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NetApp HCI: Your new hybrid cloud infrastructure

Scale compute and storage on-demand with NetApp® HCI—a hybrid cloud infrastructure that delivers predictable performance for your hybrid cloud on a highly flexible, ultra-efficient architecture. Let the innovation-palooza begin.

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Why NetApp for hybrid cloud infrastructure?

Say “sayonara” to costly and inefficient overprovisioning

With NetApp HCI, you can scale storage and compute on demand—together or independently—so you never pay for what you aren’t using. In fact, consolidating multiple workloads with NetApp HCI can reduce your TCO by up to 60%.

NetApp HCI doesn’t just manage and run multiple applications with the predictable performance your enterprise and customers demand, it guarantees it. What’s more, resource contention is eliminated, storage performance is three times faster, and compute efficiency increases by 22%. And yes, integration into your data fabric is perfectly seamless.

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How HCI works

NetApp HCI is the first hybrid cloud infrastructure for everything that matters. It makes managing infrastructure easy. It’s the only hybrid cloud infrastructure that meets hybrid multicloud demand and allows you to scale compute and storage independently. And with HCI, your data fabric simplifies data services orchestration across hybrid multiclouds.

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Deploy open hybrid clouds—start with NetApp HCI

Consume services the same way on every cloud—private, hybrid, and public. Optimize and run multiple applications with guaranteed performance on-premises.

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Cut infrastructure costs by up to 60%

NetApp HCI offers the best performance, density, and cost efficiency at enterprise scale.

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The most effective guarantee in the industry

Get the most effective storage efficiency guarantee with no impact to system performance.

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Increase storage efficiency up to 10x

NetApp's disaggregated HCI architecture scales compute and storage independently. Download the Evaluator Group Lab Insight for a NetApp HCI assessment.

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Hybrid cloud infrastructure

Only NetApp’s enterprise-scale hyperconverged infrastructure lets you consume public cloud services on-premises, run anywhere.

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End-user computing/VDI

Realize your vision. Accelerate deployment. Deliver an optimum user experience with NetApp HCI and VMware Horizon.

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Workload consolidation

Run all your applications on one infrastructure and maximize your investment with minimal performance risk.

