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FUJITSU Systems for Critical Environments PRIMEQUEST FY16/17 Juan Valls Business Developer Manager Business & Critical Systems SAP Infrastructure Business

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FUJITSU Systems

forCritical Environments

PRIMEQUEST

FY16/17

Juan VallsBusiness Developer Manager

Business & Critical Systems

SAP Infrastructure Business

Fujitsu Technology SolutionsFUJITSU Juan Valls - Business Developer Manager

SPAIN

SUSECon ‘16: Fujitsu and SUSE

Unrivaled Relationship Making SUSE the Smart Choice

for SAP Workloads• 17+ years of joint testing and development at the SAP LinuxLab

• Joint collaboration on Cloud Foundry

• SUSE Linux Enterprise is the leading platform for SAP workloads on Linux

• Seamless support from SAP and SUSE

• SUSE Linux Server for SAP Applications delivers built-in high availability,

superior performance and security

• First and leading OS for SAP HANA

• The platform powering SAP HANA Enterprise Cloud

• SUSE OpenStack Cloud powers SAP’s HANA Cloud platform

Key SAP Solution Portfolio Offers:PRIMEFLEX for SAP Landscapes

=> for HANA

and non-HANA

SAP

applications

Traditional Innovation with FlexFrame Orchestrator

FlexFrame: TCO savings through innovation

DB2/SAP MaxDB/

SAP Sybase ASE

OS

Server

Storage

Network

VM

OS OS

VMMgmt., HA

Mgmt., HA

Mgmt., HA

Mgmt., HA

Mgmt., HA

Mgmt., HA SAP HANA

OS

Server

Storage

Network

SAP HANA Appliance

Mgmt., HA

Managed by

FlexFrame

Orchestrator

Software Virtualization Layer SAP LVM

Non-

SAP

Oracle/ DB2/ SAP MaxDB/

SAP Sybase ASE & IQSAP HANA

OSVM

Server

Storage

Network

VM

FlexFrame Orchestrator at a glance

FlexFrame Orchestrator Stack

Software Virtualization Layer SAP LVM

Oracle / DB2

SAP MaxDB /

Sybase ASE / Sybase IQ

SAP HANA

OSVM

PRIMERGY Server

Storage

Network

VM

Non-

SAPNon-

SAP

FasterEasier

CheaperBetter

Management

FlexFrame

Orchestrator

Software

CN

CN

Cheaper Operations with Shared OS

With shared OS only one copy of an operating system has to be maintained

for a complete SAP environment reducing maintenance efforts significantly

Operating Images in an traditional landscape FlexFrame “single” shared OS

OS OS OS OS OS OS

OS OS OS OS OS

OS OS OS OSOS OS

OS

VM VM VM VM VM VM

OS OS OS OS OSOS

VM VM VM VM VM VM

VM VM VM VM VM VM

OS OS OS OS OS

OS OS OS OSOS OS

OS

VM VM VM VM VM VM

OS OS OS OS OSOS

OS

VM VM VM VM VM VM

VM VM VM VM VM VM

VM VM VM VM VM VM

VM VM VM VM VM VM

Faster & Better: FlexFrame OS Upgrade

Saves up to 5h administration time per (virtual) server Reduction

of planned application downtime up to 4 h

Traditional

Data Center

Backup/Restore

Time and Money

FlexFrame

Downtime of Application

Shutdown

Application

Upgrade the OS

(and test)

Start the

Application

Shutdown

Application

Upgrade the OS

(and test)

Start the

Application

Shutdown

Application

Upgrade the OS

(and test)

Start the

Application

Shutdown

Application

Upgrade the OS

(and test)

Start the

Application

Shutdown

Application

Upgrade the OS

(and test)

Start the

Application

Shutdown

Application

Start the

Application

Upgrade

the OS Shutdown

Application

Start the

ApplicationShutdown

Application

Start the

ApplicationShutdown

Application

Start the

ApplicationShutdown

Application

Start the

Application

Multi-Tenancy with FlexFrame Pools

Pools are separated with VLAN technology

Each pool has a dedicated storage, server and client VLAN

Pools can be viewed as e.g. a customer or department

which do not share servers as common resource.

The control center supervises multiple pools. This gives

control over multiple customers or departments without the

need of multiple control nodes.

