Further integration possibilities

UCP Hyper Converged

Otto de VroomenHDS Netherlands Principal Solution Consultant

Mode 1 vs Mode 2 Requirements

Mode 1: Systems of RecordData used for reference / processes

IT investments decrease / flatten as

enterprises consolidate applications and

infrastructure resources

Mode 2: Systems of EngagementData used for interaction and collaboration

IT investments increase as enterprises

leverage new 3rd platform applications to

enable competitive advantage

INNOVATIONKEEP THE BUSINESS RUNNING

MODE 1 MODE 2

Reliability; Always-On GOAL Agility; Fail Fast

Scale Up, Transactional WORKLOADS Scale Out, Web Tier / App Tier

Plan Driven, Approval Based GOVERNANCE Empirical – Short Term

Long CYCLE TIME Short

Introducing UCP HC

Next-Generation Hyper-Converged

Software-Defined Infrastructure

Linear Scale-Out

Purpose-Built for VMware

Enterprise-Ready Today

VM

© Hitachi Data Systems Corporation 2016. All rights reserved.12

UCP HC

Flexible Configurations

UCP HC V240 UCP HC V210 UCP HC V240F UCP HC V210F

Hybrid Hybrid All-Flash All-Flash

2U4N 2U1N 2U4N 2U1N

3TB 7.2TB 8TB 9 (38) TB

800GB SSD 2 x 800GB SSD 800GB SSD 2 x 800GB SSD

Config

Form Factor

Useable Estimated Capacity

Cache

Data Protection

Automation and Orchestration

Adaptable Usecases

Application-Defined Configuration

3

© Hitachi Data Systems Corporation 2016. All rights reserved.16

Compute Storage Network Memory

Two Intel Xeon

CPU per node

8, 10, 14 22

Cores

16-44 Cores per

node

2.9. 3.0. 3.3 GHz

800GB, 1.2 TB

Cache – 400 GB,

800 GB

SAS, SSD

10 GigE SFP+ or

RJ45 or 40 GigE

QSFP

10/100 Mbps or

10 Gbps

Any Network

Switch

Hybrid : 32 GB –

512 GB per node

All-Flash – 32-

768 GB per node

Radically Simple

Continuous Availability and Accessibility to Data

Multi-site Business Continuity

Local or Remote Replication

Non-disruptive Upgrades and Maintenance

Per-VM Availability Policy UCP HC

Live Demo