IBM Corporation

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p570 BladeCenter JS21/JS22 p5-595 p5-560Q p550 p5-510/Q p5-505/Q p520 i570 _i595 i550 i525 i515

System i

BladeCenter

JS12/JS22 Power 520 Power 550 Power 570

System p

Power = i + p

Nouvelle génération de Serveurs Power

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Famille IBM Power Systems

Power Servers

BladeCenter JS12/JS22 Power 550 Express Power 570 Power 520 Express

Blue Gene

Cell Solutions /

Power 595

Power 575

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IBM i

i 6.1 now available

Support des BladeCenters

Stratégie SAN pour les grands clients

Partitions virtuelles I avec PowerVM

Software cryptés pour données et backups

JVM, partagé avec AIX et Linux

Web-based Systems Director Navigator

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POWER7

2007 2008

POWER6 570 & i5/OS V6R1 Preview

IBM i 6.1

POWER6 Systems

POWER6 Blade with IBM i

Roadmap

2010

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POWER6 Processor Technology

• 6

th

_{generation of POWER™ processors}

•

5

th

_{implementation of multi-core design}

•

12

th

_{generation of 64-bit RISC processors}

• Huge GHz increase

– Power 520 4.2 GHz vs. POWER5/POWER5+ 1.5 - 1.9 GHz – Power 550 4.2 GHz vs. POWER5/POWER5+ 1.65 - 1.9 GHz – Power 570 4.7 GHz vs. POWER5/POWER5+ 1.65 - 2.2 GHz – Power 595 5.0 GHz vs. POWER5/POWER5+ 1.65 - 2.3 GHz

• 4X L2 Cache increase

• 2 cores per chip (1 core = 1 processor)

• 1 chip = 2-way

(like POWER5 & POWER5+)

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Power 520

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Power 520 1-core

_{• 1-way offering}

• 4.2 GHz POWER6 processor technology

• Up to 4300 CPW

• User based licensing for IBM i

(V5R4 or later)

• Express Configuration structure

• No HSL- or 12X-attached I/O drawers

• No additional disk drawers

• Max 16GB memory

• Much like POWER5+ 515 except

– POWER6 chip

– SAS internal disk/tape (bigger write

cache)

– No IOP support

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Power 520 2-core

_{• 1/2-way offering}

• 4.2 GHz POWER6 processor technology

• Up to 8300 CPW

• User based licensing for IBM i

(V5R4 or later)

• Express Configuration structure

• 1 optional loop: HSL-2 or 12X

• Up to 6 HSL or 4 12X I/O drawers

• Up to 32GB memory

• Like POWER5+ 525 except

– POWER6 chip

– SAS internal disk/tape (bigger write cache) – IOP support only in HSL-2 I/O drawers

– SAS or SCSI disk expansion – 12X loop technology

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Power 520 Memory

• 4 DIMM slots (1-core or 2-core Power 520)

• DIMMS: 512MB, 1GB, 2GB, 4GB, 8GB*

(*8GB is 2-core only)

• Plugged in pairs. 1 feature code = 1 pair

• Can NOT mix different size DIMMs

(order it right initially!)

• Memory not compatible with POWER5 520 or POWER5+ 515/525

GB Memory Capacity with

32 16 8GB * 16 8 4GB 8 4 2GB 4 2 1GB 2 1 512MB Two Pair One Pair DIMM size

* 8GB DIMM or 16GB feature only for 2-core 520

16 #4524 * 8 #4523 4 #4522 2 #4521 1 #4520 Feature GB Feature Code

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Compare Power 520 1-core POWER5+ 515

Requires PowerVM (APV) V5.4 or later

P05 No

Up to 4 1GB ports (IVE) & 2 HMC ports

SAS: 36GB 4mm and LTO-4 (New !!!)

