Go beyond with primary storage

Primary Storage Solutions

Going beyond the limits with next-generation data storage

Within business, there has been a data explosion. And, with exponential data growth comes the need for new storage systems and solutions with minimum latency, uninterrupted access to data, and smart efficiency functions capable of making the right data available at the right time. Data availability and manageability are today’s differentiators and staying ahead in highly competitive markets means a fundamental change in how data is stored and managed. Your business success depends on your ability to capture, store, manage, consolidate, and monetize your data, and to do this you need to make the right storage choice. For many businesses, this will mean a shift from ‘this is the way we’ve always done things’ to a ‘no one size fits all’ approach.

Making the right storage choice – Traditional Storage, Hyper-converged Infrastructure(HCI) or Software-defined Storage (SDS)?

The Primary Storage portfolio is based on award-winning performance architectures
that deliver the fastest response times regardless of the workload. With our portfolio of data
storage solutions, we provide a one-stop-shop for all data storage needs across Traditional
Storage, Hyper-converged Infrastructure (HCI) and Software-defined Storage (SDS).

Traditional Storage

Traditional RAID storage solutions deliver predictable performance for organizations needing reliable storage operations for legacy applications and infrastructures, dedicated applications and databases/OLTP. Our solutions support a range of storage technologies - hybrid, All-Flash and NVMe All-Flash - which can be easily combined according to different data storage requirements. Integrated data protection capabilities include smooth migration, transparent failover and replication to ensure business continuity.

Software-defined storage (SDS)

SDS typically comes as a scale-out or hyper-scale system – to increase capacity and performance you simply add nodes into the overall storage pool of the system. The placement of the data and the management software of the system is distributed across all nodes. This makes scaling very easy and provides the flexibility to add capacity as needed without sacrificing performance. There is no need for capacity planning and forecasting – and theoretically, there is no limit to the capacity. The SDS concept is also optimally adopted to rapidly changing ecosystems with new-age workloads and edge-core-cloud-environments.

Hyper-converged infrastructure (HCI)

Hyper-converged Infrastructure solutions combine multiple elements - compute, storage and network - to form a harmonious high available infrastructure solution for organizations uncertain of their future storage and compute requirements.

Explore data storage solutions

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ETERNUS DX200 S5

  • Entry level hybrid storage that delivers enterprise-class functionality to small and medium-sized companies and subsidiaries with an excellent price/performance ratio
  • Max No. of controllers: 2
  • Max No. of drives: 264
  • Maximum storage capacity of up to 8.110 TB
  • Random access performance of up to 530,000 IOPS

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ETERNUS DX600 S6

  • Scalable midrange hybrid storage that consolidates data in large-scale databases, business-critical applications and business analytics / big data – all into one system
  • Max No. of controllers: 2
  • Max No. of drives: 960
  • Maximum storage capacity of up to 29,123 TB
  • Random access performance of up to 950,000 IOPS

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ETERNUS DX8900 S6

  • Enterprise-level purpose built hybrid storage platform to consolidate storage in large data centers, offering modular scalability, leading performance headroom and relentless business continuity capabilities
  • Max No. of controllers: 16
  • Max No. of drives: 3,072
  • Maximum storage capacity of up to 91 PB
  • Random access performance of up to 6.6 Million IOPS

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ETERNUS DX900 S6

  • Enterprise-grade, midrange hybrid storage system that offers modular scalability, leading performance headroom and relentless business continuity capabilities
  • Max No. of controllers: 4
  • Max No. of drives: 2,304
  • Maximum storage capacity of up to 70,042 TB
  • Random access performance of up to 1.8 Million IOPS

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ETERNUS AB2100

  • Affordable. Ideal for performing media and data analyses for midsize businesses and remote offices.
  • Max No. of controllers: 2
  • Maximum storage capacity of up to 1468 TB
  • Maximum up to 300,000 IOPS
  • Max No. of drives: 96

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ETERNUS AB2200

  • Affordable. Ideal for performing media and data analyses for midsize businesses and remote offices.
  • Max No. of controllers: 2
  • Maximum storage capacity of up to 1836 TB
  • Maximum up to 300,000 IOPS
  • Max No. of drives: 120