Customer benefits:

‒ more customers on one FlexFrame and still single

point of control and necessary security

‒ ideal for SAP hosting and service partners

‒ pools can also be used for cloning of SAP services

without SAP post-processing

‒ or to separate critical SAP services e.g. HR

OS OS

OS OS

OS OS

OS OS

Mission Critical x86PARTITIONING & Dynamic

Reconfiguration

FUJITSU Server PRIMEQUEST

What does the market say?D

em

an

d f

or

x8

6 s

ys

tem

s r

iva

lin

g m

ain

fra

me

an

d U

NIX

CPU Forecast

0

10

20

30

40

50

60

2012 2013 2014 2015 2016 2017 2018 2019 2020

$m

IA64

Other

RISC

X86

Charts/graphics created by Fujitsu based on Gartner research. Source:

Forecast: Servers, All Countries, 2013-2020, 1Q16 Update, G00304144

FUJITSU Server PRIMEQUEST

Critical workload processing revolutionized

FUJITSU Server PRIMEQUEST systems provide a new operational efficiency

for business critical computing with truly open standards.

FUJITSU Server PRIMEQUEST systems combine

The power of the latest Intel® Xeon® E7 v4 family processors

The standard specifications of Microsoft Windows and Linux operating systems

The wealth of market solutions with innovative fault immune system architecture

Resulting in highest availability and business continuity

PRIMEQUEST systems hereby meet the demands of customers in

environments such as extensive databases, e.g. SAP, financial and

telecommunication processing and cost-efficient migration scenarios from

Mainframe/UNIX to x86-architecture.

Sta

nd

ard

x86

Ad

van

ced

x86

PR

IME

QU

ES

T*

Mission-critical? No problem with PQ!

Mis

sio

n-

an

d b

usin

ess-c

riti

cal co

mp

uti

ng

cap

ab

ilit

ies

The extended RAS features of PRIMEQUEST minimize this number significantly.

Hot-plug HDD/SSD

Hot-plug redundant PSU

Hot-plug redundant fans

Hot-plug I/O unit

Dynamic Reconfiguration incl. reserved system board

Enterprise Intel RASfeatures for CPU and memory

Software & Hardware RAID

*limitations apply for B-model

Physical Partitioning

Hot-plug HDD/SSD

Hot-plug redundant PSU

Hot-plug redundant fans

Advanced Intel RAS features for CPU and memory

Software & Hardware RAID

Hot-plug HDD/SSD

Hot-plug redundant PSU

Hot-plug redundant fans

Basic Intel RAS featuresfor CPU and memory

FUJITSU Server PRIMEQUEST

PRIMEQUEST 2800E3

Ambidextrous, rack-optimized enterprise systems making Mainframe/UNIX available on a

x86-platform for more operational efficiency while maintaining critical computing abilities

Critical workload processing

revolutionized

PRIMEQUEST 2800B3 PRIMEQUEST 2400E3

No time for downtimeGrow your business with vast

performance and business-

critical reliability on x86

PRIMEQUEST 2800E3: System View PQ2800E3 System Chassis (10U)

‒ 1-4 System Board

• 2x Xeon E7v4 Processors [6-24cores] (Max 8

Processors and 192 cores)

• 4x Internal SSD/HDD (Max 16x)

• Up to 24TB Main Memory (DDR4) with 128G LR-

DIMM

‒ 1-4 IOU PCIe Gen3 slots

• Dual port GbE + PCIe Gen3 Slots (4x LP)

• Dual port 10GbE + PCIe Gen3 Slots (2x FH(16x

lanes) + 1x LP)

‒ 1-2 Disk Units (2-8 HDD/SSD slots)

‒ 1-2 MMB (Management-Board, Service-Processor)

‒ 4-6 PSU/FAN Units

‒ Midplane (passive) for all internal connectivity

connections

• QPI-connection between System Boards

• I²C Control-Bus MMB to all modular components

• x16Lane /x8Lane /x4Lane connectivity

Hot-plug

components

such as PSU,

HDD, reserved

system boards

Management

Board for easy

administration

Nexperience

Design to

immediately

identify all

“touchable” parts

PQ 2800E Mission Critical 8socket Enterprise Model System Block Diagram

PQ 2800E

Processors Up to 8 Processor

Intel Xeon E7-88xx v4

Memory Up to 24 TB Memory

(with in 8 Processor)

