Michal Wlodarczyk, System x. System x. Biznes w oparciu o Rozwiązania System X IBM Corporation

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1 Michal Wlodarczyk, System x System x Biznes w oparciu o Rozwiązania System X 2013 IBM Corporation

2 IBM Big Blue od początku do sukcesu istnieje ponad 100 lat na rynku, ponad 395 tys. pracowników w 170 krajach po raz 20 największa liczba zarejestrownaych patentów w dostawca systemów operacyjnych AIX, OS, PC-DOS, producent Software, systemów pamięci masowych serwerów Power, Mainframe, System x, PureFlex IBM PC(Personal Computer) platforma komputerów osobistychzapoczątkowana 12 sierpnia 1981 roku przez firmę IBM modelem IBM 5150 wprowadził dysk twardy Winchester, kursor oraz dyskietkę Dostawca najbardziej zaawansowanych technologii

3 Serwery w technologii x86to najlepszy wybór dla aplikacji biznesowych Najszybciejrosnącysegment serwerów 60% Klientów instaluje aplikacje krytyczne 52% relacyjnych baz danych

4 xseries czerpie doświadczenie z najbardziej zaawansowanych środowisk Łatwość użycia Wiodące technologie System x POWER Systems System z System Storage idataplex BladeCenter Efektywnosc Dostepnosc Niezawodnosc Skalowalnosc Wirtualizacja

5 IBM zapewnia skalowalność środowiska zgodnie z rozwojem firmy x3850 X5 Clusters, HPC, Virtualisation, Web 2.0 Scale up computing x3755 M3 x3300 M4 x3500 M4 x3690 X5 x3650 M4 x3630 M4 x3750 M4 x3550 M4 x3530 M4 Intelligent Cluster HS23 idataplex HX5 dx360 M4 x240 FSM x220 x3100 M4 x3250 M4 Scale out / distributed computing HS23E BladeCenter -S, -E, -H, -HT High density Flex System Chassis

6 Sukces w instalacji Dostarczamy przewidywalne i stabilne systemy serwerowe dla różnych potrzeb Business Critical Technologia IBM Flex System Najwyższa niezawodność I wydajność Rozwiązania klasy High-End Maksymalna skalowalność Najbardziej rozbudowany serwis IBM Value 2-socket Balans pomiędzy ceną I wydajnością Skalowalne systemy Mniej urządzeń Hot-Swap, redundancja efektywna kosztowo Wyważony support pomiędzy prędkością a ceną Entry 1-socket Najniższe koszty zakupu Konkurencyjny zestaw funkcjonalności Niewielkie możliwości redundancji Podstawowe możliwości serwisowania

7 System x Servers: Optimized for Key Workloads x3650 M4 x3550 M4 x3650 M4 HD Server Characteristics: Performance Redundancy Standard Mission Critical x3650 M4 x3550 M4 x3500 M4 NeXtScale x3650 M4 HD x3630 M4 Server Characteristics: Performance Mission Critical Redundancy Standard x3630 M4 x3550 M4 x3650 M4 HD Server Characteristics: Storage Rich x3650 M4 x3650 M4 HD x3550 M4 x3500 M4 Server Characteristics: Mission Critical Performance dx360 M4 NeXtScale x3650 M4 x3550 M4 Server Characteristics: Mission Critical Performance Energy Efficiency x3650 M4 HD x3630 M4 x3500 M4 x3300 M4 x3650 M4 Server Characteristics: Storage Rich Performance Mission Critical Redundancy Standard 7

8 Versatile System x Rack Servers: Optimized for Key Workloads x3650 M4 x3650 M4 HD x3550 M4 dx360 M4 NeXtScale x3630 M4 x3530 M4 x3250 M5 x3850/x3950 Cloud Public Public Public Virtualization Virtual Desktop SAP / Business Analytics Database Management High Performance Computing Management Node Big Data Management Node Web Serving / Videos , File & Print SMB Distributed Computing 8 8 Legend for Server/Solution Fit Good Better Best

9 Versatile System x Tower Servers: Optimized for Key Workloads Cloud / Virtualization x3500 M4 x3300 M4 x3100 M4 Virtual Desktop SAP / Business Analytics Data Management Retail Store Controller Web Serving / Videos , File & Print SMB Distributed Computing System Characteristics Business Critical Redundancy Standard Performance Storage Rich Redundancy Standard Performance Storage Rich Legend for Server/Solution Fit Good Better Best 9