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ETERNUS AB3100

  • Entry-level NVMe all-flash storage system optimized for midsized businesses and remote offices
  • Max No. of controllers: 2
  • Maximum storage capacity of up to 367 TB of NVMe capacity
  • Maximum up to 670K IOPS (random reads)
  • Max No. of drives: 264

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ETERNUS AB5100

  • Best for enterprise customers running data analyses and performance databases
  • Max No. of controllers: 2
  • Maximum storage capacity of up to 1836 TB
  • Maximum up to 1 million IOPS
  • Max No. of drives: 120

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ETERNUS AB6100

  • End to end NVMe. Best for enterprise customers running data analyses and performance databases
  • Max No. of controllers: 2
  • Maximum storage capacity of up to 367 TB of NVMe capacity
  • Maximum up to 2 million IOPS
  • Max No. of drives: 24

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ETERNUS HB1100

  • Compact style to ensure optimized footprint. Ideal for media streaming and data analyses in mid-sized companies and remote offices.
  • Max No. of controllers: 2
  • Maximum storage capacity of up to 288TB
  • Maximum up to 100,000 IOPS
  • Max No. of drives: 24

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ETERNUS HB1200

  • Compact style to ensure optimized footprint. Ideal for media streaming and data analyses in mid-sized companies and remote offices.
  • Max No. of controllers: 2
  • Maximum storage capacity of up to 194TB
  • Maximum up to 110,000 IOPS
  • Max No. of drives: 48

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ETERNUS HB1300

  • Compact style to ensure optimized footprint. Ideal for media streaming and data analyses in mid-sized companies and remote offices.
  • Max No. of controllers: 2
  • Maximum storage capacity of up to 528 TB
  • Maximum up to 100,000 IOPS
  • Max No. of drives: 24

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ETERNUS HB1400

  • Compact style to ensure optimized footprint. Ideal for media streaming and data analyses in mid-sized companies and remote offices.
  • Max No. of controllers: 2
  • Maximum storage capacity of up to 194 TB
  • Maximum up to 110,000 IOPS
  • Max No. of drives: 48

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ETERNUS HB2100

  • Compact style to ensure optimized footprint. Ideal for media streaming and data analyses in mid-sized companies and remote offices.
  • Max No. of controllers: 2
  • Maximum storage capacity of up to 2304TB
  • Maximum up to 300,000 IOPS
  • Max No. of drives: 192

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ETERNUS HB2200

  • Compact style to ensure optimized footprint. Ideal for media streaming and data analyses in mid-sized companies and remote offices.
  • Max No. of controllers: 2
  • Maximum storage capacity of up to 2174TB
  • Maximum up to 300,000 IOPS
  • Max No. of drives: 168

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ETERNUS HB2300

  • Compact style to ensure optimized footprint. Ideal for media streaming and data analyses in mid-sized companies and remote offices.
  • Max No. of controllers: 2
  • Maximum storage capacity of up to 2304TB
  • Maximum up to 300,000 IOPS
  • Max No. of drives: 192

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ETERNUS HB2400

  • Compact style to ensure optimized footprint. Ideal for media streaming and data analyses in mid-sized companies and remote offices.
  • Max No. of controllers: 2
  • Maximum storage capacity of up to 5544 TB
  • Maximum up to 300,000 IOPS
  • Max No. of drives: 252

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ETERNUS HB2500

  • Compact style to ensure optimized footprint. Ideal for media streaming and data analyses in mid-sized companies and remote offices.
  • Max No. of controllers: 2
  • Maximum storage capacity of up to 5647 TB
  • Maximum up to 300,000 IOPS
  • Max No. of drives: 264

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ETERNUS HB2600

  • Compact style to ensure optimized footprint. Ideal for media streaming and data analyses in mid-sized companies and remote offices.
  • Max No. of controllers: 2
  • Maximum storage capacity of up to 6600 TB
  • Maximum up to 300,000 IOPS
  • Max No. of drives: 300

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ETERNUS HB5100

  • Provides capacity, high performance with NVMe ready interfaces and reliability. Ideal for enterprises running data analyses and performance databases
  • Max No. of controllers: 2
  • Maximum storage capacity of up to 5407TB
  • Maximum up to 1 Million IOPS
  • Max No. of drives: 444

