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FUJITSU
Systems
for
Critical Environments
PRIMEQUEST
FY16/17
Juan Valls
Business Developer Manager
Business & Critical Systems
SAP Infrastructure Business
Fujitsu Technology Solutions
FUJITSU
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
VM
Mgmt., 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 & IQ
SAP HANA
OS
VM
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
OS
VM
PRIMERGY Server
Storage
Network
VM
Non-
SAP
Non-
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 x86
PARTITIONING & Dynamic
Reconfiguration
FUJITSU Server
PRIMEQUEST
What does the market say?
Demandforx86systemsrivalingmainframeandUNIX
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.
Standardx86
Advancedx86
PRIMEQUEST*
Mission-critical? No problem with PQ!
Mission-andbusiness-criticalcomputingcapabilities
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 RAS
features 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 features
for 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
Configurationexample:8socketmodel
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
Configurationexample:8socketmodel
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
Configurationexample:8socketmodel
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
Configurationexample:8socketmodel
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 Partition
SB1 SB2 SB3 SB2
1 2 3 4 5
More flexible use of hardware resources
PRIMEQUEST RAS feature: PPAR & XPAR
CPU
CPU
Memories
I/O
Unit
I/O
Box
HDD/
SSD
CPU
CPU
Memories
I/O
Unit
HDD/
SSD
I/O
Box
CPU
CPU
Memories
I/O
Unit
HDD/
SSD
I/O
Box
CPU
CPU
Memories
I/O
Unit
HDD/
SSD
I/O
Box
DiskUnit
HDD/SSD
DiskUnit
HDD/SSD
FrontRear
 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
Mission-andbusiness-criticalcomputingcapabilities
PPAR#1
PPAR#2
PPAR#3
PPAR#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
Memories
I/O
Unit
I/O
Box
HDD/
SSD
CPU
CPU
Memories
I/O
Unit
HDD/
SSD
I/O
Box
CPU
CPU
Memories
I/O
Unit
HDD/
SSD
I/O
Box
CPU
CPU
Memories
I/O
Unit
HDD/
SSD
I/O
Box
DiskUnit
HDD/SSD
DiskUnit
HDD/SSD
FrontRear
 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
Mission-andbusiness-criticalcomputingcapabilities
PPAR#1
PPAR#2
PPAR#3
PPAR#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
CPU#1CPU#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
Memories
Memories
Memories
Memories
CPU
CPU
CPU
CPU
CPU
CPU
CPU
CPU
Memories
Memories
Memories
Memories
Online
Recon-
figuration
Partition
#n
Reserved
SB#1
Home
SB#0
CPU
CPU
CPU
CPU
Memories
Memories
Type of Dynamic Reconfiguration Operations
 SB hot-add  SB hot-remove
IOU#0 IOU#1
Reserved
SB#1
Home
SB#0
CPU
CPU
CPU
CPU
Memories
Memories
IOU#0 IOU#1
Partition
#n
Partition
#n
Reserved
SB#1
Home
SB#0
CPU
CPU
CPU
CPU
Memories
Memories
IOU#0 IOU#1
Reserved
SB#1
Home
SB#0
CPU
CPU
CPU
CPU
Memories
Memories
IOU#0 IOU#1
Partition
#n
hot
remove
&
replace
hot add
ERROR
Partition
#n
Home
SB#0
CPU
CPU
Memories
Type of Dynamic Reconfiguration Operations
 IOU hot-add  IOU hot-remove
IOU#0 IOU#1
Home
SB#0
CPU
CPU
Memories
IOU#0 IOU#1
Partition
#n
hot
remove
&
replace
hot add
Home
SB#0
CPU
CPU
Memories
IOU#0 IOU#1
Partition
#n
ERROR
Partition
#n
Home
SB#0
CPU
CPU
Memories
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.
Application
Dynamically add
reserved-SB to LINUX partition
Replace defeated unit
1 Hardware error occurs
Add Reserved-SB
4 Normal operation
Reserved-SB
2
ApplicationReserved-SB
Memory
CPU
ERR
Memory
CPU
Memory
Use case of Dynamic Reconfiguration
Mirror
Memory mirroring
protects application
Application
Memory
CPU
ERR
Memory
CPU
Memory
Mirror
Dynamically remove
broken unit from partition
4 Normal operation
ApplicationBroken SB
ERR
PRIMEQUEST RAS feature: summary PPAR
Mission-andbusiness-criticalcomputingcapabilities
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
Performancetodeliverextraordinaryresultsinshortertime
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

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SUSE Expert Days 2017 FUJITSU

  • 1. FUJITSU Systems for Critical Environments PRIMEQUEST FY16/17 Juan Valls Business Developer Manager Business & Critical Systems SAP Infrastructure Business
  • 2. Fujitsu Technology Solutions FUJITSU Juan Valls - Business Developer Manager SPAIN
  • 3. 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
  • 4. Key SAP Solution Portfolio Offers: PRIMEFLEX for SAP Landscapes => for HANA and non-HANA SAP applications
  • 5. Traditional Innovation with FlexFrame Orchestrator FlexFrame: TCO savings through innovation DB2/SAP MaxDB/ SAP Sybase ASE OS Server Storage Network VM OS OS VM Mgmt., 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 & IQ SAP HANA OS VM Server Storage Network VM
  • 6. FlexFrame Orchestrator at a glance FlexFrame Orchestrator Stack Software Virtualization Layer SAP LVM Oracle / DB2 SAP MaxDB / Sybase ASE / Sybase IQ SAP HANA OS VM PRIMERGY Server Storage Network VM Non- SAP Non- SAP FasterEasier CheaperBetter Management FlexFrame Orchestrator Software CN CN
  • 7. 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
  • 8. 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
  • 9. 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
  • 10. Mission Critical x86 PARTITIONING & Dynamic Reconfiguration FUJITSU Server PRIMEQUEST
  • 11. What does the market say? Demandforx86systemsrivalingmainframeandUNIX 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
  • 12. 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.
