how to ensure access to your data anywhere, anytime

0 Copyright 2014 FUJITSU

Human CentricInnovation

Fujitsu Forum2014

19th – 20th November


How to Ensure Access to your Data anywhere, anytime

John RoswadowskiGlobal Executive Fujitsu Business Unit, Brocade

Frank Reichart

Sen. Dir. Productmarketing Storage, Fujitsu


Agenda

Fujitsu’s partnership with Brocade

Does your Data matter?

Where is data located?

Is the data secure?

Solutions to use & manage your data?

Conclusion


Fujitsu & Brocade Partnership

Brocade supports Fujitsu’s services & solutions which provide End Users with the industries most comprehensive value

Partnering for over 12 years

Who is Brocade:

Brocade is focused on the NETWORK.. Only

Brocade defined ‘fabric technology’ in both Fibre Channel and Ethernet

Brocade is embracing the ‘Software Defined’ changes that are coming


Brocade’s Value Proposition

FABRICS

40M FIBRE CHANNEL PORTS SHIPPED

SDN/NFV

Utilization Increased by 200%

2 MINUTES vs.100 Commands

“SIX NINES” of Uptime

1.5M NFV downloads

SOFTWARE-CAPABLE Network Hardware

Industry’s leading open source SDN controller

1.3M OpenFlow-enabled ports shipped

GLOBAL OPERATORS PLAN TO IMPLEMENT NFV

93%ENTERPRISES WILL HAVE SDN DEPLOYED BY 2015

72%

#1 SAN MARKET SHARE

90%GLOBAL 1000

DATA CENTERS


Big Changes impacting IT professionals today


Does your data matter?


YES, Data is important.. to the business owner

Financial

Healthcare

Social media companies

Gaming companies

All businesses have “business critical” data

“meaning the business doesn’t run or can’t exist without it”


Where is data located? Do you know..


Your Data could be anywhere?

Facebook: world’s most popular website

(1 trillion page views each month)

~ 9% of all internet traffic

Massive IT Data Centers

• Oregon, North Carolina

• Sweden

• Leases space in many more 3rd party DCs

NOTE: 70% of Facebook’s audience is in other countries

Google data center locations

Google:


Do you want it located elsewhere?

Follow the Sun/Moon

Energy rates

Employee rates

Customer support

Disaster preparedness

Active-Active Data Centers

Cloud Bursting

Data Mining


Is your data secure?


Data Breaches

All Data prone to breaches (internal and/or Cloud)

Heartbeat & Shellshock/BASH bug & Poodle

Recent (significant) breaches

• European Central Bank: security breach of a database resultedin 20,000 records being compromised

• Home Depot: malware compromised 56 million credit card payments. Will cost an estimated $62M

• Target: compromised 40 million debit and credit card payments. Will cost an estimated $148M

Forbes – “While the two retail giants may have the wherewithal to absorb the earnings

hiccups that invariably accompany a security breach, smaller and more highly levered companies won’t always be so fortunate.”


Extreme weather events

Disasters can strike a data center at any time

Regardless of whether the cause is Mother Nature or human error

According to a survey conducted by Emerson Network Power, the typical data center in the US experiences an average of two downtime events over the course of two years, and the costs of downtime for an average data center can easily surpass $1 million in less than two years’ time.” – source: The Data Center Journal

http://www.emersonnetworkpower.com/en-US/Solutions/infographics/Pages/State-of-the-Data-Center-2013-Infographic.aspx


What happens when….

What if you lose your whole Data Center

Money can buy……new servers

Money can buy……new network gear

Money can buy……new storage capacity

In the darkest of times, money can even hire new staff

What is the one thing money can’t do?

Money can’t replace data that doesn’t have a secure copy

This is NOT a video game; there are no “do overs”


Solutions to use & manage your data?


Analytics/Big Data

Overview

90% of the data that exists today has been created in the last 2 years

Mining information out of large amounts of information

Real-time analysis vs paralysis

Challenges

Getting data into and out of a Big Data Appliance

Performance/speeds to within the Big Data Appliance

Consideration: Can your existing infrastructure support Analytics?


FUJITSU Power Appliance for SAP HANA

What it is

Pre-installed / pre-configured, tested, SAP validated

In-Memory Database solution

Store and process all data in fast server RAM

Instantly available results

Powerful data compression

One single platform for OLTP and OLAP data

Large RAM enables real-time analysis of large data volumes

SAP HANA DB

Server

Networking Switches

Linux

Internal or external Storage


Flash

Overview

Increases performance of storage (faster & more efficient)

Can be located either at compute or as pooled storage

Flash helps meet the new application & compute performance requirements

Challenges

Integration into existing infrastructure

Management

Consideration: What is the best Flash for my needs


ETERNUS DX200 F - Value Proposition

Delivering full flash performance at lower costs without creating a new storage silo


Flash

EITHER FC or IP (iSCSI or NAS)

80-90% of solid-state arrays are attached to Fibre Channel

Considerations for introducing Flash

Consideration #1: Can your (network) infrastructure support the increase in performance?