Max 1700GB, SAS 70, 140, or 284 GB

2 to 6. All six drives run by imbedded controller. No PCI slot

required. 175MB protected

Yes, with V6.1 zero

3 PCIe, 2 PCI-X DDR max 16GB, 4DIMM slots

POWER6 4.2 GHz 1w

POWER6 9407-M15

2 to 8. 2nd _{set of 4 drives run by}

90MB write cache disk controller using a PCI slot

Number of disk drives. (all drives are 3.5-inch, 15k rpm drives)

Requires APV Micro-Partitioning V5.4 or later i version/release required P05 Software tier

Yes, for 5 PCI-X slots IOP & IOP-based IOA support

POWER5+ 1.9 GHz Processor chip

max 16GB, 8DIMM slots Memory

40MB imbedded controller write cache

2 1GB ports & 2 HMC ports Built in Ethernet ports

SCSI: 36GB 4mm, 30GB QIC, LTO-2

Tape drive options in CEC

Max 560GB, SCSI 70GB Disk drives available (internal)

No Support Fibre Channel

zero HSL / 12X Loops

5 PCI-X, 1 PCI-X DDR Number of PCI slots

1w or 2w N-way (cores)

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Compare Power 520 2-core to POWER5+ 525

No Yes 9x5 NBD 1yr Requires PowerVM V5.4 or later P10

No, (need HSL-attached I/O) Up to 4 1GB ports (IVE) & 2

HMC ports SAS: 36GB 4mm and LTO-4 (New !!!) 0 to 6 (one set of six)

175MB protected Max 1 (HSL or 12X)

3 PCIe, 2 PCI-X DDR max 32GB, 4DIMM slots

4300 / 8300 1/2w

4.2 GHz, 8MB/0MB cache

POWER6 9408-M25

Yes On/Off CoD (temporary activation)

1.9 GHz, 1.9MB/36MB cache 2 core chip: GHz & L2/L3 cache

3800 / 7100 CPW rating

Yes Upgrades into system

24x7 SBD 1yr Warranty/maintenance

0 to 8 (two sets of four) Number of disk drives in CEC

(3.5-inch, 15k rpm drives) Included Micro-Partitioning V5.4 or later i version/release required P10 Software tier

Yes, for 5 PCI-X slots IOP & IOP-based IOA support in CEC

max 32GB, 8DIMM slots Memory

40MB imbedded controller write cache

SCSI: 36GB 4mm, 30GB QIC, 50GB QIC, LTO-2

Tape drive options in CEC

Max 1 HSL HSL / 12X Loops

5 PCI-X, 1 PCI-X DDR Number of PCI slots in CEC

1/2w N-way (cores - min active/present)

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Power 550

• Very much like the Power 520 just discussed

–Same PCIe & PCI-X slot quantity/mix in CEC

–Same SAS internal disk/tape/controller

–Same 4U size and same front appearance

–Same memory DIMMs

–Etc., etc., etc.

• Differences

–2x cores (1/4-way) with L3 cache

–4x memory max memory, plugging rules

–2x HSL-RIO / 12X loops

(2nd _{loop fills PCIe slot)}

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Power 550 Memory

• 8 DIMM slots per processor card -- 16 DIMMs slots in 4-core 550 • DIMMS: 512MB, 1GB, 2GB, 4GB, 8GB

• Plugged in pairs. 1 feature code = 1 pair • Minimum of 1 feature per processor card

• Can NOT mix different size DIMMs on same processor card (order it right

initially!) Can have different size DIMMs on same server.

