Scale-Up Namespace Unifier
Consolidate multiple live volumes into an elastic and manageable storage pool.
Tiger Pool makes it easy to combine multiple live volumes in a unified and manageable pool of storage.
With Tiger Pool, it is no longer needed to augment capacity by stretching an existing file system (ouch, risky!) or by creating a new and separate volume silo (difficult to manage!)
Simply add live volume(s) to your pool and enjoy all the extra space!
100% safe, reversible and non-destructive
Instead of installing a proprietary file system on a set of disks, Tiger Pool creates a virtual volume into which any number of live volumes are “pooled” together. The result is a unified namespace in which a logical merge of all available data can be found. The total size of the namespace is equivalent to the sum of all volumes sizes and the available free space is equivalent to the sum of all available free spaces. There is no restrictions as to how much content can be stored or moved to a given folder. On the surface the pool just looks like a single large drive into which you would have copied the content of all the volumes it actually contains.
Scales to multiple petabytes
Any file system can be at risk of some form of corruption. Since Tiger Pool does not create or maintain metadata, but rather combines multiple volumes together, it is never at risk of losing anything. If any of the pool members get corrupted (hardware malfunction, power failure, etc.), only the data of that member will disappear from the pool until it can be restored. Meanwhile, the rest of the pool remain functional. When cumulating petabytes of data, this could be the difference between restoring for just hours compared to weeks.
Transparent live migration of files between pool members
Files stored in the pool are stored on a pool member. Tiger Pool makes it easy to transparently migrate data from one pool member to another. Meanwhile, the pool can remain in use. Only the files that are currently being accessed will not be moved.
Supports standard NTFS file systems with Active Directory
Growing a pool is as easy as formatting a new disk array using NTFS or Tiger Store and adding it to the existing pool. Decommissioning an aging array is as simple as bringing a new array into the pool, and initiating a migration between the two pool members. Both operations are totally risk free and can be performed between pool members of completely different characteristics.
Supports SMB/NFS shares for easy deployments
Once created, the pool can be accessed as a local drive and can be re-shared over SMB/NFS for easy access by other users.
Relies on simple data distribution policies
When reading from a pool, all physical volumes it contains are solicited so content can be presented to the users as a unified volume. When writing to the pool, a simple policy dictates on which pool member the new data is to be written. Any given file stored into the pool will always reside on one of the pool member. As there is no distribution of content, it is important that all pool members be properly RAIDed to ensure data protection and integrity.
Tiger Pool has been highly optimized to ensure virtually no delays gets introduced. Accessing the pool is just as fast as accessing the underlying file systems. As such, the most demanding operations, such as color grading of image file sequences can take place on the pool.
Resize a live volume dynamically and without risks
Migrate live data to a new volume (or server)
Consolidate disparate storage resources
Decommission aging storage resources
By allowing any number of volumes to be pooled together dynamically, and by facilitating the migration of data between live pool members, Tiger Pool makes it easy to increase storage capacity as well as retire some of the aging storage units before they fail.Figure 1 represents a typical setup in which silos of data have been added over time. Figure 2 shows how Tiger Pool can merge existing live volumes into a unified namespace. Figure 3 shows how data can be migrated between pool members using Tiger Pool. Figure 4 shows how Tiger Pool, used in conjunction with all other software, provides a Scale-Up Namespace Unifier by ensuring capacity scalability of the FAN.
|- PC with 1.33-GHz processor or faster.
- 2 GB of physical RAM at least (8GB or more for server). - 100 MB of available hard-disk space for Tiger software installation.- 4/8/16/32 GbFC, Infiniband, SAS, 1/10/40/100 GbE adapter for connection to the storage. - 32-bit or 64-bit Microsoft Windows® 7/Server 2008 R2, Windows® 8/Server 2012/Server 2012 R2, Windows® 10.
Important: Microsoft Windows® 7/Server 2008 R2 computers must run at least Service Pack 1 and have the KB3033929 security update installed.
Note:No support for Microsoft Windows® 95, Windows® 98, Windows® NT, Millennium Edition, Windows® 2000, Windows® XP/Server 2003/Server 2003 R2 or Windows® Vista.
The following TCP ports - 3000, 3001, 8555, 9120, 9121, 9122, 9123, 9124, 9125, 9126, 9127 - should not be blocked by a firewall if any.
|Tiger Pool supports any simple or striped NTFS-formatted volume (including Tiger Store managed volumes) to which the storage server has Read & Write access. You can connect the storage server to the storage directly or using a switch through Fibre Channel, SAS, Infiniband or 1/10Gb Ethernet (for iSCSI storage), PCIe, etc.
Note: Although Tiger software is designed to work with any iSCSI initiator, it is currently certified to work with
- Microsoft iSCSI Software Initiator - UNH iSCSI Initiator - Studio Network Solutions' globalSAN iSCSI initiator for OS X - ATTO Xtend SAN iSCSI initiator Note: If you use an iSCSI initiator not listed above, you can contact Tiger Technology support team with inquiry about possible support.
|DAS/SAN||SANS Digital||Seagate||ATTO RAID||Accusys RAID||LSI RAID by Agavo|
... and more!