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H410C H610C H610S H615C
Key Specifications
Compute Nodes H410C H610C H615C
Rack Units 2 RU, half-width 2 RU 1 RU
CPU 2 Intel Xeon Gold 5122, 4 cores, 3.6GHz
2 Intel Xeon Silver 4110, 8 cores, 2.1GHz
2 Intel Xeon Gold 5120, 14 cores, 2.2GHz
2 Intel Xeon Gold 6138, 20 cores, 2.0GHz
2 Intel Xeon Gold 6130, 16 cores, 2.1GHz 2 NVIDIA Tesla M10 GPU cards 2 Intel Silver 4214, 12 cores, 2.2 GHz
2 Intel Gold 5222, 4 cores, 3.8 GHz
2 Intel Gold 6242, 16 core, 2.8 GHz
2 Intel Gold 6252, 24 core, 2.1GHz
2x Intel Gold 6240Y SpeedSelect, 18/14/8 cores 2.6/2.8/3.1 GHz plus 3x NVIDIA Tesla T4 GPU cards
Cores for VM's 8-40 32 8-48
Memory 384GB-1TB 512GB 384GB-1.5TB
Hypervisor VMware vSphere 6.5 and 6.7; Red Hat OpenStack/OpenShift, Microsoft Windows 2016 and 2019, Red Hat Virtualization
Base Networking 4x10/25GbE (SFP 28)Cables and transceivers not included.,   2 x 1GbE RJ45Cables and transceivers not included. 2x10/25GbE (SFP 28)Cables and transceivers not included.,   2 x 1GbE RJ45Cables and transceivers not included. 2x10/25GbE (SFP28)Cables and transceivers not included.
Out-of-Band Management (opt) 1 x 1GbE RJ45
Storage Nodes
Storage Node H410S H610S H610S-2F
Rack Units 1 RU, half-width 1 RU 1 RU
SSD 6 Encrypting 12 Encrypting or nonencrypting 12 FIPS
Drive Capacity 480GB, 960GB, 1.92TB 960GB, 1.92TB, 3.84TB 1.92 TB
Effective CapacityNetApp HCI effective capacity calculation accounts for NetApp Element Software Helix® data protection, system overhead, and global efficiency including compression, deduplication, and thin provisioning. Element Software customers typically achieve an e effective capacity range of 5 to 10 times the (usable) capacity, depending on application workloads. 5.5TB - 44TB 20TB - 80TB 40TB
Performance per node 50,000 IOPS – 100,000 IOPS 100,000 IOPS 100,000 IOPS
Base Networking 2x 10/25GbE (SFP 28)2, 2x 1GbE RJ45 2x 10/25GbE (SFP 28)2, 2x 1GbE RJ45 2x 25GbE (SFP28)2, 2x 1GbE RJ45
Out-of-Band Management (opt) 1x 1GbE RJ45 1x 1GbE RJ45 1 x 1GbE RJ45
Power and Dimension
Chassis H410x 2U 4 Node Enclosure H610C H610S H615C
Rack Units 2 RU 2 RU 1 RU 1 RU
Power Input 220-240V AC 1+1 redundant 220-240V AC 1+1 redundant 100-240V AC 1+1 redundant
-48-60V DC 1+1 redundant
100-240V AC 1+1 redundant
-48-60V DC 1+1 redundant
Maximum Wattage/Current (per power supply) 2200W / 12-11A (fully populated enclosure) 819-1024W / 4.1-5.2A (200V) 450W / 2.2A (200V) / 4.5A (100V) 616-805W / 3-3.9A (200V) / 6.2-8A (100V)
Node Physical Dimensions 3.92cm / 1.54in H
19.625cm / 7.73in W
58.755cm / 23.13in D
4.17kg / 9.2lbs
8.80cm / 3.46in H
44cm / 17.3in W
79.8cm / 31.4in D
25kg / 55.1lbs
4.4cm / 1.73in H
44cm / 17.3in W
81cm / 31.9in D
18kg / 39.7lbs
4.4cm / 1.73in H
44cm / 17.3in W
81cm / 31.9in D
15.51-16.65kg / 34.20-36.71lbs
Enclosure Physical Dimensions Weight 8.80cm / 3.46in H
44.70cm / 17.60in W
73.00cm / 28.74in D
19.50kg / 43.0lbs (empty incl. rails)
36.2kg / 79.8lbs (fully populated)
8.80cm / 3.46in H
44cm / 17.3in W
79.8cm / 31.4in D
25kg / 55.1lbs
4.4cm / 1.73in H
44cm / 17.3in W
81cm / 31.9in D
18kg / 39.7lbs
4.4cm / 1.73in H
44cm / 17.3in W
81cm / 31.9in D
15.51-16.65kg / 34.20-36.71lbs
Environmentals
Operating temperature, altitude and relative humidity 10°C to 35°C / 50°F to 95°F at <= 914.40m (at <=3,000ft) elevation; 1°C derating per 1,000ft; 8% to 90% relative humidity, noncondensing 10°C to 35°C / 50°F to 95°F at <= 914.40m (at <=3,000ft) elevation; 1°C derating per 1,000ft; 20% to 85% relative humidity, noncondensing 10°C to 35°C / 50°F to 95°F at <= 914.40m (at <=3,000ft) elevation; 1°C derating per 1,000ft; 20% to 85% relative humidity, noncondensing. (note: configuration(s) containing Tesla T4 GPUs: 10°C to 30°C).
Nonoperating temperature and relative humidity -40°C to 70°C (-40°F to 158°F); 5% to 95% relative humidity, noncondensing -40°C to 70°C (-40°F to 158°F); 10% to 90% relative humidity, noncondensing
Heat Dissipation Typical BTU/hr —  2,730NetApp HCI effective capacity calculation accounts for NetApp Element Software Helix® data protection, system overhead, and global efficiency including compression, deduplication, and thin provisioning. Element Software customers typically achieve an e effective capacity range of 5 to 10 times the (usable) capacity, depending on application workloads.
Worst Case BTU/hr -  6,142NetApp HCI effective capacity calculation accounts for NetApp Element Software Helix® data protection, system overhead, and global efficiency including compression, deduplication, and thin provisioning. Element Software customers typically achieve an e effective capacity range of 5 to 10 times the (usable) capacity, depending on application workloads.
NetApp HCI effective capacity calculation accounts for NetApp Element Software Helix® data protection, system overhead, and global efficiency including compression, deduplication, and thin provisioning. Element Software customers typically achieve an e effective capacity range of 5 to 10 times the (usable) capacity, depending on application workloads.fully populated enclosure
Typical BTU/hr — 2,795
Worst Case BTU/hr — 3,494
