IBM Corporation

Transcription

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2 Power = i + p 2

3 Power = i + p Nouvelle génération de Serveurs Power i515 i525 i550 i570 i595 System i BladeCenter JS12/JS22 Power 520 Power 550 Power 570 Power 595 System p BladeCenter JS21/JS22 p5-510/q p5-505/q p520 p550 p5-560q p570 p

4 Famille IBM Power Systems Power 595 Power 570 Power Servers Power 550 Express Power 520 Express Power 575 Blue Gene BladeCenter JS12/JS22 Cell Solutions / Cell Blades QS21 IBM CONFIDENTIAL 4

5 IBM i New! 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 5

6 Roadmap POWER6 Systems POWER6 Blade with IBM i POWER7 POWER6 570 & i5/os V6R1 Preview IBM i 6.2 IBM i 6.1 * All statements regarding IBM's future direction and intent are subject to change or withdrawal without notice, and represent goals and objectives only. 6

7 POWER6 Processor Technology Great 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 GHz vs. POWER5/POWER GHz Power GHz vs. POWER5/POWER GHz Power GHz vs. POWER5/POWER GHz Power GHz vs. POWER5/POWER GHz 4X L2 Cache increase 2 cores per chip (1 core = 1 processor) 1 chip = 2-way (like POWER5 & POWER5+) 7

8 Power 520 Both 4U or 4 EIA POWER5+ 515/525 (picture not to same scale) 8

9 Power 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 POWER except POWER6 chip SAS internal disk/tape (bigger write cache) No IOP support Fibre Channel capability 9

10 Power 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 POWER 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 10

11 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 DIMM size GB Memory Capacity with One Pair Two Pair Feature Code Feature GB 512MB 1 2 # GB 2 4 # GB 4 8 # GB 8 16 # GB * #4524 * 16 * 8GB DIMM or 16GB feature only for 2-core

12 Compare Power core POWER N-way (cores) Processor chip Memory Number of PCI slots HSL / 12X Loops Support Fibre Channel imbedded controller write cache Number of disk drives. (all drives are 3.5-inch, 15k rpm drives) Disk drives available (internal) Tape drive options in CEC Built in Ethernet ports IOP & IOP-based IOA support Software tier i version/release required Micro-Partitioning POWER M15 1w POWER6 4.2 GHz max 16GB, 4DIMM slots 3 PCIe, 2 PCI-X DDR zero Yes, with V MB protected 2 to 6. All six drives run by imbedded controller. No PCI slot required. Max 1700GB, SAS 70, 140, or 284 GB SAS: 36GB 4mm and LTO-4 (New!!!) Up to 4 1GB ports (IVE) & 2 HMC ports No P05 V5.4 or later Requires PowerVM (APV) POWER w or 2w POWER GHz max 16GB, 8DIMM slots 5 PCI-X, 1 PCI-X DDR zero No 40MB 2 to 8. 2 nd set of 4 drives run by 90MB write cache disk controller using a PCI slot Max 560GB, SCSI 70GB SCSI: 36GB 4mm, 30GB QIC, LTO-2 2 1GB ports & 2 HMC ports Yes, for 5 PCI-X slots P05 V5.4 or later Requires APV 12

13 Compare Power core to POWER core chip: GHz & L2/L3 cache N-way (cores - min active/present) CPW rating Memory Number of PCI slots in CEC HSL / 12X Loops imbedded controller write cache Number of disk drives in CEC (3.5-inch, 15k rpm drives) Tape drive options in CEC Built in Ethernet ports IOP & IOP-based IOA support in CEC Software tier i version/release required Micro-Partitioning Warranty/maintenance Upgrades into system On/Off CoD (temporary activation) POWER M GHz, 8MB/0MB cache 1/2w 4300 / 8300 max 32GB, 4DIMM slots 3 PCIe, 2 PCI-X DDR Max 1 (HSL or 12X) 175MB protected 0 to 6 (one set of six) SAS: 36GB 4mm and LTO-4 (New!!!) Up to 4 1GB ports (IVE) & 2 HMC ports No, (need HSL-attached I/O) P10 V5.4 or later Requires PowerVM 9x5 NBD 1yr Yes No POWER GHz, 1.9MB/36MB cache 1/2w 3800 / 7100 max 32GB, 8DIMM slots 5 PCI-X, 1 PCI-X DDR Max 1 HSL 40MB 0 to 8 (two sets of four) SCSI: 36GB 4mm, 30GB QIC, 50GB QIC, LTO-2 2 1GB ports & 2 HMC ports Yes, for 5 PCI-X slots P10 V5.4 or later Included 24x7 SBD 1yr Yes Yes 13

