– Marian Gálik

– HPE Storage Presales consultant

– 15.5.2019

Dawn of the intelligence era

Flash era

Speed

Simplicity

Efficiency

Cloud era

Agility

As-a-service experience

Intelligence era

AI-driven experience

Intelligence is key for infrastructure management

More than

STORAGE

NETWORK

SERVER

VIRTUALIZATION50% of problemsarise from above the

storage layer

Reliable and fast storage

solves only half the problem

100s of

variables

Far too complex for humans to solve

Intelligence is key for taming hybrid complexity

What workloads

to move where?On-premises Public cloud

Mission

critical

General

purpose

Big data, AI

SecondaryDevOps

Intelligent Data Platform

Infrastructure

admin

Cloud

adminDevOps

VM

admin

LOB

Owner

Data

Scientist

Workload-Optimized Composable Systems

Mission critical General purpose Secondary Big data / AI

Any Cloud

Cloud Data Services

Cloud Data Management

Context-AwareData Lifecycle Catalog

App Workloads Big Data / AI Automation Connectors

Global Intelligence EnginePredictive analytics Global learning RecommendationsWorkload fingerprint

Intelligent Data Platform

HPE Nimble Storage HPE StoreOnce &

Recovery Manager

HPE 3PAR HPE Cloud

Volumes

HPE Cloud

Bank Storage

HPE Apollo &

bluedata Software

Mission Critical General Purpose Secondary Big Data / AI Cloud Data Services

As-a-Service

InfoSight

Working with partners in the ecosystem to provide Unstructured and Big Data Solutions

HPE Apollo 4000 Density Optimized Servers

HPE ProLiant Servers w/ persistent memory

Scale-out File/Object StorageHadoop Solutions

HPE Apollo 4200 Gen10 Density Optimized Servers

Nimble StorageSimplicity and a new approach

to storage and support

3PAR StoreServFlexibility with the broadestset of storage features

The most advanced flash portfolio to provide acloud-ready foundation for Hybrid IT

99.9999% Availability guaranteed

Enforced by Artificial Intelligence (AI) and Predictive Analytics (AIOps)

CLOUDREADY

AIOps = Artificial Intelligence for IT Operations – also see the Gartner blog entry at https://blogs.gartner.com/andrew-lerner/2017/08/09/aiops-platforms/

SAPLaMa

HPE 3PAR: The broadest flash array family in the industry

ONE OS. ONE Interface. ONE Feature Set. ANY Workload. FEDERATED Mobility.

75%Data Reduction

Guaranteed

Low $/GB

Usable

8200

24PBScale

1 million IOPS 8440/8450

99.9999%Availability

Affordable Lightning Fast Enterprise-Class

1.8 million IOPS 9450

3.8 million IOPS 20840/20850

New 3PAR Memory-Driven Flash Cache (MDF)

CPU<10ns

DRAM~80ns

NAND SSD~90µs

3D Cache~10µs

• What is Memory-Driven Flash Cache?

• A new 3PAR read-cache level extending

DRAM cache for IO latency and

performance acceleration

• Introduced as a 750GB PCIe NVMe

Storage Class Memory (SCM) Module

based on Intel 3DXpoint technology

• Which arrays are supported

• Any new or already installed 3PAR 9450 or

20000 All-Flash* system * System must not have any HDD installed

Converged Block, File, and Object Access For the 8000, 9450 and 20000 family

One

Converged

controller

One

Capacity group

One

Management

experience

Applications

FC, iSCSI, FCoE*

Virtualization

FC, iSCSI, FCoE*

File Serving

CIFS, NFS, FTP

Databases

FC, iSCSI, FCoE*

Object Access

API

* As FCoE has not gained acceptance outside the blades server use case, HPE decided to stop 3PAR FCoE

support with new platforms starting with the 9450 and 20k R2.