• Same memory as Power 520

• Memory not compatible with POWER5/POWER5+ 550/520

32 16 8 4 2 2 Pair 16 8 4 2 1 1 Pair

One proc card GB memory capacity with

64 48 8GB 32 24 4GB 16 12 2GB 8 6 1GB 4 3 512MB 4 Pair 3 Pair DIMM size 16 #4524 8 #4523 4 #4522 2 #4521 1 #4520 Feature GB Feature Code

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Power 550 Upgrade Paths

POWER6

POWER5 /

POWER5+

550 4-core

No upgrade to Power 570 Upgrade to 9406-MMA withdrawn 2008 July 8 as 9406-MMA is withdrawn No upgrade in to 550

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Compare 9406-550 to 9409-M50

12 HSL/RIO or 8 12X 12 HSL/RIO

Max number I/O drawers/towers

No Yes

On/Off CoD (temporary activation)

4800 / 18000 3800 / 14000

CPW (1-core active / 4-core active)

4.2 GHz, 8MB/32MB cache 1.9 GHz, 1.9MB/36MB cache

2-core chip: GHz & L2/L3 cache

Yes Yes

Upgrades into system

9x5 NBD 1-year 24x7 SBD 1-year

Warranty/Maintenance

0 to 6 SAS (one set of six) 0 to 8 SCSI (two sets of four)

Number of disk drives in CEC (3.5-inch, 15k rpm drives) Requires PowerVM Included Micro-Partitioning V5.4 or later V5.3 or later i5/OS required P20 P20 Software tier

No, (need HSL-attached I/O) Yes

IOP & IOP-based IOA support in CEC

max 128GB, 16DIMM slots max 64GB, 16DIMM slots

Memory

175MB (protected) 40MB

imbedded controller write cache

Up to 4 1GB more flexible ports (IVE) & 2 HMC ports

SAS: 36GB 4mm , and LTO-4 (New !!!) SCSI: 36GB 4mm, 30GB QIC,

LTO-2 Tape drive options in CEC

Max 2 (HSL/RIO and/or 12X) Max 2 HSL/RIO

HSL/RIO & 12X Loops

3 PCIe, 2 PCI-X DDR 5 PCI-X

Max number of PCI slots in CEC

1/4w (4-core) 1/4w (4-core)

N-way

POWER6 9409-M50 POWER5+ 9406-550

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Power 520/550 Optional 175MB Write

Cache #5679

• Augments disk performance and provides RAID-5 and RAID-6

capability for imbedded SAS disk controller

• Does not use a PCI slot

• Protected cache. Really two cards. 2

nd

_{card provides}

auxiliary write cache and battery

(CCIN 57B7=aux cache, 57B8=write

cache)

• Protected write cache

– Auxiliary cache holds duplicate copy of write cache data.

If write cache fails, content can be restored from auxiliary

cache when write cache replaced.

– Hot-plug battery helps protect cache contents on both

cards

• Supports up to 18 disk drives with SAS disk expansion drawer

– Supported on 520 2-core and 550

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New EXP 12S SAS Disk Enclosure

#5886

• 2U disk drawer up to 12 SAS disk drives per drawer

• Disk only – run by the embedded SAS disk controller of Power

520/550 augmented with 175MB write cache

• Max one drawer per Power 520 2-core or Power 550

• Embedded Power 520/550 controller with 175MB cache supports up to 18 disk drives

• Rule of thumb … for “typical” performance considerations, you can use 12-18 disk drives quite nicely assuming average total disk operations per second stays below 1100-1200. (Your performance may vary. If you are not sure if your configuration is “typical” or there is a strong performance criteria which must be quickly achieved, work with your performance experts to analyze/benchmark your environment to more accurately determine your requirements. Individual drives should not exceed 110 ops

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Performance Comparison

• POWER6 • 4 Cores, 4.2 GHz • 128 GB Memory • L3 Cache

550

• POWER6 • 4 Cores, 4.0 GHz • 32 GB Memory • No L3 Cache

JS22

CPW = 18,000 CPW = 13,800 • POWER6 • 2 Cores, 4.2 GHz • 32 GB Memory • No L3 Cache