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ETERNUS HB5200

  • Provides capacity, high performance with NVMe ready interfaces and reliability. Ideal for enterprises running data analyses and performance databases
  • Max No. of controllers: 2
  • Maximum storage capacity of up to 7680 TB
  • Maximum up to 1 Million IOPS
  • Max No. of drives: 480

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NetApp FAS Storage Arrays

  • Cloud-optimized​ unified storage platform that offers a balance of performance and capacity.
  • Maximum scale-out to 24 nodes (12 HA pairs)
  • Maximum storage capacity of up to 176PB (per cluster)
  • Best-in-class data management to simplify operations
  • Maximum Drives per HA Pair (2 nodes) of up to 1440

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NetApp All-Flash FAS

  • Cloud-connected Flash storage powered by ONTAP
  • Maximum scale-out to 24 nodes
  • Maximum effective capacity of up to 700PB
  • Best-in-class data management to simplify operations
  • Maximum Solid State Drives up to 5760

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NetApp StorageGRID Data Storage

  • Software-defined, object-based storage platform that provides intelligent policy-driven data management
  • Massively scalable and easy-to-use global data repository for unstructured data
  • Support of standard object storage protocols like AWS S3 and OpenStack Swift
  • Support of file system storage protocols like NFS and SMB
  • Hybrid cloud enabled

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Qumulo Data Storage

  • Also available on PRIMERGY RX2540 M7
  • Scales from hundreds of TB into PBs
  • Handles 10s of billions of files
  • 90% of read request below 1 ms
  • Available as “All-NVMe”, “Hybrid” and “Active Archive” series