See the SNIA blog on the topic http://sniablog.org/category/fcoe/

+ unconditional drive warranty – 7 years with support contract

All-Flash advantages over 10K rpm SAS disksLarge capacity 3PAR SSD are game changer enabled by HPE

+ big data center cost savings

Specifications for proving 800TiB of usable capacity *

1.8TB/10k SAS Drive Type 15.36TB SSD All-Flash Savings

586 Number of Drives 24 96 %

8594 Watts Power Consumption 526 Watts 94 %

29096 BTU Thermal Output 1795 BTU 94 %

52U Rack Space 2U 96 %

596.7 kg Weight 29.3 kg 95 %

Delivering high and consistent System Performance and very low Latencies

* RAID6 (14+2) in a 3PAR 8000 (SSD with 3:1 Data Reduction)

3PAR Peer PersistenceNever lose access to your data volumes

S

P

P

S

S

P Primary RC Volume

Secondary RC Volume

VM Clustered Application

active paths standby paths

What does it provide?

• High Availability across data centers

How does it work?

• Automatic or manual transparent LUN swap based on 3PAR

Remote Copy and OS MPIO

• Primary RC Volume presented with active paths

• Secondary RC Volume presented with passive paths

• Automated LUN swap arbitrated by a Quorum Witness (on a 3rd

site)

Requirements and support:

• FC, iSCSI or FCoE cross-site Server SAN

• Two synchronous Remote Copy links (RCFC or RCIP)

• Max replication link latency of 10ms RTT (~1000km)

• 3PAR Remote Copy and Peer Persistence Licenses

• See next slide for supported Operating Systems

Further info:

• Peer Persistence product page

https://www.hpe.com/us/en/product-catalog/storage/storage-

software/pip.hpe-3par-peer-persistence-software.5335710.html

• Peer Persistence recorded demo video on the HPE demo portal

https://hpedemoportal.ext.hpe.com/ > search for Peer

Persistence

3PAR 3DC Peer Persistence Combine HA and DT

What does it provide?

• High Availability across metropolitan distances +

Disaster Tolerance across continental distances

How does it work?

• Adds a tertiary asynchronous copy to a DR data

center with continental distances

• Manual failover in case of loss of DC1 + DC2

Requirements:

• For the metropolitan systems in DC1 and DC2

same as with basic Peer Persistence incl. RTT

• For the tertiary DC same as with asynchronous

periodic replication and IP connectivity incl. RTT

Supported environments:

• Same as basic Peer Persistence

• Min. 3PAR OS ≥ 3.3.1 for all arrays

S

P

P

S

P

P

Manual failover

HPE Nimble Storage

Performance(IOPS)

Capacity(Effective TBs)

All Flash ArraysAF series AF20, AF40, AF60, AF80

Adaptive Flash ArraysHF series HF20, HF40, HF60

Storage Tier Primary storage Secondary storage

High performance

primary applications

Other primary

applications

Veeam, DR, dev/test,

other secondary apps

Usage/ Workloads

HPE Nimble Storage: Absolutely resilient for Enterprises

Non-Stop Availability Guaranteed six-nines availability

Data IntegrityTriple+ Parity RAID: Tolerate three simultaneous drive failures plus intra-

drive parity and integrated sparing; and cascade multistage checksums

Integrated Data ProtectionBackup more frequently and recover faster with application consistent

snapshots and async+sync replication

Granular Encryption Application-level encryption and secure data shredding

How to determine effective capacityDifferent data types have different requirements

?Databases

Mixed Workloads

ExchangeVDI File

SharePointVirtual Server

Data Reduction Methods

Thin Provisioning Snapshots

DeduplicationCompression

Effective Capacity

Design Principles for Nimble Sync-Replication

Granular & Efficient Built-In Software Feature

Complements Hardware HA Transparent to applications

No external

hardware required

Site level HA prevents equipment failure from

becoming site failure

Target XYX: LUN ATarget XYX: LUN A

Identity is mirrored to allow

transparent failover

Volume level option (not entire system, or “pools”)

HPE Cloud VolumesEnterprise-grade cloud storage services for running your applications over hybrid cloud

Hybrid Cloud Storage

Low latency and high performance

Provides hybrid cloud storage

AWS/Azure/GCP for compute

HPE storage service, built on

HPE Storage technology w/ Infosight

Cloud compute

20

On-PremisesStorage

Easy Mobility for hybrid cloudBidirectional replication, failover, and failback

HPE Cloud Volumes Portal / API / CLI

1. Setup replication store

4. Volumes replicated to cloud

5. Clones created to attach to Cloud VMs or containers

6. Cloud VMs or containers can add new data

On-premises Array GUI

2. Select Cloud as replication partner

3. Select Volumes to replicate

7. Changes can be replicated back

Cloud

Replication Store

Built for

Cloud

Timeless Storage Business Model

23

HPE InfoSight: AI for the Data CenterExtending HPE InfoSight Across HPE

ServersStorage Networking Converged

Analyzing VMware EnvironmentsDiagnoses the traditional way

La

tency (

ms)

0

20

40

1 March 2 March 3. March 4. March 5. March 6. March 7. March

Average Latency

Where is this latency spike coming from?