Input / Output Up to 4 IOU with up to 16 PCIe

V3.0 slots

HDD /SSD slots Up to 24 HDD bay‘s

(16 in SB‘s and 8 in DU‘s)

External PCI-Express Expansion

Boxes

Up to 4 external PCI

Expansions boxes

Partitioning Yes

Reserved SB Yes

DR (Dynamic Reconfiguration) Yes

Flexible IO or Fixed IO Flexible IO

MMB Up to 2

PRIMEQUEST RAS feature: PPAR

Physical Partitioning (PPAR), provides multiple Physical Partition blocks in one cabinet

‒ A different OS can be operated in each partition

‒ The partitions can be configured flexibly by using flexible I/O and reserved SBs

‒ Multiple workloads can be operated in a single cabinet, supported thru

• Multiple servers operated as Physical Partition

• or extended Partition

‒ A failure in one partition, doesn’t affect the others

PCI Express

Card

IOU

#0

PCI Express

Card

PCI Express

Card

PCI Express

Card

Configura

tion e

xam

ple

: 8 s

ocket m

odel

SB#0 SB#2 SB#3

PCI Express Switch

IOU

#1

IOU

#2

IOU

#3

PCI Express Switch

PCI Express Switch

SB#1

QPI Network

PCI Express Switch

Workload

PRIMEQUEST RAS feature: PPAR

Physical Partitioning (PPAR), provides multiple Physical Partition blocks in one cabinet

‒ A different OS can be operated in each partition

‒ The partitions can be configured flexibly by using flexible I/O and reserved SBs

‒ Multiple workloads can be operated in a single cabinet,

• Multiple servers operated as Physical Partition

• or extended Partition

‒ A failure in one partition, doesn’t affect the others

PCI Express

Card

IOU

#0

PCI Express

Card

PCI Express

Card

PCI Express

Card

Configura

tion e

xam

ple

: 8 s

ocket m

odel

SB#0 SB#2 SB#3

PCI Express Switch

IOU

#1

IOU

#2

IOU

#3

PCI Express Switch

PCI Express Switch

SB#1

QPI Network

PCI Express Switch

Workload

PRIMEQUEST RAS feature: PPAR

Physical Partitioning (PPAR), provides multiple Physical Partition blocks in one cabinet

‒ A different OS can be operated in each partition

‒ The partitions can be configured flexibly by using flexible I/O and reserved SBs

‒ Multiple workloads can be operated in a single cabinet, supported thru

• Multiple servers operated as Physical Partition

• or extended Partition

‒ A failure in one partition, doesn’t affect the others

PCI Express

Card

Partition A

Workload A

IOU

#0

PCI Express

Card

PCI Express

Card

PCI Express

Card

Configura

tion e

xam

ple

: 8 s

ocket m

odel

SB#0 SB#2 SB#3

PCI Express Switch

IOU

#1

IOU

#2

IOU

#3

PCI Express Switch

PCI Express Switch

SB#1

QPI Network

PCI Express Switch

Partition B

Workload B

Partition C

Workload C

Partition D

Workload D

PRIMEQUEST RAS feature: PPAR

Physical Partitioning (PPAR), provides multiple Physical Partition blocks in one cabinet

‒ A different OS can be operated in each partition

‒ The partitions can be configured flexibly by using flexible I/O and reserved SBs

‒ Multiple workloads can be operated in a single cabinet, supported thru

• Multiple servers operated as Physical Partition

• or extended Partition

‒ A failure in one partition, doesn’t affect the others

PCI Express

Card

Partition A Partition B

Workload A Workload B Workload C

IOU

#0

PCI Express

Card

PCI Express

Card

PCI Express

Card

Configura

tion e

xam

ple

: 8 s

ocket m

odel

SB#0 SB#2 SB#3

Partition C

PCI Express Switch

IOU

#1

IOU

#2

IOU

#3

PCI Express Switch

PCI Express Switch

SB#1

QPI Network

PCI Express Switch

Extended Partitions divide Physical Partitions‒ Each partition operates independently

‒ It helps use system resources more efficiently

‒ PQ2800E : Max. 8 extended partitions

‒ Minimum configuration ext. partition: 1 core, 4GB memory ( granularity is 1GB )

What is Extended Partition?

