The Most Efficient Enterprise Backup Appliance on The Planet
The Limitations of Conventional Enterprise Disk Backup
Using disk deduplication appliances for Enterprise-scale backup presents major problems for many IT departments. Large-scale disk backup systems often can’t deliver the kind of backup performance, data reduction rates, and replication capability needed to protect Enterprise assets or to centralize data from branch and remote offices. And interfaces with backup software are frequently limited, making it hard to switch applications or to move data to a tertiary layer, like tape, for DR protection.
Conventional appliances also become more and more expensive as they mature. They often balloon in size, forcing IT departments to dedicate more and more space, power and cooling to them. And upgrade costs, including surprise maintenance fee hikes, often make expanding systems unaffordable.
Enterprise Backup and Replication
DXi9000 is a true enterprise-scale disk backup system. It provides industry leading performance of up to 37 TB per hour and up to 20.4 PB logical capacity. DXi9000 is completely compatible with all leading backup software, and up to 128 partitions can present themselves as CIFS/NFS shares, VTLs, or OST LSUs for maximum flexibility. Replication, encryption, full hardware redundancy, and an integrated path to tape are standard features, keeping costs low and predictable.
DXi9000 solves two costly data center issues: resource use and growth. It offers the smallest data center footprint of any leading disk backup system, along with lowest power and cooling needs. And it provides the industry’s least disruptive scalability—even providing a capacity-on-demand option that allows users to add capacity by simply turning on a software key.
DXi9000 OFFERS INDUSTRY-BEST DENSITY, ULTRA-FAST PERFORMANCE, AND THE ABILITY TO PROTECT PBs OF DATA.
The DXi9000 is designed for the core of Enterprise data centers, with scalability from 51 TB to 1 PB. The DXi9000 uses the latest SSD technology to speed every aspect of system performance and uses 12 TB HDDs and a new high-density chassis design to provide the best density in the market.
Maximize Data Reduction
All DXi appliances leverage Quantum’s patented variable-length deduplication algorithm to maximize data reduction, minimize disk storage and minimize WAN traffic when replicating.
Maximize Production System Availability
DXi appliances provide high-performance ingest and restore capabilities for all leading backup applications.
Scale Capacity with Ease
DXi appliances make it easy to scale capacity more linearly as your data grows, often simply via a license key, and in more granular increments than other solutions.
Reduce Data Center Power and Cooling
DXi appliances deliver the most efficient design in the market, with best-in-class storage densities that enable customers to protect their data with fewer disks, which means less rack space, less power and less cooling.
Integrated with All Leading Backup Applications
DXi appliances are integrated and certified with all leading backup applications, making it easy to integrate into your environment.
The Veeam-Quantum combination was far and away the best option that we saw, both in terms of technology and economics…our total ownership costs were one-half to one-third of the alternative.Pascal Garcia
It is very important to us that DXi’s much higher performance also includes encrypting the data, so that we are confident we are protecting our customers’ data at every point.Gildas Guillemot
To be honest, there was never really any question that we’d be sticking with Quantum. Quantum has the best performance and ease of use, and the DXi equipment has been incredibly solid. When there is a problem, Quantum’s support is easily the best I deal with—and I get a lot of exposure to the support organizations for other storage vendors.Brian Davis
I don’t give endorsements to products very often, but I feel Quantum’s [DXi] is worthy of one. We had the ideal scenario to take full advantage of deduplication, and Quantum had the product we’ve been able to count on.Sasha Puric
Because the DXi does all of its work in-line, the systems are much smaller than the Exagrid systems—we needed a 48-TB Exagrid unit for the main location while only 11 TB for the DXi, and far fewer spindles. For our remote site, the DXi required no physical appliance at all—we just used the local VMware environment and built the virtual appliance on it.Emmanuel Moncuit
NAS Backup Target
Presentations: CIFS and/or NFS
Shares: 128 max
OpenStorage (OST) API
Presentations: Veritas Storage Servers and Logical Storage Units
VTL Fibre Channel
Partitions (max): 64
Drives (max): 64
Cartridges per Partition (max): 61,000
Emulations (libraries): Scalar i40/i80, Scalar i500, Scalar i2000, Scalar i6000
Emulations (drives): DLT7000, SDLT 320, SDLT 600, DLT-S4, LTO-1, LTO-2, LTO-3, LTO-4, LTO-5
Up to 12 TB/hour
Up to 34 TB/hour with DXi Accent
Data and System Redundancy
Enhanced RAID, redundant power, redundant cooling, redundant controllers and data path to storage, hot-swap drives, power supply and fans, and T10-PI technology
Host-to-Application HW Interface
Provides 2 x 1 GbE and 2 x 10 GbE ports with room to add up to four of the following HBAs: Quad-port 10 GbE (Optical), Quad-port 10 GbE (Twinax), Quad-port 10GBASE-T (RJ45), and Quad-port 16 Gb FC.