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ETERNUS DX200 S5 ETERNUS DX600 S6 ETERNUS DX8900 S6 ETERNUS DX900 S6 ETERNUS AB2100 ETERNUS AB2200 ETERNUS AB3100 ETERNUS AB5100 ETERNUS AB6100 ETERNUS HB1100 ETERNUS HB1200 ETERNUS HB1300 ETERNUS HB1400 ETERNUS HB2100 ETERNUS HB2200 ETERNUS HB2300 ETERNUS HB2400 ETERNUS HB2500 ETERNUS HB2600 ETERNUS HB5100 ETERNUS HB5200 NetApp FAS Storage Arrays NetApp All-Flash FAS NetApp StorageGRID Data Storage Qumulo Data Storage
Type Unified disk storage system for small and mid-range enterprises
 Block disk storage system for small and mid-range enterprises
 High-end disk storage system for large enterprises
 Block disk storage system for small and mid-range enterprises
 - - - - - - - - - - - - - - - - - - - - -
Latency 140µsec (Read), 60µsec (Write)
 Less than 1ms
 Less than 1ms
 Less than 1ms
 - - - - - - - - - - - - - - - - - - - - -
Sequential access performance 11,000 MB/s (128KB Read)
4,400 MB/s (128KB Write)
 44,000 MB/s (128KB Read)
22,000 MB/s (128KB Write)
 196,000 MB/s (128KB Read), 72,000 MB/s (128KB Write)
 88,000 MB/s (128KB Read)
44,000 MB/s (128KB Write)
 - - - - - - - - - - - - - - - - - - - - -
Random access performance 530,000 IOPS (8KB Read)
230,000 IOPS (8KB Write)
 950,000 IOPS (8KB Read)
410,000 IOPS (8KB Write)
 3,500,000 IOPS (8KB Read), 2,200,000 IOPS (8KB Write)
 1,800,000 IOPS (8KB Read)
960,000 IOPS (8KB Write)
 - - - - - - - - - - - - - - - - - - - - -
Host Interfaces Fibre Channel (16 Gbit/s, 32Gbit/s)
iSCSI (10 Gbit/s [10GBase-SR, 10GBase-CR, 10GBase-T], 1 Gbit/s)
SAS (12 Gbit/s)
Ethernet (10 Gbit/s, 1 Gbit/s)
 Fibre Channel (64 Gbit/s, 32 Gbit/s, 16 Gbit/s)
iSCSI (10Gbit/s [10GBASE-SR, 10GBASE-CR])
 Fibre Channel (64 Gbit/s, 32 Gbit/s, 16 Gbit/s)
iSCSI (10Gbit/s [10GBASE-SR], [10GBASE-CR])
 Fibre Channel (64 Gbit/s, 32 Gbit/s, 16 Gbit/s)
iSCSI (10Gbit/s [10GBASE-SR], [10GBASE-CR])
 FC (4, 8,16,32Gbit/s)
iSCSI (10, 25Gbit/s, 10GBASE-T)
SAS (12 Gbit/s)
 FC (8,16,32Gbit/s)
iSCSI (10, 25Gbit/s, 10GBASE-T)
SAS (12 Gbit/s)
 FC (32Gbit/s)
NVMe over FC (32Gbit/s)
NVMe over InfiniBand (100Gbit/s)
NVMe over RoCE (100Gbit/s)
iSCSI (10, 25Gbit/s)
 FC (4, 8,16,32Gbit/s)
NVMe over FC (32Gbit/s)
iSCSI (10, 25Gbit/s)
IB (100Gbit/s)
NVMe over InfiniBand (100Gbit/s)
NVMe over RoCE (100Gbit/s)
SAS (12 Gbit/s)
 FC (8,16,32Gbit/s)
NVMe over FC (32Gbit/s)
NVMe over InfiniBand (100Gbit/s)
NVMe over RoCE (100Gbit/s)
iSCSI (10, 25Gbit/s)
 FC (4, 8, 16Gbit/s)
iSCSI (10 Gbit/s, 10 GBASE-T)
 FC (4, 8, 16Gbit/s)
iSCSI (10 Gbit/s, 10 GBASE-T)
 FC (8,16,32Gbit/s)
iSCSI (10 Gbit/s, 10 GBASE-T)
 FC (8,16,32Gbit/s)
iSCSI (10, 25Gbit/s, 10GBASE-T)
 FC (4, 8,16,32Gbit/s)
iSCSI (10, 25Gbit/s, 10GBASE-T)
SAS (12 Gbit/s)
 FC (4, 8,16,32Gbit/s)
iSCSI (10, 25Gbit/s, 10GBASE-T)
SAS (12 Gbit/s)
 FC (4, 8,16,32Gbit/s)
iSCSI (10, 25Gbit/s, 10GBASE-T)
SAS (12 Gbit/s)
 FC (8,16,32Gbit/s)
iSCSI (10, 25Gbit/s, 10GBASE-T)