SB1 SB2 SB3 SB4

Physical Partition

1 2 3

Unused hardware resources

Extended PartitionSB1 SB2 SB3 SB2

1 2 3 4 5

More flexible use of hardware resources

PRIMEQUEST RAS feature: PPAR & XPAR

CPU

CPU

Me

mo

rie

s

I/O

Unit

I/O

Box

HDD/

SSD

CPU

CPU

Me

mo

rie

s

I/O

Unit

HDD/

SSD

I/O

Box

CPU

CPU

Me

mo

rie

s

I/O

Unit

HDD/

SSD

I/O

Box

CPU

CPU

Me

mo

rie

s

I/O

Unit

HDD/

SSD

I/O

Box

Dis

k U

nit

HD

D/S

SD

Dis

k U

nit

HD

D/S

SD

Fro

nt

Re

ar

PQ 2x00E3 with

physical partitioning

can be separated into 4

electrically isolated

partitions.

Failures in one partition

do not affect any other

partition

Allows for a reserved

system board that can

be used for test or

development workloads

Any partition can be

run with any OS

certified to consolidate

multiple platforms in

one chassis

Operational costs can

be reduced effectively

Mis

sio

n-

an

d b

usin

ess-c

riti

cal co

mp

uti

ng

cap

ab

ilit

ies

PP

AR

#1

PP

AR

#2

PP

AR

#3

PP

AR

#4

Moreover: PQ 2x00E3

with Extended

Partitioning and

Extended Socket

can consolidate up to

eight separate, physical

systems

Operational costs can

thus be reduced

effectively

Exten

ded

Partiti

on #1

Exten

ded

Partiti

on #2

Exten

ded

Partiti

on #3

Exten

ded

Partiti

on #4

Exten

ded

Partiti

on #5

Exten

ded

Partiti

on #6

Exten

ded

Partiti

on #7

Exten

ded

Partiti

on #8

PRIMEQUEST RAS feature: PPAR & XPAR

CPU

CPU

Me

mo

rie

s

I/O

Unit

I/O

Box

HDD/

SSD

CPU

CPU

Me

mo

rie

s

I/O

Unit

HDD/

SSD

I/O

Box

CPU

CPU

Me

mo

rie

s

I/O

Unit

HDD/

SSD

I/O

Box

CPU

CPU

Me

mo

rie

s

I/O

Unit

HDD/

SSD

I/O

Box

Dis

k U

nit

HD

D/S

SD

Dis

k U

nit

HD

D/S

SD

Fro

nt

Re

ar

PQ 2x00E3 with

physical partitioning

can be separated into 4

electrically isolated

partitions.

Failures in one partition

do not affect any other

partition

Allows for a reserved

system board that can

be used for test or

development workloads

Any partition can be

run with any OS

certified to consolidate

multiple platforms in

one chassis

Operational costs can

be reduced effectively

Mis

sio

n-

an

d b

usin

ess-c

riti

cal co

mp

uti

ng

cap

ab

ilit

ies

PP

AR

#1

PP

AR

#2

PP

AR

#3

PP

AR

#4

Moreover: PQ 2x00E3

with Extended

Partitioning and

Extended Socket

can consolidate up to

eight separate, physical

systems

Operational costs can

thus be reduced

effectively

Exten

ded

Partiti

on #1

Extended

Partition #2

Extended

Partition #3

Exten

ded

Partiti

on #5

Exten

ded

Partiti

on #4

Efficiency and flexibility feature:Extended Partitioning

Partition #2

Partition #1

App

OS

CPU

App

OS

CPU

Partition #4

Partition #3

App

OS

CPU

App

OS

CPU

CPU CPU CPU CPU CP

U #

1C

PU

#2

Core

Core

Core Core

Core

Core

Core Core

Core

Core

CoreCore

Core

Core

Core

Core

CoreCore

Partition #4.1

Partition #4.2

App

OS

App

OS

Core

Core

Core Core

Core

Core

Core Core

Core

Core

CoreCore

Core

Core

Core

Core

CoreCore

XPAR (Minimum configuration): 1 core, 4GB memory (

granularity is 1GB )

