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Traditional uses of LVM have included databases and company file servers, but even home users may want large partitions for music or video collections, or for storing online backups.
This article looks first at a basic file server, then explains some variations on that theme, including adding redundancy with RAID 1 and some things to consider when using LVM for desktop machines.
An operational LVM system includes both a kernel filesystem component and userspace utilities. A simple, practical example of LVM use is a traditional file server, which provides centralized backup, storage space for media files, and shared file space for several family members' computers. Ultimately, these requirements may increase a great deal over the next year or two, but exactly how much and which partition will grow the most are still unknown. Traditionally, a file server uses SCSI disks, but today SATA disks offer an attractive combination of speed and low cost. This sets up all the partitions on these drives for use under LVM, allowing creation of volume groups.

Without LVM, you might allocate all available disk space to the partitions you're creating, but with LVM, it is worthwhile to be conservative, allocating only half the available space to the current requirements.
It can create "virtual" disk partitions out of one or more physical hard drives, allowing you to grow, shrink, or move those partitions from drive to drive as your needs change. LVM and RAID 1 can also be convenient ways to gain redundancy without sacrificing flexibility. You can extend (or reduce) the size of a Volume Group by adding or removing as many PVs as you wish, provided there are enough PVs remaining to store the contents of all the allocated LVs. Flexibility is a key requirement; who knows what storage challenges next year's technology will bring?
At the time of this writing, 250 GB SATA drives are commonly available for around $100; for a terabyte, the cost is around $400.
As a general rule, it's easier to grow a filesystem than to shrink it, so it's a good strategy to allocate exactly what you need today, and leave the remaining space unallocated until your needs become clearer.

As long as there is available space in the VG, you can also grow and shrink the size of your LVs at will (although most filesystems don't like to shrink). This method also gives you the option of creating new volumes when new needs arise (such as a separate encrypted file share for sensitive data). By comparison, in LVM, Volume Groups (VGs) are split up into logical volumes (LVs), where the filesystems ultimately reside (Figure 1).

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