Get a Quote     (408) 943-4100   TrueNAS Discord VendOp_Icon_15x15px Enterprise Support
TrueNAS.com Software Systems Company Community Security iX Portal Download
TrueNAS Enterprise TrueNAS SCALE TrueNAS CORE Compare Editions TrueCommand Software Status FreeNAS
Compare Systems F-Series M-Series H-Series R-Series Mini Series
Contact Us iXsystems Careers Clients Reviews
TrueNAS GitHub Community Forum Discord TrueNAS Merch Store
Use Cases Analytics Backup and Archival Cloud Data Mobility File Sharing iX Storj Media Creation Surveillance Virtualization
Industry Education Government Healthcare Research / AI / ML Media & Entertainment
Enterprise Support Community Support Documentation TrueNAS Security FAQ ZFS Overview
TrueNAS Blog Solution Guides Datasheets Case Studies Videos TrueCommand Cloud
Download TrueNAS SCALE Download TrueNAS CORE Get TrueNAS Enterprise Compare TrueNAS Editions Contact an Enterprise Specialist
  1. TrueNAS SCALE 23.10
  2. /
  3. UI Reference Guide
  4. /
  5. Storage Dashboard
  6. /
  7. Pools
Edit page
TrueNAS SCALETrueNAS SCALE Version Documentation
This content follows the TrueNAS SCALE 23.10 (Cobia) releases. Use the Product and Version selectors above to view content specific to different TrueNAS software or major version.

Pools

  1 minute read.

Last Modified 2024-03-19 08:38 EDT

TrueNAS uses ZFS data storage pools to efficiently store and protect data.

Storage pools are attached drives organized into virtual devices (vdevs). ZFS and TrueNAS periodically review and heal when discovering a bad block in a pool. Drives are arranged inside vdevs to provide varying amounts of redundancy and performance. Combined, ZFS and vdevs combined create high-performance pools, pools that maximize data lifetime, and all situations in between.

For more on ZFS storage, see ZFS Primer.

Review Storage Needs

We strongly recommend users review the available system resources and plan the storage use case before creating a storage pool.

  • Allocating more drives to a pool increases redundancy when storing critical information.
  • Maximizing total available storage at the expense of redundancy or performance entails allocating large-volume disks and configuring a pool for minimal redundancy.
  • Maximizing pool performance entails installing and allocating high-speed SSD drives to a pool.

Determining your specific storage requirements is a critical step before creating a pool.

Contents

  • Disks: Describes UI screens and dialogs related to disk operations.

    • Pool Creation Wizard: Descriptions for settings and functions found in the Pool Creation Wizard.

      • Devices Screens: Provides information on settings and functions found on the Devices screens and widget.