10 Interline Positioning for Right Solutions Client Needs Highest storage capacity Price performance Lower cost Better RAS Better Performance GPU Better RAS Better Performance More HDD+SSD Better IO performance Key Workload s Lowest cost per TB & largest capacity 2U2S Flagship business Critical 2U 2S server High density, high performing storage server IBM Offering x3630 M4 x3650 M4 x3650 M4 HD 10 Up to 56TB Lowest disk cost Better RAS design Support 16 HDD + Tape Support 2 GPU 6 Gb RAID onboard Up to 25.6 TB Better RAS Support for up to 26 HDD or 16 HDD+16 SSD Multiple RAID adapters 12 Gb RAID on-baord Up to 41.6 TB

11 Interline Positioning for Right Solutions Client Needs Entry cost Price performance Highest storage capacity Price performance Lowest cost per terabyte Better RAS Better Performance GPU Key Workload s SMB Distributed Computing Entry cost Lowest cost per TB & largest capacity 2U2S Flagship business Critical 1U 2S server IBM Offering x3250 M5 x3530 M4 x3550 M4 11 Up to 12 TB Lowest disk cost Up to TB Lowest disk cost Better RAS design Support 16 HDD + Tape Support 2 GPU 6 Gb RAID onboard Up to 12.8 TB

12 Przewagi technologiczne Jakość System przewidywania awarii Nowy Light Path Diagnostics Zwielokrotnione dyski, zasilacze I wentylatory Beznarzędziowa obsługa Zmniejsza ryzyko przestojów z powodu problemów związanych ze sprzętem Cechy Feature on Demand Nowy moduł zarządzający IMM2 Szybszy restart I możliwość zdalnej kontroli Przeprojektowany podsystem chłodzenia I zasilania Właściwości, które dostarczamy już teraz, mogą być rozbudowywane w przyszłości. Wydajność exflash Ogromne możliwości rozbudowy sieci Zintegrowany kontroler RAID Ogromny wzrost wydajności Umożliwiamy budowę systemów, które będą miały tyle mocy, ile potrzeba.

13 Introducing IBM NeXtScale A superior architecture for scale-out computing Chassis Primary Target Workloads New 9/10/13 Standard Rack Compute Storage Acceleration More Coming An architecture for now and the future Better data center density and flexibility Compatible with standard racks Optimized for Top of Rack Switching Software Defined Networking (SDN) ready Top BIN E v2 processors Designed for solution redundancy Best of idataplex extended beyond HPC Powerful roadmap 13

14 IBM NeXtScale: Flexible How Do You Want Your IT to Arrive? NeXtScale can be shipped fully configured and ready to power on Fully racked and cabled Labeling with user supplied naming Pre programmed IMMs and addresses Burn in testing before shipment No added cost Prefer to receive systems in boxes no problem Customer Benefits $ IBM Intelligent Cluster 75% Faster Time from arrival to production readiness 14 Number of part numbers needed for the entire solution no matter the brand of component 1 Reduce 105 lbs of cardboard 54.6 ft3 of styrofoam 288 linear feet of wood 21,730 less paper inserts

15 Deep Dive into the NeXtScale nx360 M4 The ultimate high density server, designed for your Technical, Grid, and Cloud computing workloads. Twice the amount of density than regular 1U servers. Hyperscale Server New ½ Wide 1U tall 2 socket server Next generation Intel processors (IVB EP) Flexible slot-less I/O design Richer remote experience with IMM2 Versatile design with flexible options Optional PCI tray for GPUs/Phi adapters for increased performance, advanced graphics processing Optional Storage tray for 32TB local storage Maximized turbo mode duration & speed Generous PCIe capability Open design, works with exiting x86 tools New MT: 5455 Processors #Socket 2 Form factor Memory Slots Max Memory Disk Drive type Storage RAID NIC/TPM PCIe (x16/x8) USB ports VGA ports Light Path System MGMT nx360 M4 Xeon E v2, up to 12 cores ½ Wide 1U 8 slots (U/R/LR DIMM) Up to 1866MHz Up to 256GB (32GB LRDIMM) SAS/SATA/SSD OR HDDs (SAS/SATA) OR SSDs 6Gb M1115 RAID 5/50, 6/60 (FoD) Support for multiple RAID adapter configurations 2x 1GbE (std.) + 1x 10GbE (Mezz opt.) OR 1 x FDR IB dual port (Mezz opt) 1 x24 PCIe 1 internal 1 front (Through Dongle) / 1 back Basic Lightpath (no Advanced upgrade) in front IMM2, dedicated port Warranty 3 years (parts/labor) 15