14 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 (2 nd loop fills PCIe slot) P20 software tier 14

15 Power 550 Memory 8 DIMM slots per processor card 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 DIMM size One proc card GB memory capacity with 1 Pair 2 Pair 3 Pair 4 Pair Feature Code Feature GB 512MB # GB 2GB 4GB 8GB #4521 #4522 #4523 # The above is for one of the two processor cards in the Power

16 Power 550 Upgrade Paths POWER5 / POWER5+ POWER6 Upgrade to 9406-MMA withdrawn 2008 July 8 as 9406-MMA is withdrawn No upgrade to Power core core No upgrade in to

17 Compare to 9409-M50 2-core chip: GHz & L2/L3 cache N-way CPW (1-core active / 4-core active) Memory Max number of PCI slots in CEC HSL/RIO & 12X Loops Max number I/O drawers/towers imbedded controller write cache Number of disk drives in CEC (3.5-inch, 15k rpm drives) Tape drive options in CEC Built in Ethernet ports IOP & IOP-based IOA support in CEC Software tier i5/os required Micro-Partitioning Warranty/Maintenance Upgrades into system On/Off CoD (temporary activation) POWER GHz, 1.9MB/36MB cache 1/4w (4-core) 3800 / max 64GB, 16DIMM slots 5 PCI-X Max 2 HSL/RIO 12 HSL/RIO 40MB 0 to 8 SCSI (two sets of four) SCSI: 36GB 4mm, 30GB QIC, LTO-2 2 1GB ports & 2 HMC ports Yes P20 V5.3 or later Included 24x7 SBD 1-year Yes Yes POWER M GHz, 8MB/32MB cache 1/4w (4-core) 4800 / max 128GB, 16DIMM slots 3 PCIe, 2 PCI-X DDR Max 2 (HSL/RIO and/or 12X) 12 HSL/RIO or 8 12X 175MB (protected) 0 to 6 SAS (one set of six) SAS: 36GB 4mm, and LTO-4 (New!!!) Up to 4 1GB more flexible ports (IVE) & 2 HMC ports No, (need HSL-attached I/O) P20 V5.4 or later Requires PowerVM 9x5 NBD 1-year Yes No 17

18 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 core and core has a maximum of 6 disk drives 18

19 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 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 disk drives quite nicely assuming average total disk operations per second stays below (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 per second.) 19

20 Performance Comparison 520 JS JS POWER6 1 Core, 4.2 GHz 16 GB Memory No L3 Cache POWER6 2 Cores, 3.8 GHz 64 GB Memory No L3 Cache POWER6 2 Cores, 4.2 GHz 32 GB Memory No L3 Cache POWER6 4 Cores, 4.0 GHz 32 GB Memory No L3 Cache POWER6 4 Cores, 4.2 GHz 128 GB Memory L3 Cache i VIOS i i VIOS i i.2 / / 3.7 CPW = 4,300* CPW = 7,100* CPW = 8,000 CPW = 13,800 CPW = 18,000 * Measurements based on an unconstrained environment. Actual performance may be limited by number of disk drives supported 20

21 VIOS, IVM and IBM i on POWER6 Blade IVE IBM i Client File backed I/O (files) CFFv SAS exp card SAS Switch SAS-attached LTO3 tape drive IBM i Client IVE CFFh FC exp card Linux Client IVE VIOS / IVM FC Switch SAN DS4700 DS4800 DS8100 DS8300 SAS AIX Client IVE USB DVD IVE LAN IVM / Virtual Op Panel MM / LAN Console * All statements regarding IBM's future direction and intent are subject to change or withdrawal without notice, and represent goals and objectives only. 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 21

22 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 X 22

23 IBM Power 570 chemins d évolution Un system pour l avenir! Une simplification des offres 3 Power IBM Power 570 i MMA p MMA MMA 1 i5-570 p Upgrades existants 2 Microcode seulement (pas de coût additionnel) 3 Nouvel upgrade (pas de coût additionnel) 4 Nouvel upgrade (structure et composants)

