Transcript

Hello

Storage  Architecture  and  Data  Services:  The  Real  Flash  Revolution

The  All-­Flash  Array  for  theNext  Generation  Data  Center

Jeramiah  DooleyPrincipal  Flash  Architect

@jdooley_clt

Now  Part  of  NetApp

What  Are  We  Talking  About  Today?

• Consumption  Models

• Architecture  Matters…But  Why?

• What  Happened  to  Storage?

• The  Big  Question

• Are  We  There  Yet?

Modern  Infrastructure   Consumption  Models

Best  of  Breed  Appliance

As  a  Service

Hyper  Converged

Converged  Infrastructure

Software  on  Commodity  Hardware

Now  Part  of  NetApp

The  Infrastructure  Consumption  Continuum

SMB  /  Startups Large  Enterprise Hyperscale  /  SP

Best  of  Breed  Appliance

Hyper  ConvergedAs  a  Service

Software  on  Commodity  Hardware

Converged  Infrastructure

Ease  of  ImplementationEasier Harder

Degree  of  Vendor  Lock-­‐InMore  Lock-­‐In Less  Lock-­‐In

Implementation  FlexibilityLess  Flexible More  Flexible

Cost  EfficiencyAt  Small  Scale At  Large  Scale

SolidFire  Consumption  Models

Element  Operating  System

Converged  Infrastructure

Agile   Infrastructure

Best  of  Breed  Appliance

SF  Series  Appliances

As  a  Service

Scale-­‐Out  Infrastructure  Agility

GuaranteedQuality  of  Service

Complete  System  Automation

In-­‐Line   Data  Reduction

Self  HealingHigh  Availability

Software  on  Commodity  Hardware

element

Flash  V2  -­ All  Flash  Array

Flash  V1  PCI  FlashFlash  for  the  Next  Generation  Data  Center

Requirements  constantly  changingConsumes  the  most  capital  and  time

Applying  All-­‐Flash  in  your  Data  Center

PerformanceLow

Performance  and  Capacity(Public  /  Private  Cloud,  IaaS)

High

Cheap  and  Deep  [object  /  file](Backup  /  Archive    /  Video  Streaming)

Performance  at  any  cost(Transactional  Processing  /  Trading  Platforms)

#  of  Applications

Architecture  Matters.  But  Why?

Photo  Credit:  http://www.storagereview.com/emc_vnx5200_review

Fuel  Management   is  Everything

Data  Services  Are  Expensive

New  Tech,  Same  Problems

Operational  CostsData  Center  Costs

Efficiency

What  Happened  to  Storage?

VMware  ESX VMware  ESX VMware  ESXi

Resource  Pool

Physical  Servers

New  Tech,  Same  Problems

Operational  CostsData  Center  Costs

Efficiency

…we  could  address  any  size  pool  of  storage  the  business  needed?

What  If…

High  performance  storage  systems  designed  for  large  scale  infrastructure

Industry  Leading  Quality  of  Service  (QoS)

Scale-­Out  Architecture• 4  – 100    nodes• 35TB  – 3.4PB  Usable  Capacity• 200k  – 7.5M  Controllable  IOPS

Simple  all  inclusive  pricing  model Direct  Tier  3  Support  

for  every  customer

Industry-­standard  hardware• 10  GigE  iSCSI,  16/8  Gb  FC

• Replication  (synchronous  /  asynchronous)• Integrated  cloud  backup• Snapshots  &  clones• Global  efficiencies• 256-­bit  encryption-­at-­Rest• Comprehensive  logging• Cloud  based  monitoring• Secure  multi-­tenancy  (VLAN  support,  volume  access  groups)• Simultaneous  multiprotocol  support  (FC  /  iSCSI)  • Deep  integrations:  VMware,  OpenStack,  CloudStack

All  Inclusive  Feature  Set

Platform  Building  Blocks

2405 • 5  to  10TB  effective  capacity• 50,000  guaranteed  IOPS

4805 • 10  to  20TB  effective  capacity

• 50,000  guaranteed  IOPS

9605 • 20  to  40TB  effective  capacity

• 50,000  guaranteed  IOPS

9010 • 20  to  40TB  effective  capacity

• 75,000  guaranteed  IOPSSolidFire’s  Effective  capacity  calculation  accounts  for  Helix  data  protection,  system  overhead  and  global  efficiencies  including  compression,  deduplication  and  thin  provisioning.  SolidFire  customers  typically  achieve  an  effective  capacity  

range  of  5x  to  10x  the  raw  capacity  depending  on  application  workloads.

