configurations type cloud VNX

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Configurations Types Private Cloud

Erwan QuignaAdvisory Account TC


A Single Unified Application Solution

Lowest $/IO

Lowest $/GB

Fully Automated

Hybrid Array

Optimized for Virtualized Workloads

VDI Home Dir.


The New FLASH-Optimized Hybrid ArrayThe performance of FLASH with the efficiency of tiering

Takes full advantage of the low latency of FLASH FLASH-optimized software and data services

Delivers progressively lower $/IOPS at scale

Moves inactive data to NL-HDDs for lowest $/GB

Controller

SSDsNEW

HDDs


Unlocking the Power of FlashNew Clean-Sheet design

SP A SP B

32 LANES CMI

32CPU

CORES

160LANES

PCIE G3

1500SSDs or

HDDs

SAS 2.0SAS 2.0

FC, iSCSI, NFS, pNFS,

and CIFS

22PCIE

IO SLOTSFC, iSCSI, NFS, pNFS, and CIFS


Dynamic Multicore Optimization

0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 150%

10%

20%

30%

40%

50%

60%

70%

80%

90%

100%

Core Number

Core

Uti

lizati

on

Static Core Utilization

Breakthrough Midrange Innovation!

RAID I/O DRAM Cache FAST Cache Data Services Management Available

0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 150%

10%

20%

30%

40%

50%

60%

70%

80%

90%

100%

Core Number

Core

Uti

lizati

on

43


VNX5400 VNX5600 VNX5800 VNX7600 VNX8000VNX5200

New EMC VNX Series with MCxSix new VNX platforms

SIMPLE. EFFICIENT. POWERFUL. PROTECTED.

UP TO 6 PB CAPACITY

UP TO 4X Performance, Just as Affordable


More for Less with MCx™Industry-revolutionizing performance efficiency

File Data Base VMs

122,500

185,000

1,100

580,796NFS IOPS

735,193O-racle and

SQL ServerI-OPS

6,600VMs

6X4X4X

Note: NFS based on SPECsfs2008, RDBMS is 8K IO size. Both on CLASSIC LUNs. VMs is based on a VM footprint of 50 IOPS by 100 GB on THIN Pool LUNs. All three are SSD-based tests.


MCx™: Leading NFS Response Time

NFS File Serving

Vendor I16-Node Cluster

Vendor N8-Node Cluster

Vendor ODual Node

Vendor D4+4 Node Cluster

Source: www.spec.org SPECsfs2008_nfs.v3

2.6XFASTER

http://www.spec.org/


Transactional NAS Latency ImprovementExample: VMware on NFS

VNX VNX Next Gen

IOP

S

Late

ncy

Read Latency

Write Latency

IOPS

3x IOPS

60% Faster


4XMORE TRANSACTIONS

Industry-Leading OLTP Price/Performance

Single Array

VNX8000735K IOPS*

VNX7500200K IOPS

*Source: Demartek, Oracle + SQL Mixed OLTP


New VNX Block Deduplication

Lowers Flash capacity requirements by 50% or more

Deduplication at 8KB granularity– Out of band: minimizes I/O impact

Ideal for virtual machines and virtual desktops with redundant data across multiple sources

DedupeEngine

UserChanges

IndexDatabase

LUN

Free Pool

Read

De-dupe

Storage Pool

LUN


The Right Protection for Every Application Need

Point-in-time recoveryUp to 256 snaps per LUN for block and 112 snaps per file system

Automated protection for virtualized applicationsMaintain SLAs with application protection as a service

Bi-directional, continuous remote replication RPO at or close to zero with RecoverPoint Remote

Local continuous replicationDVR-like recovery to any point in time using RecoverPoint Local

Efficient backup and recovery Purpose-built deduplication appliances accelerate backup and recovery

Continuous operationsThe exact same information, read and write accessible at the same time, in two separate locations


Three Paths to Cloud InfrastructureOptimized for virtualization and end-user computing