24 Power 595 Performance + Disponibilité 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) Meilleur efficience énergétique 24

25 Mémoire améliorée pour répondre à des performances extrèmes 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 DIMM Size Memory Speed Feature Size Max Memory Taux de transfert de données agrégées de 1.3 TB/sec au maximum 1GB 2 GB 667 MHz 667 MHz 4 GB 8 GB 256 GB 512 GB Support pour la migration de certaines DIMMs DDR2 POWER5+ au 4Q08 4 GB 8 GB 667 MHz 533 MHz 16 GB 32 GB 1 TB 2 TB 16 GB 533 MHz 64 GB * 4 TB *feature 64GB disponible sur Power GHz 25

26 Des solutions d évolutions flexibles et préservant les investissements System i POWER5/5+ Power Systems Power 595 System p POWER5/5+ System i 595 System p 595 System p 590 System i 570 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 cores POWER6 4.2 GHz (un book de 8 cores) 26

27 Power 595 : calendrier des disponibilités 2Q GA Nouveau Power 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 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) 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 Statement of Direction * support du Hot-Node Add / Hot-Node Repair en

28 Smart Fibre Channel IOA Saves PCI Slots 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 IOP IOP IOA In same MABS PCI or PCI-X slot IOA In same MABS PCI or PCI-X slot 4 PCI slots SAN Disk or Tape SAN Disk or Tape With i5/os V6R1/POWER6 No IOPs Two ports per IOA (two fiber cables) Up to 64 LUN per port IOA PCI-X or PCI-X DDR or PCIe slot 1 PCI slot SAN Disk or Tape SAN Disk or Tape 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) Up to seven PCI slots saved in a 128 LUN config (87% less) 28

29 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 29

30 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 A p p lic a tio n 1 0 CPW Workload Response Time (Seconds) T h r o u g h p u t (T P M ) D S IO P D S I O P le s s Performance based on workloads and configurations. Improvements shown above are valid only for these specific workloads -- Your results may vary and are dependent on the application and configuration. 30

31 Smart IOA Roadmap 2007 Sept with V5R4M5 machine code WAN IOAs (SNA via Enterprise Extender) Fibre Channel adapters * 2006 First LAN adapters 2004 Crypto adapter 2005 ECS WAN Small cache disk/tape controllers Large cache disk controllers 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 processorbased hardware. * All statements regarding IBM's future direction and intent are subject to change or withdrawal without notice, and represent goals and objectives only. 31

32 Smart IOA (IOP-less) Completed Check List 1Q2008 LAN Crypto SCSI Disk SCSI Tape/DVD/CD/Optical disk iscsi (Intel integration) SAS devices DONE! WAN completed with i5/os V5R4 & V5R4M5 LIC Fibre Channel with V6R1 & POWER6 hardware Twinaxial (no plans) 32

33 Annonce IBM PowerVM The leading virtualization platform for UNIX, i5/os and Linux enables a more agile and responsive infrastructure VIOS AIX Linux Hypervisor VIOS Hypervisor POWER6 Hypervisor POWER6 ** Partitions AIX et Linux uniquement 33

34 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 : * Nouvelle fonction Quiesce de l i5/os ** serveurs intégrés connectés en iscsi *** Linux on POWER (machines POWER5 et plus) et serveurs intégrés connectés en iscsi **** Crash consistent 34

35 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 Exemple de pool de processeurs partagés i5/os Cores i5/os Cores i5/os 1-2 Cores Hypervisor POWER way AIX 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 35

36 Amélioration des performances Java & WebSphere Transactions per Second V5R4 GA V6R1 GA +68% +78% Native JDBC Toolbox JDBC 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) 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 Improvements shown above are valid only for these specific workloads -- Your results may vary and are dependent on the application. 36

37 Fin de support i5/os V5R3 Janvier V6R1 Janvier V5R4 Juin V5R3 Avril Annonce du 29 janvier 2008 V5R2 Août Avril 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. 37

38 Support i5/os selon les modèles Modèles System i V5R3 V5R4 V6R1 V6R2* POWER6 JS22 POWER6 570 POWER5+ 515, 525 POWER5/5+ 520, 550, 570, , 810, 825, 870, , 820, 830, 840 All statements regarding IBM's future direction and intent are subject to change or withdrawal without notice, and represent goals and objectives only. 38

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