SAS (12 Gbit/s)
 FC (8,16,32Gbit/s)
iSCSI (10, 25Gbit/s, 10GBASE-T)
SAS (12 Gbit/s)
 FC (8,16,32Gbit/s)
iSCSI (10, 25Gbit/s, 10GBASE-T)
SAS (12 Gbit/s)
 FC (4, 8,16,32Gbit/s)
NVMe over FC (32Gbit/s)
iSCSI (10, 25Gbit/s)
IB (100Gbit/s)
NVMe over InfiniBand (100Gbit/s)
NVMe over RoCE (100Gbit/s)
SAS (12 Gbit/s)
 FC (4, 8,16,32Gbit/s)
NVMe over FC (32Gbit/s)
iSCSI (10, 25Gbit/s)
IB (100Gbit/s)
NVMe over InfiniBand (100Gbit/s)
NVMe over Ethernet(100Gbit/s)
SAS (12 Gbit/s)
 - - Ethernet (10 GbE / 25 GbE / 40 GbE / 100 GbE)
 -
Maximum Disk Drives 264
 960
 3,072
 2,304
 96
 120
 - 444
 - 24
 48
 24
 48
 192
 168
 - 252
 264
 300
 444
 - - - - -
Max. no. of SSDs unlimited
 unlimited
 unlimited
 unlimited
 - - - - - 8
 8
 8
 8
 120
 120
 120
 120
 120
 120
 120
 120
 - 5760
 - -
Maximum Storage Capacity HDD 4,752 TB
 8,424 TB
 26 PB
 20,304 TB
 - - - - - - - - - - - 3,456 TB
 - - - - 8,640 TB
 - - - -
Maximum Storage Capacity SSD 8,110 TB
 29,123 TB
 91 PB
 70,042 TB
 - - 1,836.0 TB
 - - - - - - - - 1,192.8 TB
 - - - - 1,836 TB
 - - - -
No. of host interfaces 4-16 ports [FC(16Gbit/s)], 8/16 ports [Ethernet(1Gbit/s)], 4/8 ports [FC(32Gbit/s), iSCSI(10Gbit/s, 1Gbit/s), SAS (12Gbit/s), Ethernet(10Gbit/s)]
 4-32 ports [FC(64Gbit/s, 32Gbit/s,16Gbit/s), 4-16 ports [iSCSI(10Gbit/s)]
 4-256 ports [FC(64Gbit/s, 32Gbit/s, 16Gbit/s)]
4-128 ports [iSCSI(10Gbit/s)]
 4-64 ports [FC(64Gbit/s, 32Gbit/s,16Gbit/s)], 4-32 ports [iSCSI(10Gbit/s)]
 12 Port [FC (4, 8, 16Gbit/s)]
8 Port [FC (32Gbit/s)]
12 Port [iSCSI (10Gbit/s)]
8 Port [iSCSI (10GBase-T)]
8 Port [iSCSI (25Gbit/s)]
8 Port [SAS (12Gbit/s)]
 4 Port [iSCSI (25Gbit/s)]
8 Port [FC (32Gbit/s)]
8 Port [iSCSI (10GBase-T)]
8 Port [SAS (12Gbit/s)]
 - 12 Port [FC (4, 8, 16Gbit/s)]
8 Port [FC (32Gbit/s)]
8 Port [NVMe over FC (32Gbit/s)]
12 Port [iSCSI (10Gbit/s)]
8 Port [iSCSI (25Gbit/s)]
4 Port [IB (100Gbit/s)]
4 Port [NVMe over InfiniBand (100Gbit/s)]
4 Port [NVMe over RoCE(100Gbit/s)]
8 Port [SAS (12Gbit/s)]
 - 8 Port [FC (16Gbit/s)]
8 Port [iSCSI (10Gbit/s)]
4 Port [iSCSI (10GBase-T)]
 8 Port [FC (16Gbit/s)]
8 Port [iSCSI (10Gbit/s)]
4 Port [iSCSI (10GBase-T)]
 4 Port [iSCSI (25Gbit/s)]
8 Port [FC (32Gbit/s)]
8 Port [iSCSI (10GBase-T)]
 4 Port [iSCSI (25Gbit/s)]
8 Port [FC (32Gbit/s)]
8 Port [iSCSI (10GBase-T)]
 12 Port [FC (4, 8, 16Gbit/s)]
8 Port [FC (32Gbit/s)]
12 Port [iSCSI (10Gbit/s)]
8 Port [iSCSI (10GBase-T)]
8 Port [iSCSI (25Gbit/s)]
8 Port [SAS (12Gbit/s)]
 12 Port [FC (4, 8, 16Gbit/s)]
8 Port [FC (32Gbit/s)]
12 Port [iSCSI (10Gbit/s)]
8 Port [iSCSI (10GBase-T)]
8 Port [iSCSI (25Gbit/s)]
8 Port [SAS (12Gbit/s)]
 - 4 Port [iSCSI (25Gbit/s)]
8 Port [FC (32Gbit/s)]
8 Port [Ether (10GBase-T)]
8 Port [SAS (12Gbit/s)]
 4 Port [iSCSI (25Gbit/s)]
8 Port [FC (32Gbit/s)]
8 Port [iSCSI (10GBase-T)]
8 Port [SAS (12Gbit/s)]
 4 Port [iSCSI (25Gbit/s)]
8 Port [FC (32Gbit/s)]
8 Port [iSCSI (10GBase-T)]