16 Deep Dive into the NeXtScale n1200 enclosure The ultimate high density server, designed for your Technical, Grid, and Cloud computing workloads. Twice the amount of density than regular 1U servers. 16 Dense Chassis The foundation New ½ Wide 6U tall with 12 bays Mix and match compute, storage, or GPU nodes within chassis Each system is individually serviceable No left or right specific FRUs meaning system can be put in any slot Can have up to 7 chassis (up to 84 servers) in a standard 19 rack No in-chassis networking integration Systems connect to TOR switches No need to manage the chassis via FSM, imm, etc Shared power and cooling 6 non redundant, n+1, n+n, hot swap power supplies to keep business critical applications up & running 10 hot swap fans Front access cabling no need to go to rear of the rack or chassis 16 New MT: 5456 Form factor #Bays 12 Power Supplies Fans n1200 enclosure 6U tall standard rack 6 hot swap, non redundant, N+N or N+! Redundant. 80 PLUS Platinum high energy efficiency 900W 10 Hot swap

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18 Integration beyond the box High Performance Rack Servers High Performance Rack Servers Switches Firewall Clients Switches Management Network Servers Application Servers Web Servers File Servers Print Servers Security Gateway Security Servers WebSphere Appl. Servers Storage Network Storage Storage 18

19 Integration beyond the box High Performance Rack Servers High Performance Rack Servers Complexity, Cost,& Security Risk Cables, power supplies, fans, physical space = operational cost, risk & management complexity Physical cables open to security hacks Switches Firewall Switches Clients Management Storage Network Storage Storage 19

20 Integration beyond the box High Performance Rack Servers High Performance Rack Servers Switches Firewall Clients Management Storage Network Cost, Complexity, Risk Fiber optic cables, transceivers, complexity = operational cost, risk & management complexity Storage Storage 20

21 Integration beyond the box Consolidation of Enterprise workloads Inability to consolidate IT without migration High Performance Rack Servers High Performance Rack Servers Complex management of hybrid workloads Switches Firewall Clients Management 21

22 Integration beyond the box Management Complexity Decisions made in a vacuum Management not based on relationship of resources Disaggregated system capacity planning Mastering different tools Lack of integrated view of both the physical and virtual Firewall Clients Management 22

23 Integration beyond the box Typical savings 42% less power per VM compare to previous gen blades Lower deployment costs - up 40% faster day 1 deployment Ongoing management costs reduced by up to 50% Firewall Clients Advantages Simplified automated management, optimized for virtualization Eliminate 92% of networking cables Easy upgrade to future technologies no rip and replace Consolidate infrastructure without migrating workloads 23

24 PureData further expands our market Blade Infrastructure reach into targeted applications Infrastructure & Cloud Application & Cloud Data for Transactions & Analytics Blade TARGET: Competitive Blade & Rack Installs Cloud Infrastructure TARGET: CISCO UCS VCE Vblock HP Unified System Application Cloud TARGET: Oracle Exalogic + Exadata Data Analytics TARGET: Oracle Exadata Teradata EMC Advanced Blade architecture The entry point into the Pure family with upgrade path to PureFlex Client or partner tuned Separately purchased components General purpose system for x86 environments Management and storage optional 24 Integrated Infrastructure System Factory integration of Compute, Storage, Networking, and management Broad support for x86 and POWER environments Cloud ready for infrastructure Entry configuration: 4 cores 8GB memory 2.8TB storage Integrated Application Platform Factory integration and management of both the infrastructure and middleware platforms Cloud ready application platform x86 entry configuration: 96 cores 1.5 TB memory 56TB storage

25 Example: Flex System x240 No Compromise Virtualization Platform Support fastest Intel CPUs 2.9GHz 8c 135W Support max memory DIMMs and Capacity 24 DIMM slots at 768GB #1 VMark Banchmark across all blades For Virtualization IBM Flex System x240 delivers More VMs IBM x240 HP BL460 Cisco B200 M3 Dell M620 Max # of VMs (69 w/ 2.9Ghz) Max Memory Capacity 768 GB 512 GB 384 GB 768 GB DIMM Slots CPU supported at Max Memory Config 2.90 GHz 135 Watts 2.70 GHz 130 Watts 2.90 GHz 135 Watts 2.20 GHz 95 Watts 95% more VMs vs. Cisco B200 M3 37% more VMs vs. HP BL460 Gen 8 19% more VMs vs. Dell M620 (w/ 2.9Ghz CPU) Competitive Facts: HP Only has 16 DIMMs slots Can t support 135W CPUs Cisco Only support 384 GB of Memory Dell 24 DIMMs only with 2.2GHz / 95W CPU To support 2.9Ghz 135W CPUs, have to remove 4 DIMMs left with only 20 (69 vm s when running 2.9Ghz CPU). More Memory 100% vs. Cisco B200 M3 (384GB) 50% vs. HP BL 460c Gen8 (512GB) 25 Fastest CPU Frequency 32% faster then Dell M620 (2.2GHz) 7% faster then HP BL460 (2.7Ghz)