  • 13. Standardx86 Advancedx86 PRIMEQUEST* Mission-critical? No problem with PQ! Mission-andbusiness-criticalcomputingcapabilities 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 RAS features 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 features for CPU and memory
  • 14. 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
  • 15. 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
  • 16. 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
  • 17. 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 Configurationexample:8socketmodel 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
  • 18. 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 Configurationexample:8socketmodel 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
  • 19. 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 Configurationexample:8socketmodel 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
  • 20. 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 Configurationexample:8socketmodel 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
  • 21.  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 Partition SB1 SB2 SB3 SB2 1 2 3 4 5 More flexible use of hardware resources
  • 22. PRIMEQUEST RAS feature: PPAR & XPAR CPU CPU Memories I/O Unit I/O Box HDD/ SSD CPU CPU Memories I/O Unit HDD/ SSD I/O Box CPU CPU Memories I/O Unit HDD/ SSD I/O Box CPU CPU Memories I/O Unit HDD/ SSD I/O Box DiskUnit HDD/SSD DiskUnit HDD/SSD FrontRear  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 Mission-andbusiness-criticalcomputingcapabilities PPAR#1 PPAR#2 PPAR#3 PPAR#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
  • 23. PRIMEQUEST RAS feature: PPAR & XPAR CPU CPU Memories I/O Unit I/O Box HDD/ SSD CPU CPU Memories I/O Unit HDD/ SSD I/O Box CPU CPU Memories I/O Unit HDD/ SSD I/O Box CPU CPU Memories I/O Unit HDD/ SSD I/O Box DiskUnit HDD/SSD DiskUnit HDD/SSD FrontRear  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 Mission-andbusiness-criticalcomputingcapabilities PPAR#1 PPAR#2 PPAR#3 PPAR#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
  • 24. 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 CPU#1CPU#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 )
  • 25. 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 Memories Memories Memories Memories CPU CPU CPU CPU CPU CPU CPU CPU Memories Memories Memories Memories Online Recon- figuration
  • 26. Partition #n Reserved SB#1 Home SB#0 CPU CPU CPU CPU Memories Memories Type of Dynamic Reconfiguration Operations  SB hot-add  SB hot-remove IOU#0 IOU#1 Reserved SB#1 Home SB#0 CPU CPU CPU CPU Memories Memories IOU#0 IOU#1 Partition #n Partition #n Reserved SB#1 Home SB#0 CPU CPU CPU CPU Memories Memories IOU#0 IOU#1 Reserved SB#1 Home SB#0 CPU CPU CPU CPU Memories Memories IOU#0 IOU#1 Partition #n hot remove & replace hot add ERROR
  • 27. Partition #n Home SB#0 CPU CPU Memories Type of Dynamic Reconfiguration Operations  IOU hot-add  IOU hot-remove IOU#0 IOU#1 Home SB#0 CPU CPU Memories IOU#0 IOU#1 Partition #n hot remove & replace hot add Home SB#0 CPU CPU Memories IOU#0 IOU#1 Partition #n ERROR Partition #n Home SB#0 CPU CPU Memories IOU#0 IOU#1
  • 28. 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. Application Dynamically add reserved-SB to LINUX partition Replace defeated unit 1 Hardware error occurs Add Reserved-SB 4 Normal operation Reserved-SB 2 ApplicationReserved-SB Memory CPU ERR Memory CPU Memory Use case of Dynamic Reconfiguration Mirror Memory mirroring protects application Application Memory CPU ERR Memory CPU Memory Mirror Dynamically remove broken unit from partition 4 Normal operation ApplicationBroken SB ERR
  • 29. PRIMEQUEST RAS feature: summary PPAR Mission-andbusiness-criticalcomputingcapabilities 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
  • 30. Performance ≠ Bottleneck Performancetodeliverextraordinaryresultsinshortertime 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)
  • 31. Maximize los beneficios de su empresa con Fujitsu HW y Servicios