Flash

Brocade Gen 5 Fibre Channel

83% of VM workloads run on Fibre Channel

8.2 Tbps of bandwidth for intensive applications

Enables hyper-scale OLTP deployments

4,032 VDI sessions,

at the lowest cost

Scalability

Automatically detect and recover from errors

Validate infrastructure prior to deployment

Minimize downtime with faster troubleshooting

Over 5 nines of

availability

Availability

100% of top 20 VMmarkbenchmarks use Fibre Channel

Empowering 50% application performance increase

420 million frames per second speed

Gen 5 unleashed

4 million IOPS

Performance


Flash

EITHER FC or IP (iSCSI or NAS)

80-90% of solid-state arrays are attached to Fibre Channel

Considerations for introducing Flash

Consideration #1: Can your (network) infrastructure support the increase in performance?

Consideration #2: How will you know if your infrastructure is supporting your applications optimally/efficiently?


Flash

Consideration #2: How will you know if your infrastructure is supporting your applications optimally/efficiently?

Improve OpEx savings through automated actions

Save $1M+ on CapExcosts from 3rd party tools

Validate infrastructure prior to deployment

Reduce Costs

Eliminate 48% of

maintenance cost

Simplify Monitoring

Deploy 15 years

of best practices

in one click

Deploy predefined policies, rules, and actions

Increase instrumentation and granularity

Visualize network health and performance

Increase Availability

Automatically detect and recover from errors

Provide early warning of potential problems

Minimize downtime with faster troubleshooting

Reduce common

network problems%50


Virtualization

Overview

Use of Virtual Machines to optimize server utilization

100% of Fortune 100 companies use virtualization

Next phase: pooling and using automated orchestration mechanism

Challenges

Integration

Controlling & sustaining growth

Consideration: How do I increase my virtualization efforts with my existing

infrastructure


Virtualization

New Server Platforms require New IP infrastructures• Able to handle High performance east-west traffic patterns

• Flexible enough for continued VM Mobility expectations

• Supports the greater IOPs requirements

• More Open architectures to support OpenSource initiatives [OpenDaylight, OpenStack]

Ethernet FabricFibre Channel

Compute

Networking

Storage

Scale Out or Scale Up

Multi-tenant

Heterogeneous

Simplified management (improving OpEx / ROI)

Ap

pli

ance

by

Ap

pli

ance

Con

verg

ed

In

fra

stru

ctu

res


Appliance for VMware EVO: RAIL

Ready-to-run appliance – “hyperconverged”

Four servers, storage, network in a 2 U rack enclosure

Includes VMware virtualization software

For 100 server VMs / 250 desktop VMs

Max. density, min. space & energy

Scales capacity and performance by adding nodes

Business continuity after node failure

Maintenance and support for hard and software

Use cases

VDI, private cloud, server virtualization


vShape

Reference architectures

Various sizes (25 / 50 / 100 VM)

HA configuration for each size

Choice

VMware vSphere or Microsoft Hyper-V

ETERNUS DX or NetApp FAS

Based on standards

No vendor lock-in

Investment protection


Backup & Archiving

Overview

Protecting data

Designed with rapid recovery or longer term retainment

Challenges

Determining solution required for your business

Performance/availability of Application/Appliance

Consideration: Do you have a Backup/Archiving strategy for your Business

Critical data?


Fujitsu ETERNUS CS Data Protection Appliances

ETERNUS CS8000

Complete consolidation of backup

and archiving infrastructures

Unified management of disk,

dedup. disk and tape targets

ETERNUS CS800

Cost efficient backup to disk trough

data deduplication

Easy integration of remote locations

Easy to setup and operate


Fujitsu BaaS (Backup as a Service) - Value Proposition

Provides a fail proof, cloud-based backup and recovery service

Delivered from the Fujitsu Global Cloud Platform

Offers the levels of speed, convenience and reliability demanded by organizations today

Available on Demand & via a self-service interface

Monitor and manage your backups

Store and optimize backup data

Enable rapid and effective recovery


Software Defined Data Center (SDDC)

Overview

Overarching method to control pools of compute, network and storage

• Regardless of physical location

• Regardless of vendor

• Regardless of application

Challenges:

HW that can integrate with SDDC architecture

Need strategy for implementation (Open vs Proprietary)

Consideration: Do you have a SDDC strategy?


Software-defined Storage from Fujitsu

ETERNUS CD10000

ETERNUS

CD10000

Unlimited

Scalability

Open

Standards

Cost

optimized

The new

unified

Immortal

System

Zero

Downtime


Software defined Networking: SDN/NFV

SDN and NFV are complementary concepts

SDN: Software Defined Networking

• “Manipulator”

• Global controller

• Orchestration & automation

NFV: Network Function Virtualization

• “Manipulated”

• Virtual machine-based

• Elastic & agile


SDN (Software Defined Networking)

Logically Centralizes the control plane

Controls heterogeneous:

• L2 switching nodes

• L3 routing

• L4 NAT, Firewall, VPN, Load Balancing


NFV (Network Function Virtualization)

SW instead of HW

Replaces physical devices and runs as VM or image on Server

Less equipment (space/cooling)

Faster deployment

Disaster Recovery

On-Demand


Conclusion


Call to Action

Is your current Infrastructure capable of transforming to meet the requirements of the NEW Data Center?

Do you have a strategy for your important data?

Do you have a Private/Public &/or Hybrid Cloud strategy?

ANSWER: Contact your local Fujitsu team

VISIT the Brocade Booth & Fujitsu Booths for more information


Contacts

Brocade’s Global team supporting Fujitsu: [email protected]

Brocade’s EMEIA team: [email protected]

Brocade’s JAPAN team: [email protected]

mailto:[email protected]



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