26 x86 Compute Node Positioning x220 x240 x440 1 & 2-Socket Positioning Infrastructure and Entry Virtualization Specs Standard Width, 2 Socket, 16 cores 12 DIMMs, 384GB 2x2.5 HS SATA/SAS HDD/SSDs Workloads Infrastructure apps Small office / retail Rack-to-blade migration Low-density virtualization Key Features Lowest absolute cost & power Enterprise 2-Socket Enterprise business and Mainstream Virtualization Standard Width, 2 Socket, 16 cores 24DIMMs, 768GB 2x 2.5 HS SATA/SAS HDD/SSDs Broad enterprise applications Does many things very well (workhorse) Balanced proc, memory, storage, & I/O Virtualization & HPC 4-Socket Mainstream Database and Highend Virtualization Double Width, 4S, 32 cores 48 DIMMs, 1.5TB 2x 2.5 HS SATA/SAS HDD/SSDs High-end Virtualization Memory-intensive and heavy IO workloads Maximum memory density Virtualization Positioning Single App, < 20 VMs per server Performance/watt leadership Hot-swap drives VMs per server > 40 VMs per server 26

27 IBM Flex System Components Systems Management Appliance PureFlex Chassis Storage Node with Controller 2S EP & EN Intel Nodes IBM Fiber and Ethernet Switches 2S Power7 Node 2S Node with Exp. Unit 4S Power7 & Intel Node

28 IT musi radzić sobie z coraz bardziej skomplikowaną infrastrukturą Jak mogę zarządzać wieloma platformami 32.6 million serwerów na świecie 85% mocy jest niewykorzystywana 15% serwerów pracuje 24/7 mimo, że nie są wykorzystywane codziennie Jak mogę zarządzać danymi? 1.2 Zetabajtów (1.2 miliardów terabajtów) istnieje na świecie 50% zwrostu YTY 25% danych jest unikalnych; 75% to kopie Pomiędzy 2000 i 2010 Serwery urosły 6x Dane urosły 69x Ilość systemów wielokrotnie przekracza ilość serwerów Jak mam sprawdzić status systemów? Gdzie są te wszystkie maszyny wirtualne? Centra danych podwoiły zużycie energii w ciągu ostatnich 5 lat Jak mogę oszczędzać energię? W momencie, kiedy koszty operacyjne rosną w ogromnym tempie.

29 Gdzie IT kosztuje najwięcej?

30 Integrated Management Module (IMMv2) Zdalna kontrola służąca do zarządzania, monitorowania I usuwania awarii z każdego zakątka świata Szybszy start serwera 33% szybciej serwery Blade 25% szybciej serwery Rack Wyższa wydajnośćzdalnego pulpitu Konsola dostępna dzięki technologii Java albo Active-X Odświerzony interface www Zmieniony wg informacji od Klientów Zwiększona użyteczność Wspólny interface z CMM/AMM

31 Jak może pomóc IBM System Director? Skonsolidowana platforma zarządzająca Pojedyncze narzędzie do zarządzania wieloma rozwiązaniami Łatwe kreowanie i uruchamianie zadań dzięki interface WWW Umożliwia zarządzanie wielu systemów z jednej konsoli Zintegrowane zarządzanie środowiskiem fizycznym I zwirtualizowanym Wykrywanie I inwentaryzacja elementów środowiska Konfiguracja I kontrola nad zasobami systemowymi Wizualizacja topologii systemu Przemieszczanie systemów wirtualnych on-line Zarządzanie poprawkami Ujednolicone narzędzie do dystrybucji poprawek dla zarządzanych systemów

32 Michał Włodarczyk Client Technical Specialist System x and BladeCenter Systems & Technology Group IBM Polska Sp. Z o.o. Ul. 1 Sierpnia Warszawa, Polska tel.: michal.wlodarczyk@pl.ibm.com

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