8 Port [SAS (12Gbit/s)]
 12 Port [FC (4, 8, 16Gbit/s)]
8 Port [FC (32Gbit/s)]
8 Port [NVMe over FC (32Gbit/s)]
12 Port [iSCSI (10Gbit/s)]
8 Port [iSCSI (25Gbit/s)]
4 Port [IB (100Gbit/s)]
4 Port [NVMe over InfiniBand (100Gbit/s)]
4 Port [NVMe over RoCE(100Gbit/s)]
8 Port [SAS (12Gbit/s)]
 - - - - -
Max. no. of hosts 1,024
 4,096
 8,192
 8,192
 128
 128
 512
 512
 512
 128
 128
 128
 128
 128
 128
 128
 128
 128
 128
 512
 512
 - - - -
Supported RAID levels 0, 1, 1+0, 5, 5+0, 6
 0, 1, 1+0, 5, 5+0, 6
 0, 1, 1+0, 5, 5+0, 6
 0, 1, 1+0, 5, 5+0, 6
 0, 1, 1+0, 3, 5, 6, DDP
 0, 1, 1+0, 3, 5, 6, DDP
 0, 1, 1+0, 3, 5, 6, DDP
 0, 1, 1+0, 3, 5, 6, DDP
 0, 1, 1+0, 3, 5, 6, DDP
 0, 1, 1+0, 3, 5, 6, DDP
 0, 1, 1+0, 3, 5, 6, DDP
 0, 1, 1+0, 3, 5, 6, DDP
 0, 1, 1+0, 3, 5, 6, DDP
 0, 1, 1+0, 3, 5, 6, DDP
 0, 1, 1+0, 3, 5, 6, DDP
 0, 1, 1+0, 3, 5, 6, DDP
 0, 1, 1+0, 3, 5, 6, DDP
 0, 1, 1+0, 3, 5, 6, DDP
 0, 1, 1+0, 3, 5, 6, DDP
 0, 1, 1+0, 3, 5, 6, DDP
 0, 1, 1+0, 3, 5, 6, DDP
 - - - -
Drive interface Serial Attached SCSI (12 Gbit/s)
 NVMe (16 Gbit/s), SAS (12 Gbit/s)
 NVMe (16 Gbit/s), SAS (12 Gbit/s)
 NVMe (16 Gbit/s), SAS (12 Gbit/s)
 12G SAS(MiniSAS HD)
 12G SAS(MiniSAS HD)
 NVMe, SAS
 12G SAS(MiniSAS HD)
 NVMe,SAS
 12G SAS(MiniSAS HD)
 12G SAS(MiniSAS HD)
 12G SAS(MiniSAS HD)
 12G SAS(MiniSAS HD)
 12G SAS(MiniSAS HD)
 12G SAS(MiniSAS HD)
 12G SAS(MiniSAS HD)
 12G SAS(MiniSAS HD)
 12G SAS(MiniSAS HD)
 12G SAS(MiniSAS HD)
 12G SAS(MiniSAS HD)
 12G SAS(MiniSAS HD)
 - - - -
Thin Provisioning Yes
 Yes
 Yes
 Yes
 Yes
 Yes
 No
 Yes
 - Yes
 Yes
 Yes
 Yes
 Yes
 Yes
 Yes
 Yes
 Yes
 Yes
 Yes
 Yes
 - - - -
Automated Storage Tiering Yes
 Yes
 Yes
 Yes
 - - - - - - - - - - - - - - - - - - - - -
Remote Copy functionality Synchronous and asynchronous
 Synchronous and asynchronous
 Synchronous and asynchronous
 Synchronous and asynchronous
 Synchronous and asynchronous
 Synchronous and asynchronous
 - Synchronous and asynchronous
 - Asynchronous(Optional)
 Asynchronous(Optional)
 Asynchronous(Optional)
 Asynchronous(Optional)
 Synchronous and asynchronous
 Synchronous and asynchronous
 Synchronous and asynchronous
 Synchronous and asynchronous
 Synchronous and asynchronous
 Synchronous and asynchronous
 Synchronous and asynchronous
 Synchronous and asynchronous
 - - - -
Maximum Storage Capacity - - - - 1,468 TB
 1,836 TB
 5,647.2 TB
 1,836 TB
 9,607.2 TB
 528 TB
 194.4 TB
 528 TB
 194.4 TB
 4,224 TB
 3,374.4 TB
 4,224 TB
 5,544 TB
 5,435 TB
 6,600 TB
 9,607.2 TB
 10,560 TB
 - 702,700 TB
 960 TB
 -
Max. drives per HA pair - - - - - - - - - - - - - - - - - - - - - 1,440
 - - -
Max . raw capacity in cluster - - - - - - - - - - - - - - - - - - - - - 176000 TB
 - - -
Maximum Storage Capacity (HA Pair) - - - - - - - - - - - - - - - - - - - - - 14,700 TB
 - - -
Max. scale-out nodes - - - - - - - - - - - - - - - - - - - - - - 24
- -
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