Steps:

• Check Application logs and stats

• Check vSphere logs and stats

• Check Array logs and stats

• Check network logs and stats

• Try correlating all events, logs and performance stats

Traditional monitoring tool graphic

InfoSight Cross-Stack Analytics for VMware EnvironmentsShows you a detailed breakdown of your VM

Optimized Data Protection for Hybrid IT

28

On-premises Offsite

The 3-2-1 Rule for best practice Hybrid IT data protectionProtecting data against ANY failure...wherever it lives

1st copy on primary storage

2nd copy on disk backup appliance

3rd copy on another disk backup appliance,

3-2-1 Best Practice: 3 copies of data, 2 copies on 2 different types of media, 1 copy offsite

(optional) copy to tape (archive & compliance) or cloud

Optimized Data Protection for Hybrid ITHPE Solution Overview

Hypervisor

HPE primary storage snapshots

HPE StoreEver

HPE StoreOnceHPE StoreOnce Catalyst

1

1 2

1 2

3

1

2

3

3-2-1 Rule

Have three copies of your data

Store on two different media types

Keep one copy offsite

VM VMVM

3

3

HPE Cloud Bank Storage for StoreOnce*

HPE RMC

* Veeam not currently supported with Cloud Bank Storage

Private Public

Services HPE Pointnext and partners Consulting/Support/Education

HPE Financial ServicesFlexible Capacity/Technology Refresh

New: HPE Recovery Manager Central (RMC) flash-storage integrated data protection and copy data management

Flash speed with minimal app impact

Eliminates cost and complexity of

traditional backup

Simple cloud backup for long term retention,

archive and DR

RMC²3PAR

StoreOnce Cloud Bank Storage 23x Faster backup

15x Faster restore

apps using VSS

Nimble

Automated policy-based copy automation

─ HPE StoreOnce is a stand-alone, disk-based data protection appliance that can be implemented as hardware or

deployed as a software virtual storage appliance on VMware vSphere or Microsoft Hyper-V

HPE StoreOnceWhat is it?

─ The StoreOnce portfolio spans from entry to enterprise and can expand into the cloud with HPE Cloud Bank Storage, tripling usable capacity

─ The key features of StoreOnce are deduplication, compression, encryption, remote replication, and direct

application-managed integration

362016–31.5 TB local/usable

+63 TB with CBS

5200216 TB local/usable+512 TB with CBS

─ Backup applications use StoreOnce backup systems as targets or they can be unified with HPE 3PAR by using

HPE Recovery Manager Central (RMC)

56501.7 PB local/usable+3.5 PB with CBS

VSA series4–500 TB usable+1 PB with CBS

3640108 TB local/usable+216 TB with CBS

5250864 TB local/usable+1728 TB with CBS

Cloud Bank Storage for StoreOnceCloud-ready long term retention and disaster recovery for Hybrid IT

EconomicLow cost scalable long term retention

SecureSimple, encrypted and reliable cloud disaster

recovery

FlexibleSeamlessly cloud-enable apps and backup

ISVs

EfficientSend, store and retrieve only unique data for

lower TCO

Retain multiple PB of data from $0.001/GB/month

Federated Cloud-ReadyIntegrated

Why HPE for Hybrid IT Data Protection?

SecondaryStorage

StoreOnce

Nimble HF

PrimaryStorage

Nimble Storage

3PAR StoreServapps using VSS

Zero Impact App Protection

Recovery Manager Central

ISV Integrations

StoreOnce Catalyst

Cloud Bank Storage for StoreOnce

Move to Object Storage

$0.001/GB/month*

*Assuming dedupe ratio of 20:1 and AWS (S3) standard object storage pricing of $0.02 per GB/Month

Thank youmarian.galik@hpe.com