Software Licenses Included
The base price of the DXi9000 includes licenses for NAS, VTL, OST, deduplication, replication, path-to-tape (PTT), and DXi Accent software for hybrid deduplication.
Capacity and Scalability
Usable Capacity: 51 TB to 1,020 TB
Scaling Increment: 51 TB
Logical Capacity: 1,020 TB to 20.4 PB*
Hard Disk Drives: 12 TB Self-Encrypting Drives
Server Node Drives: 16 x 960 GB SSD
* Assumes a deduplication ratio of 20:1. Actual deduplication ratios will vary depending upon data types, retention, and compressibility of your data.
System Node: 2U, [17.5 in (W) x 3.4 in (H) x 28.6 in (D)] - [44.5 cm (W) x 8.6 cm (H) x 72.6 cm (D)]
Standard Expansion Module: 2U, [17.6 in (W) x 3.4 in (H) x 21.8 in (D)] - [44.6 cm (W) x 8.6 cm (H) x 55.4 cm (D)]
Standard Array Module: 2U, [17.8 in (W) x 3.4 in (H) x 21.8 in (D)] - [45.1 cm (W) x 8.6 cm (H) x 55.4 cm (D)]
High-Density Array Module: 4U [17.66 in [W] x 6.87 in [H] x 38.35 in [D] - [44.85 cm [W] x 17.44 cm [H] x 97.15 cm [D]]
High-Density Expansion Module: 4U [17.66 in [W] x 6.87 in [H] x 38.35 in [D] - [44.85 cm [W] x 17.44 cm [H] x 97.15 cm [D]]
System Node: 72 lbs (32.6 kg)
Standard Array Module: 63.9 lbs (29.0 kg)
Standard Expansion Module: 63.9 lbs (29.0 kg)
High-Density Array Module: 249 lbs (113 kg)
High-Density Expansion Module: 249 lbs (113 kg)
Standard Expansion: Up to nineteen 51-TB expansion points within ten physical expansion modules 2U each
High-Density Expansion: Up to sixteen 51-TB expansion points within two physical expansion modules 4U each
Power Input: NEMA 5-15P to C13 power cord
Input Voltage: 100 to 240 VAC, 50-60 Hz
System Node: 6.5 A @ 100 VAC, 2.8 A @ 240 VAC
Standard Array Module: 3.9 A @ 100 VAC, 1.7 A @ 240 VAC
Standard Expansion Module: 2.7 A @ 100 VAC, 1.1 A @ 240 VAC
High-Density Array Module: 6.1 A @ 100 VAC, 5.1 A @ 240 VAC
High-Density Expansion Module: 4.9 A @ 100 VAC, 4.1 A @ 240 VAC
Typical Power Consumption:
System Node: 635 W
Standard Array Module: 362 W
Standard Expansion Module: 207 W
High-Density Array Module: 1,170 W
High-Density Expansion Module: 921 W
Inrush: 16.35 A @ 200 VAC, 13.63 A @ 240 VAC – 1,020 TB
BTUs: 8,900 BTU @ 1,020 TB
Operating: 50 °F to 95 °F (10 °C to 35 °C)
Shipping & Storage: -40 °F to 149 °F (-40 °C to 65 °C)
Operating: 10 to 80% non-condensing
Shipping & Storage: 5 to 95% non-condensing 5 to 95% non-condensing
Operating: -50 to 10,000 ft (-15.2 to 3,048 m)
Shipping & Storage: -50 to 39,370 ft (-15.2 to 12,000 m)
Symantec OpenStorage (OST) API Support
Support for OST is a standard feature for all DXi9000 backup appliances, allowing users to write data to OST logical storage units (LSUs) and enabling application-aware replication in NetBackup and Backup Exec environments. Support includes Optimized Duplication, Auto Image Replication (AIR), and Granular Restore Technology (GRT). OST path-to-tape introduced in NetBackup 6.5.4. OST Optimized Synthetic Full Backups is also supported to reduce network I/O and shorten time to perform full restore from incremental backups.