Component-based

Best-of-Breed Infrastructure

VSPEX

Proven Infrastructure

Vblock

Converged Infrastructure

NEW

NEW


EMC VNX Series Models

VNX5200 VNX5400 VNX5600 VNX5800 VNX7600 VNX8000Max FAST Cache 600 GB 1 TB 2 TB 3 TB 4.2 TB 4.2 TB

Max drives 125 250 500 750 1000 1500

Drive types Flash, SAS, NL-SAS

File System modules

Data Movers 1, 2 or 3 1 to 4 1 to 4 2 to 6 2 to 8 2 to 8

I/O slots per DM 3 3 3 4 4 5

Memory per DM 6 GB 6 GB 12 GB 12 GB 24 GB 24 GB

Protocols CIFS, NFS, pNFS

Storage Pool

modules

Storage Processors 2 2 2 2 2 2

I/O ports per SP 2 2 2 2 2 2

I/O slots per SP 3 4 5 5 5 11

Memory per SP 16 GB 16 GB 24 GB 32 GB 64 GB 128 GB

Cores per SP 4 4 4 6 8 16

Protocols Fibre Channel, Fibre Channel over Ethernet, iSCSI

Erwan Quigna

Configuration Type VNX New Generation


Configuration

• Configurations Types issues des White Paper VSPEX

• SAN ou NAS

• 2 types de configuration– Consolidation Oracle virtualisé– Virtualisation pure

• Options communes– Réplication, Vplex, Module VCops


Configuration Consolidation Oracle

• Configuration de Base Oracle VM : – VNX5400, FAST Cache 4*SSD200G, 39TiB– 1 Pool For VM DataStore FAST VP enabled

• 20 * 600 10k RAID 4+1, 2 * 100G SSD R1– 8.3TB usable, 50 VMs, 25-50 iops/VM

– 1 Pool for Oracle Redo Log• 5 * 600 10k RAID 5+1 : 2.1TiB

– 1 Pool for Oracle FRA Backup• 8 * 2 TB NL SAS RAID 6 6+2 : 10.6TiB

– 1 Pool for Oracle DATA• 25 * 600 10k + 2 * 100G SSD R1 + 6 * 2TB

– 17.5TB 20 000 IOPS OLTP2

– 10 slots disponibles pour par exemple 10 * 600G 10k


Configuration type des VMs

• SMALL– 1 vcpu / 2 GB RAM / 25 iops / 100 GB

• LARGE– 4 vcpu / 8 GB RAM / 50 iops / 200 GB

• VMWare ESX 5

• Blade– 2 * 10GbE + 2 * 8GbFC | 4 * 10GbE


VNX 5400 Configuration de Base

• VNX 5400– 1 Base Oracle

Env / VMWare Cluster

– Optional FAST VP for Data File

– 1 Extension– NAS or SAN

Connectivity– VMWare Plug in– Optional VCOps

plug in


Première Extension

Evolutions Possibles

• VNX5400– Base+1

Extension


Extensions


Extensions


Evolutivité des configurations types VM Oracle

Competition

70%

IOPS

Volu

métr

ie

1000005000025000 75000 125000 150000

40TiB

80TiB

120TiB

160TiB

200TiB

VNX5800

VNX5600

VNX5400


Caractéristiques commerciale et technique

Utile TiB U kVA k€

VNX5400Base 39 9 1.95

1 extension 78 18 2.74

VNX5600Base 39 9 1.951 extension 78 18 2.74

2 extension 117 27 3.53

VNX5800

Base 39 9 1.951 extension 78 18 2.742 extension 117 27 3.533 extension 156 36 4.32

4 extension 195 45 5.11

Utile TiB W/TiB €/GiB

VNX5400Base 39 50

1 extension 78 35

VNX5600Base 39 50

1 extension 78 35

2 extension 117 30

VNX5800

Base 39 50

1 extension 78 35

2 extension 117 30

3 extension 156 27

4 extension 195 26


Configuration virtualisation

• Configuration de Base Virtualisation:

– VNX5400, FAST Cache 4*SSD200G, 50TiB

– 1 Pool For VM DataStore FAST VP enabled

– 85* 600 10k RAID 4+1, 2 * 100G SSD R1, 12 * 2TB NL SAS 4+2

• 500 VMs, 25-50 iops/VM


Caractéristiques commerciale et technique

Utile TiB U kVA k€

VNX5400Base 50 12 1.59

1 extension 100 24 2.72

VNX5600Base 50 12 1.59

1 extension 100 24 2.72

2 extension 150 36 3.85

VNX5800

Base 50 12 1.59

1 extension 100 24 2.722 extension 150 36 3.85

3 extension 200 48 4.98

4 extension 250 60 6.11

Utile TiB W/TiB €/GiB

VNX5400Base 50 31.8

1 extension 100 27.2

VNX5600Base 50 31.8


2 extension 150 25. 7

VNX5800

Base 50 31.8





Date post:	16-Aug-2015
Category:	Documents
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