Resilient RAS-features:Dynamic Reconfiguration

Performance saturated

due to resource shortage

Performance improved

due to sufficient resource

Partition #1 Partition #2 Partition #1 Partition #2

CPU

CPU

CPU

CPU

CPU

CPU

CPU

CPU

Me

mo

rie

s

Me

mo

rie

s

Me

mo

rie

s

Me

mo

rie

s

CPU

CPU

CPU

CPU

CPU

CPU

CPU

CPU

Me

mo

rie

s

Me

mo

rie

s

Me

mo

rie

s

Me

mo

rie

s

Online

Recon-

figuration

Partition

#n

Reserved

SB#1Home

SB#0

CPU

CPU

CPU

CPU

Me

mo

rie

s

Me

mo

rie

s

Type of Dynamic Reconfiguration Operations

SB hot-add SB hot-remove

IOU#0 IOU#1

Reserved

SB#1Home

SB#0

CPU

CPU

CPU

CPUM

em

orie

s

Me

mo

rie

s

IOU#0 IOU#1

Partition

#n

Partition

#n

Reserved

SB#1Home

SB#0

CPU

CPU

CPU

CPU

Me

mo

rie

s

Me

mo

rie

s

IOU#0 IOU#1

Reserved

SB#1Home

SB#0

CPU

CPU

CPU

CPU

Me

mo

rie

s

Me

mo

rie

s

IOU#0 IOU#1

Partition

#n

hot

remove

&

replace

hot add

ERROR

Partition

#n

Home

SB#0

CPU

CPU

Me

mo

rie

s

Type of Dynamic Reconfiguration Operations

IOU hot-add IOU hot-remove

IOU#0 IOU#1

Home

SB#0

CPU

CPUM

em

orie

s

IOU#0 IOU#1

Partition

#n

hot

remove

&

replace

hot add

Home

SB#0

CPU

CPU

Me

mo

rie

s

IOU#0 IOU#1

Partition

#n

ERROR

Partition

#n

Home

SB#0

CPU

CPU

Me

mo

rie

s

IOU#0 IOU#1

Application never stops

for hardware maintenance

Replace hardware unit without stopping applications.

‒ Unlike PCI hot plug technology, even sensitive hardware units such as CPU and memory

could be replaced.

ApplicationDynamically add

reserved-SB to LINUX partition

Replace defeated unit

1 Hardware error occurs

Add Reserved-SB

4 Normal operation

Reserved-SB

2

ApplicationReserved-SB

Mem

ory

CPU

ERR

Mem

ory

CPU

Mem

ory

Use case of Dynamic Reconfiguration

Mirror

Memory mirroring

protects application

Application

Mem

ory

CPU

ERR

Mem

ory

CPU

Mem

ory

Mirror

Dynamically remove

broken unit from partition

4 Normal operation

ApplicationBroken SB

ERR

PRIMEQUEST RAS feature: summary PPAR

Mis

sio

n-

an

d b

usin

ess-c

riti

cal co

mp

uti

ng

cap

ab

ilit

ies

PPAR = physical isolated server partitions

‒ 4 PPAR for FUJITSU Server PRIMEQUEST 2800E3

‒ 8 extended partitions

Enables 1,2,4,

6 or 8

independent

servers in one

system

management

and system

image entity

with up to

24TB main

memory

Granularity in

number of

complete

system boards

(#0,1,2,3),

HDD and IO-

units

Can be

combined with

dynamic

reconfiguration

for online

resource

handling (SB /

IOU)

Single or multi-

partition can be

combined with

RSB

(Reserved

System Board)

to protect

against SB-

Failure or for

reserved

resources e.g.

for workload

peaks

Partitions are

managed by

MMB with no

separate

server

management

software and

servers

Needs no

additional

software

license fee,

Standard

function with

each E-Model

Performance ≠ Bottleneck

Perf

orm

an

ce t

o d

eliv

er

extr

ao

rdin

ary

resu

lts in

sh

ort

er

tim

e PRIMEQUEST 2800E3 holds…

A world record in a 2-socket x86 system configuration for Technical

Computing Throughput (SPECfp_rate_base2006 with a score of 1180)

A world record in I a 8-socket x86 system configuration for Technical

Computing Throughput (SPECfp_rate_base2006 with a score of 4410)

A world record in a 8-socket x86 system configuration for Server

Throughput (SPECint_rate_base2006 with a score of 6930)

A world record in a 8-socket x86 system configuration under Windows for

Database Transactions (SAP SD 2-Tier with a score of 74000 Users)

Maximize los beneficios de su empresa con Fujitsu HW y Servicios