Scale-­‐Out  Wins

Performance

Capacity

43.6  TB 250,000  IOPS

60.8  TB 350,000  IOPS

52.2  TB 300,000  IOPS

200,000  IOPS35  TB PERFORMANCE  VIRTUALIZATION   (IOPS)

CAPACITY  VIRTUALIZATION  (GB)CPU  RESOURCES  (CORES)

SYSTEM  MEMORY  (GB)

CAPACITY PERFORMANCE

CPU MEMORY

Building  Blocks  of  ResourcesNODES

NON-­DISRUPTIVE

GRANULAR

MIX  NODES

SCALE  OUT/IN

NO  FORKLIFT  UPGRADES

SOLIDFIRE  CLUSTER  1 SOLIDFIRE  CLUSTER  2 SOLIDFIRE  CLUSTER  3

2405

Gen  X

Element   OS   |  S C A L E   O U T

4805

CAPACITY PERFORMANCE

CPU MEMORY

CAPACITY PERFORMANCE

CPU MEMORY

How  QoS  Works

VOLUME

Per  Volume  QoS  Settings

Burst 2,000Max   1,000Min   100

APP  BEHAVIORBurst

Max

Min

MIXED  WORKLOAD  ENVIRONMENT

100  Min

200  Max

300  BurstVolume  

3

1000  Min

1500  Max

2000  BurstVOLUME  

2

100  Min

500  Max700  BurstVOLUME  

1

Element   OS   |  G U A R A N T E E D   P E R F O R M A N C E

CLUSTER

Tech  Fixed,  What  About  Operations

Simplified  Management

CUSTOM  INTEGRATION INTERFACES PLUG-­INS TOOLS

Self-­service  Portals

Homegrown  Apps

User  InterfaceActive  IQ

PowerShellSDKs

VMware  vCenterOpenStackCloudStack

Element   OS   |  A U T O M A T E D   M A N A G E M E N T

API

TIME YOUR  BUSINESS

DESIGNInitial   size  (GB  or  IOPS)

INSTALLATION OPERATINGGB  and  IOPS  required

Account  Creation

SCALINGGB  and  IOPS  needed

UPGRADEDESIGNInitial   size  (GB  or  IOPS)

Anticipated   growth  over  lifecycle  of  array

IOPS  required  lifetime   of  product

Node  size  selection

RAID  type,  RAID  grouping

Drive  type  (FC,  NL,  Flash)

Drive  quantities  and  ratio

Cache  requirements

Drive  Sparing

Aggregate/CPG

MetaLUN and  Bin  file   layout

INSTALLATIONBin  File/RAID  Layout

Aggregate/MetaLUN creation

Snapshot  spare  spacing

Vol0/quorum  drive  layout

Aggregate  snapshot  frequency

Snapshot  growth  limits

OPERATINGGB  and  IOPS  required

Account  Creation

Host  to  HBA  assignment  and  tracking

Host  initiator  count  limits

RAID  type  required

Primary  Control  Node  assignment

IOPS  limitation   concerns

Snapshot  growth  policy

Thin  Provisioning  (or  not)

Aggregate/CPG  assignment

40%  CPU  limit   considerations

SCALINGGB  and  IOPS  needed

Drive  Shelves  required

Power/floor  space  restrictions

Control  node  limitations  (CPU  storage)

UPGRADEHBA  compatibility   list

CPU  utilization   on  control  nodes

Maintenance  window

Mitigate   risk  during  node  outage

Internally  Automated  Storage  System  TasksOTHER  VENDORS

Element   OS   |  A U T O M A T E D   M A N A G E M E N T

VDI  Initiative

Dev/Test  Initiative

Application

Start  With  One  Project  …  Transform  As  You  Go

NodesIT  Projects Automation SOLIDFIRE

CAPACITY PERFORMANCE

vCenter  

Power-­Shell  

SPBM

vRealize

VDI  Initiative

Database  

Cloud  Initiative

Application

Self-­Service  IT

Storage  Isn’t  Easy

Fuel  the  Software-­‐Defined  Data  Center  with  SolidFire

INTEGRATION

SOLIDFIRE

AUTOMATION

BUSINESS  VALUE

Automated  Management

GuaranteedPerformance

Global  EfficiencyScale-­‐Out

Data  Assurance

vCenter  Plug-­in PowerShell Storage  Policy  Based  Management  (SPBM)

End  UserComputing

Infrastructure  Delivery

ApplicationDeployment

SIOC  +  QoS VAAI VASA

VM

SRM VVol

Virtualization  Platform

Business  Value

vRealizeSuite

Thank  You


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