520

CPW = 8,000

i

• POWER6 • 1 Core, 4.2 GHz • 16 GB Memory • No L3 Cache

520

CPW = 4,300*

i

• POWER6 • 2 Cores, 3.8 GHz • 64 GB Memory • No L3 Cache

JS12

CPW = 7,100* i VIOS .2 / 1.8 VIOS

i

.3 / 3.7

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VIOS / IVM

Linux Client AIX Client IVE IVE IBM i Client IVE IBM i Client IVE CFFh FC exp card USB IVE DS4700 DS4800 DS8100 DS8300 FC Switch DVD MM / LAN Console IVM / Virtual Op Panel

File backed I/O (files) SAS Switch CFFv SAS exp card SAS-attached LTO3 tape drive SAN SAS LAN

VIOS, IVM and IBM i on POWER6 Blade

VIOS = Virtual I/O Server = virtualization software in a partition

Does not run other applications

First LPAR installed on blade (on SAS drive)

VIOS owns physical hardware (SAN, Ethernet, DVD, SAS tape)

VIOS virtualizes disk, DVD, networking to IBM i partitions

IVM = Integrated Virtualization

Manager = browser interface to manage partitions, virtualization

IVM installed with VIOS

IBM i uses LAN console through virtual Ethernet bridge in VIOS

* All statements regarding IBM's future direction and intent are subject to change or withdrawal without notice, and represent goals and objectives only.

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BladeCenter S and Office Enablement Kit

All-in-One for Retail, Hotel, Branch, Distributed Can accommodate up to 6 blades

- a mixture of x86 and POWER blades Up to 12 SAS disk drives

- 73GB, 146GB and 300GB

- only SAS drives supported with i Traditional office power

- Can run off of 110v power - Can run off of 220v power Runs Extremely quiet

Power Systems Feature Code – 5129

System x Part Number - 201886X

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Une simplification des offres

Un system pour l’avenir !

IBM Power 570

Power 570

i570

i5-570

p570

p5-570

9406-MMA _9117-MMA 9117-MMA 9117-570 9406-570 2 1 1 1 4 3 1 Upgrades existants

2 Microcode seulement (pas de coût additionnel) 3 Nouvel upgrade (pas de coût additionnel)

4 Nouvel upgrade (structure et composants)

IBM Power 570 – chemins d’évolution

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Power 595

• De 8 à 64 cores POWER6 cadencés à

5.0 et 4.2 GHz

• Mémoire jusqu’à 4 TB avec plus de

bande passante (1.3 TB/sec)

• Interconnection point-to-point SMP

pour une scalabilité linéaire

• Améliorations pour une disponibilité

continue

• Serveur de consolidation par excellence

pour des applications UNIX, i et Linux

– Performance leadership

– Meilleur taux d’utilisation (TCO)

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Mémoire améliorée pour répondre à des

performances extrèmes

533 MHz 533 MHz 667 MHz 667 MHz 667 MHz Memory Speed 4 TB 64 GB* 16 GB 2 TB 32 GB 8 GB 1 TB 16 GB 4 GB 512 GB 8 GB 2 GB 256 GB 4 GB 1GB Max Memory Feature Size DIMM Size

•Jusqu’à 4 TB mémoire dans les serveurs

64-core 5.0 GHz

–32 DIMM slots par book –features identiques dans chaque book de 8 cores

–Nouvelle option 0/64 GB avec DIMMs de 16 GB

•Nouveau DIMM DDR2 haute vitesse

buffered

–Nouveaux features 0/4, 0/8, 0/16, 0/32 GB –Conversions des feature dans le cadres des

upgrades Power 595

•Double contrôlleur mémoire par chip

–Taux de transfert de données agrégées de 1.3 TB/sec au maximum

•Support pour la migration de certaines

DIMMs DDR2 POWER5+ au 4Q08

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Des solutions d’évolutions flexibles et

préservant les investissements

Power 595

System i 595

System i

POWER5/5+

System p

POWER5/5+

System i 570

System p 590

System p 595

Power Systems

• Power 595 offre jusqu’à 80% de performance (rPerf) en plus que

les POWER5 590/595

• Des améliorations significatives en terme de prix, performance

et bénéfices RAS vs. POWER5 • Point d’entrée Power 595 à 8

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Power 595 : calendrier des disponibilités

