest-based stack" SFCFS | Any | in the guest | Yes | Yes | Yes |
"Guest-based stack" SFRAC | No InfoScale stack | in the guest | Yes | Yes | No |
"Layered stack" InfoScale | DMP | in the guest | Yes | Yes | Yes |
ZFS | InfoScale, CVM,VxFS, or CFS | in the control domain | Yes | N/A | N/A |
Table: Solaris: zones shows how SmartIO can be used in the Solaris zones environment.
Table: Solaris: zones
Configuration in non-global zones | Configuration in global zone | Caching takes place: | VxVM read caching | VxFS read caching | VxFS writeback caching |
---|---|---|---|---|---|
InfoScale | InfoScale | in the global zone | Yes | Yes | Yes |
SFCFS | Arctera InfoScale | N/A | N/A | N/A | N/A |
For more information about configuring InfoScale Solutions in the Solaris Virtualization environment, refer the Storage Foundation Cluster File System High Availability Administrator's Guide - Solaris and Storage Foundation Administrator's Guide - Solaris.