Dynamic Application Environment Support
The DXi Dynamic Application Environment (DAE) enables the installation of a KVM hypervisor to support virtual machines running many different operating systems on DXi appliances. DXi supports Veritas NetBackup and Nakivo Backup & Replication running in DAE for customers who wish to save money and data center space by eliminating the need to deploy a separate server to run their backup application. Customers may run NAS and OST backups directly from their DXi appliance running NetBackup within the DAE.
Veeam Data Mover Service Support
The integration of DXi and Veeam enables the Veeam Data Mover Service (VDMS) to be used to move data between the Veeam proxy server and the DXi appliance. The VDMS communicates with the Veeam proxy server to efficiently manage the data flow between Veeam and DXi, greatly reducing the time it takes to create synthetic full backups and run VM instant recovery. DXi appliances are now certified through the Veeam ready program as backup repositories. This is the highest level of certification Veeam provides for storage products. At the time of writing, DXi is the only inline deduplication product that supports VDMS and the only one that is fully qualified for VM instant recovery.
DXi Accent software, a standard feature on all DXi9000 backup appliances, allows the backup server to collaborate in the deduplication process, off-loading part of the data reduction activity so that only unique blocks are sent over the network to the DXi appliance. This distributed approach provides faster backups over bandwidth-constrained LANs or WANs. DXi Accent can be enabled or disabled on a per-media server basis. Initial support for DXi Accent is provided through the NetBackup OpenStorage (OST) API and Oracle RMAN.
Data-at-rest encryption uses self-encrypting drive (SED) technology to secure all data stored on the DXi9000 and helps render breached data useless to anyone not authorized to access it. This includes file data and metadata, configuration files, and the DXi software and operating system. When data-at-rest encryption is enabled, all hard drives in the DXi are paired with the disk controllers using encryption keys. Then, accessing data on the drives requires the same encryption keys and controllers that were used to write the data. This ensures that a drive that is physically removed from the DXi cannot be read using another system or device.
DXi Advanced Reporting
DXi Advanced Reporting, which is included on all DXi appliances, sets new standards for onboard intelligence by giving users a detailed view of internal appliance operations, providing them with years of backup and replication data for extended trend analysis. DXi Advanced Reporting reduces administration time, improves operations, streamlines performance tuning, and helps users maximize the value of their DXi appliances.
Replication is supported for any DXi to any Quantum DXi appliance, and is encrypted (AES 256-bit) and asynchronous. Customers can choose a desired replication strategy: one to one, one to two, or many to one. Every partition in a DXi unit can be a source and target, similar to peer-to-peer replication. Replication starts as backup ingest occur to reduce replication time.
Run the Technology of Your Choice
Quantum works closely with our Technology Partners to deliver proven joint solutions based on our award-winning scale-out storage, archive and data protection portfolio. Together, we create rock-solid solutions for today's most demanding environments.Explore Our Partners
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