3Q GA

• Support de l’IBM i (formerly i5/OS) sur Power 595

• Upgrades de POWER5/5+ 590, 595 avec option de conversion de la mémoire DDR2

• Support de tiroirs d’E/S additionnels (Rack d’E/S 19” – System i)

2Q GA

• Nouveau Power 595 8- à 64-core

• Support d’AIX 5.3 & 6.1 sur Power 595

• Features mémoire Buffered DDR2 de 8, 16 & 32GB • Jusqu’à 12 tiroirs d’E/S RIO-2

4Q GA

• Support de Linux sur Power 595 • Jusqu’à 30 tiroirs d’E/S 12X

• Feature mémoire DDR2 64 GB (16 GB DIMMs)

• Support de la migration mémoire POWER5 DDR2 vers la nouvelle mémoire buffered DDR2 POWER6

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Smart Fibre Channel IOA Saves PCI

Slots

IOP IOA In same MABS

SAN Disk or Tape

IOA

SAN Disk or Tape SAN Disk or Tape

Before i5/OS V6R1/POWER6 – Ratio IOP to IOA

• Disk = 1:1 • Tape = 1:2 or 1:1 – One port per IOA (one fiber

cable)

– Up to 32 LUN per port PCI or PCI-X slot

With i5/OS V6R1/POWER6 – No IOPs

– Two ports per IOA (two fiber cables)

– Up to 64 LUN per port

Disk Fibre Channel (FC) savings:

• Up to three PCI slots saved in a two FC port config

(75% less)

• One PCI slot saved in a one FC port config

(50% less)

PCI-X or PCI-X DDR or PCIe slot IOP IOA

In same MABS SAN Disk or Tape PCI or PCI-X slot

4 PCI slots

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Smart IOA Fibre Channel Adapters

• Requires POWER6 processor-based system and V6R1 and new IOAs

• IOP-less 4Gb Fibre channel adapter – – Dual port (two 4Gb ports)

– Two flavors: PCI-X or PCIe (#5749 = PCI-X, #5774 = PCIe)

– Up to 64 LUNs per port or up to 128 LUNs per adapter – Multipath disk support

– Disk load source supported – Same adapter for disk or tape

• Performance, switching & operational implications if mix tape & disk

– Can boot from tape (alternate IPL – new Fibre Channel function)

• DS8000 supported (not DS6000 or ESS 800)

• Staged Fibre Channel tape rollout in 2008 • Specific VIOS hardware support considerations

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Intégration SAN

• Nouveaux adaptateurs Fibre Channel

Amélioration des performances d’E/S : débit

comparable à celui obtenu avec des disques internes

– Fonctionnent uniquement avec i5/OS V6R1 sur des machines équipées de processeurs POWER6 et connectées à des baies de stockage DS8000™

– Adaptateurs Dual Port à 4 Giga bits par seconde “IOPless” • Maximum 64 “LUN” par port

• IPL bande supporté également

D S 8 3 0 0 A p p l i c a t i o n 0 .0 0 1 0 .0 1 0 .1 1 1 0 0 5 0 0 0 0 1 0 0 0 0 0 1 5 0 0 0 0 2 0 0 0 0 0 2 5 0 0 0 0 T h r o u g h p u t (T P M ) R e s p o n s e T im e (S e c o n d s ) D S 8 3 0 0 I O P D S 8 3 0 0 I O P le s s CPW Workload

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Smart IOA Roadmap

2006 • First LAN adapters 2004 • Crypto adapter 2005 • ECS WAN • Small cache disk/tape controllers Large cache disk controllers WAN IOAs

(SNA via Enterprise Extender)

Fibre Channel adapters *

2007

Smart IOAs require POWER5™ or later processor-based hardware. Most also require i5/OS V5R4.

* Fibre Channel adapters require both i5/OS V6R1 and POWER6 processor-based hardware.

