NetApp HCI

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Introducint NetApp HCI

Your Bridge to the Next-Generation Data Center

Transform your IT infrastructure with the enterprise-scale hyper converged infrastructure solution from NetApp. Run multiple applications with guaranteed performance to confidently deploy NetApp HCI across your entire data center.

NetApp HCI named an Evolutionary Disruptor by Gartner

See how NetApp HCI compares.
Read the latest report, Gartner’s Competitive Landscape: Hyperconverged Integrated Systems.

Band Gartner Report

Take the Pain Out of Deploying Infrastructure

NetApp has refined all installation and management processes, making NetApp HCI easy to set up and configure. You won’t need a team of IT experts to deploy.

Accelerating Customer Growth with HCI as a Service

Australia-based Consultel Cloud leverages NetApp HCI to shatter expectations of cloud economics and accelerate customers’ ability to expand into new business opportunities. As the first of its kind to have an HCI as a service offering, Consultel delivers unmatched scalability and cloud choice to customers.

NetApp HCI
Services for NetApp HCI Datasheet

Take simple to a whole new level

Take the burden off your busy IT staff. Let NetApp Services efficiently install, configure, integrate, and manage your NetApp HCI solution.

Primary Use Cases

Private Cloud

Accelerate delivery of your private cloud services with an enterprise-scale hyperconverged infrastructure

End-User Computing

Accelerate deployment, increase user satisfaction and simplify scaling with NetApp HCI and VMware Horizon.

Workload Consolidation

Eliminate silo’s with a hyperconverged infrastructure that lets you predictably run multiple applications

Complete HCI Architecture Comparison Guide.

Today’s HCI platforms are mostly built on three common architectures. Find out which one is right for your business.

NetApp HCI Comparison Guide

Models & Specs

Node types and sizes can be mixed and matched based on best practices
Minimum configuration (4 RU): 2 Chassis with 2 Compute, 4 Storage Nodes and 2 Expansion Slots

Memory384 GB512 GB768 GBOperating Shock20 G, 2.5ms, half-sine, one shock on each side

HCI Front Bezel HCI Front Bezel HCI Front Bezel
Small Medium Large
Key Specifications – Storage Node
Storage Node H300S H500S H700S
Rack Units 1 RU, half-width
SSD 6 x 480 GB 6 x 960 GB Encrypting/Non-Encrypting 6 x 1.92 TB
Effective Block Capacity[1] 5.5TB – 11 TB 11TB – 22 TB 22TB – 44 TB
Performance per node 50,000 IOPS 50,000 IOPS 100,000 IOPS
Storage OS NetApp SolidFire Element OS 10.0
Base Networking 2 x 10/25 GbE (SFP 28) [2]
2 x 1 GbE RJ45​
Optional out-of-band management 1 x 1 GbE RJ45
Key Specifications – Compute Node
Compute Node H300E H500E H700E
Rack Units 1 RU, half-width
CPU 2 x Intel E5-2620v4, 8 cores, 2.1 GHz 2 x Intel E5-2650v4, 12 cores, 2.2 GHz 2 x Intel E5-2695v4, 18 cores, 2.1 GHz
Cores for VM’s 16 24 36
Hypervisor VMware vSphere 6.0, 6.5
Base Networking 4 x 10/25 GbE (SFP 28)[2]
2 x 1 GbE RJ45​
Optional out-of-band management 1 x 1 GbE RJ45
Power & Dimensions (per Chassis)
Rack Units 2 RU
HCI nodes 1 RU, half-width – Mix and match four HCI nodes per chassis
Power Input 110V AC or 220V AC
1+1 redundant
240V AC 1+1
240V 1+1
Max Watts/Current Per Power Supply 1100W/110V/10A 2200W/240V/12-11A 2200W/240V/12-11A
Node Physical Dimensions 39.20 mm / 1.54 in H

39.20 mm / 1.54 in H

196.25 mm / 7.73 in W

587.55 mm / 23.13 in D

~ 3.60 kg / 8.0 lbs

Chassis Physical Dimensions 8.80 cm / 3.46 in H

8.80 cm / 3.46 in H

44.70 cm / 17.60 in  W

73.00 cm / 28.74 in D

~ 24.70  kg / 54.45 lbs

System Environment Specifications
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

Nonoperating temperature -40° C to 70° C (-40° F to 158° F)
Operating Vibration 0.4 GRMS, Random 5 – 200 Hz (60 min/axis); 0.25 G, Sine 5 – 200 Hz (15 min/axis)
Non-operating Vibration 0.98 GRMS, Random 5 – 500Hz (30 min/axis); 0.5 G, Sine 5 – 200 Hz (15 min/axis)
Non-operating Shock 20 G, 10ms, square wave, one shock on each side
Heat Dissipation Typical BTU/hr — Small 2,730; Medium 3,412; Large 4,129

Worst Case BTU/hr — Small 3,856; Medium 4,982; Large 6,142

Certifications FCC, UL, IEC 60950-1, CE, VCCI, KCC, SABS LOA (South Africa),