Typical BTU/hr — 1,228
Worst Case BTU/hr — 1,535
Typical BTU/hr — 2,102
Worst Case BTU/hr — 2,747
Standards and Certifications Safety:
IEC/EN 60950 (all national deviations), UL/CSA 60950, IEC/EN 60825, ACMA (Australia, New Zealand), BIS (India), BSMI (Taiwan), CE, EAC (Russia), IRAM (Argentina), Morocco, Mexico, NRCS (South Africa), Saudi Arabia, Kenya, Uganda, SONCAP (Nigeria), TBS (Tanzania), UKRSepro (Ukraine).
FIPS-142NetApp HCI supports the FIPS 140-2 level 1 standard. Third-party validation is in progress.
Safety:
IEC/EN 60950 (all national deviations), UL/CSA 60950, IEC/EN 62368 (all national deviations), UL/CSA 62368, IEC/EN 60825, ACMA (Australia, New Zealand), BIS (India), BSMI (Taiwan), CE, EAC (Russia), IRAM (Argentina), Morocco, Mexico, NRCS (South Africa), Saudi Arabia, Kenya, Uganda, SONCAP (Nigeria), TBS (Tanzania), UKRSepro (Ukraine).
Safety:
IEC/EN 60950 (all national deviations), UL/CSA 60950, IEC/EN 60825, ACMA (Australia, New Zealand), BIS (India), BSMI (Taiwan), CE, EAC (Russia), IRAM (Argentina), Morocco, Mexico, NRCS (South Africa), Saudi Arabia, Kenya, Uganda, SONCAP (Nigeria), TBS (Tanzania), UKRSepro (Ukraine).
FIPS-142NetApp HCI supports the FIPS 140-2 level 1 standard. Third-party validation is in progress.
Safety:
IEC/EN 60950 (all national deviations), UL/CSA 60950, IEC/EN 60825, ACMA (Australia, New Zealand), BIS (India), BSMI (Taiwan), CE, EAC (Russia), IRAM (Argentina), Morocco, Mexico, NRCS (South Africa), Saudi Arabia, Kenya, Uganda, SONCAP (Nigeria), TBS (Tanzania), UKRSepro (Ukraine).
Energy Star
Emissions/Immunity: FCC Part 15 Class A, ICES-03, CE, KCC, VCCI, AS/NZS CISPR 22, CISPR 32, EN55032, EN55024, EN61000-3-2, EN61000-3-3, BSMI
Compliance RoHS-compliant RoHS-compliant RoHS-compliant RoHS-compliant
System Environment Specifications
Operating Vibration .4Grms, 5-200Hz random vibration
60 minutes per axis
3 mutually orthogonal axis
0.2 Grms, 5-350Hz random vibration
15 minutes per axis
3 mutually orthogonal axes
0.21 Grms, 5-500Hz random vibration
15 minutes per axis
3 mutually orthogonal axes
0.2 Grms, 5-350Hz random vibration
15 minutes per axis
3 mutually orthogonal axes
Non-operating Vibration .98Grms, 5-200Hz random vibration
30 minutes per axis
3 mutually orthogonal axes
0.77 Grms, 5-500Hz random vibration
30 minutes per axis
3 mutually orthogonal axes
1.04 Grms, 10-500Hz random vibration
60 minutes per axis
3 mutually orthogonal axes
0.77 Grms, 5-500Hz random vibration
30 minutes per axis
3 mutually orthogonal axes
Operating Shock 20G/2.5ms half sine profile
3 mutually orthogonal axis (Positive and negative directions)
1 shock pulse per direction
3G/11ms half sine input profile
3 mutually orthogonal axes (positive and negative directions)
3 shock pulse per direction
5G/11ms half sine input profile
3 mutually orthogonal axes (positive and negative directions)
100 shock pulse per direction
3G/11ms half sine input profile
3 mutually orthogonal axes (positive and negative directions)
3 shock pulse per direction
Non-operating Shock 20G/10ms half sine profile
3 mutually orthogonal axis (Positive and negative directions)
1 shock pulse per direction
20G/7ms half sine input profile
3 mutually orthogonal axes (positive and negative directions)
3 shock pulse per direction
20G/11ms half sine input profile
3 mutually orthogonal axes (positive and negative directions)
3 shock pulse per direction
20G/7ms half sine input profile
3 mutually orthogonal axes (positive and negative directions)
3 shock pulse per direction
Mellanox H-Series Switches
SN2010 Half-width open Ethernet switch with Mellanox Onyx. 18 SFP28 (10/25GbE) and 4 QSFP (40/100GbE) ports delivering up to 1.7TB/s aggregate throughput. QSFP ports support 4x25GbE breakout cables. Switch sold with all ports licensed.
SN2100 Half-width open Ethernet switch with Mellanox Onyx. 16 QSFP (40/100GbE) ports delivering up to 3.2TB/s aggregate throughput. QSFP ports support 4x25GbE breakout cables. Switch sold with all ports licensed.
SN2700 Full-width open Ethernet switch with Mellanox Onyx. 32 QSFP (40/100GbE) ports delivering up to 6.4TB/s aggregate throughput. QSFP ports support 4x25GbE breakout cables. Switch sold with all ports licensed.
Features Mellanox Neo management application, monitoring and telemetry, network virtualization, layer 2 and layer 3 support, management and automation.
Security UC APL, FIPS 140-2, Storm Control (ACLs L2-L4 and user defined), 802.1X – Port-Based Network Access Control, SSH server strict mode – NIST 800-181A, CoPP (IP filter), port isolation.

Ducati and NetApp: a winning partnership

Where speed matters. NetApp HCI Provides Ducati with an edge on the track.

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A strong and efficient product that can scale storage and compute independently. NetApp HCI's ability to scale on demand is a differentiator in the marketplace. This solution can scale, compute, and scale independently, whereas in competing solutions if I need more compute, I have to bring more storage along with it.

Steve Lamesey, Vice President, Hardwood International Corp

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