2007 Sept with

V5R4M5 machine code

2008

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Smart IOA

(IOP-less)

Completed Check

List 1Q2008

LAN

Crypto

SCSI Disk

SCSI Tape/DVD/CD/Optical disk

iSCSI (Intel integration)

SAS devices

WAN completed with i5/OS V5R4 & V5R4M5 LIC

Fibre Channel with V6R1 & POWER6 hardware

Twinaxial (no plans)

DO

NE

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Annonce IBM PowerVM

The leading virtualization platform for UNIX, i5/OS and Linux enables a more agile and responsive infrastructure

Hypervisor

VIOS AIX Linux

** Partitions AIX et Linux uniquement

Hypervisor POWER6

VIOS

Hypervisor POWER6

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Améliorations i5/OS Virtual Storage

• Copie instantanée des “Storage Space”

(“Snap Shots”)

– Permet la sauvegarde de l’espace de stockage utilisé par une partition ou un

serveur intégré actif

1. Ecriture des données sur disque (“Flush Cache”)

2. Point de contrôle (“Checkpoint”) 3. Mises à jour mémorisées dans un

fichier séparé

4. Traitement de type “Save while Active”

• Sauvegarde de fichiers Linux par i5/OS

Notes :

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Améliorations du partitionnement logique

• Pools de processeurs partagés

– Micro-partitions regroupées

dans des pools séparés avec

possibilité de limiter le

nombre maximum de

processeurs utilisés par

chaque pool

– Supporte les partitions

i5/OS (V5R4 et V6R1), AIX,

et Linux sur les machines

POWER6 uniquement

Peut permettre de réduire le

nombre de licences requises

i5/OS

0.5 - 2 Cores Hypervisor

i5/OS

2 - 3.5 Cores POWER6 570 8-way

i5/OS

1 - 2 Cores

Un groupe de partitions i5/OS utilise un pool de processeurs La capacité maximale du pool

est limitée à six processeurs Le nombre de licences requises passe de 8 à 6

AIX

1 - 2 Cores Exemple de pool de processeurs partagés

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Amélioration des performances

Java & WebSphere

• Améliorations principales au niveau de JDBC, DB2 for i5/OS et Java – Pages de 64K (seulement sur machines POWER5+ et au delà)

• Certaines améliorations sont également disponibles en V5R4 via des PTF – La plupart des améliorations sont uniquement disponibles avec la V6R1

0 200 400 600 800 1000 1200 1400 Native JDBC Toolbox JDBC V5R4 GA V6R1 GA

Environnemen du test

JVM IBM Technology for Java (32 bits)

WebSphere® Application Server 6.1

DB2 for i5/OS

Architecture 2-tier

Une partition avec 2 processeurs POWER5+ à 2,2 Ghz

Application Trade 6.1 (ordres de bourse) +68% +78% T ra n s a c ti o n s p e r S e c o n d

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Fin de support i5/OS V5R3

V5R2

2002 2003 2004 2005 2006 2007 2008 2009 Avril Août Juin

V5R4

Janvier

V6R1

Note that it is IBM’s current practice to support an i5/OS release until the next two releases have been made available, plus twelve months. So, for example, it is projected that i5/OS V5R3 will be supported for twelve months after V6R1 is available. Exact dates vary according to a variety of factors, including development schedules and IBM’s broader software lifecycle support cycles. For example, to simplify customers’ software lifecycle management, IBM currently coordinates end of support dates for i5/OS and other IBM software products in April or September. This presentation contains information about IBM’s plans and directions. Such plans are subject to change without notice.

V5R3

Annonce du 29 janvier 2008

Avril Janvier

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Support i5/OS selon les modèles

POWER6 JS22

V6R1

POWER5+ 515, 525

800, 810, 825, 870, 890

270, 820, 830, 840

POWER5/5+ 520, 550, 570, 595

POWER6 570 V6R2* V5R4 V5R3 Modèles System i

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