Open Innovation with Power Systems Revolutionizing how IT is created and consumed
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Open Innovation with Power Systems Revolutionizing how IT is created and consumed
Cloud and big data & analytics are fueled by open innovation
of new software is now being built for the cloud1 85%
}
organizations have big data activities underway3 3 out of 4 }
1 Source: 2013 IBM Annual Report 2 Source: “Linux Adoption Trends 2012: A Survey of Enterprise End Users,” Linux Foundation, January 2013 3 Source: IBM Institute for Business Value in collaboration with Saïd Business School at the University of Oxford, Analytics: The real-world use of big data, 2012.
of top public clouds run on Linux2 80%
Presenter
Presentation Notes
A dynamic community of open development and collaboration is driving the creation of new technologies and capabilities. Unless you’re part of the community, it’s virtually impossible To keep pace and reap the benefits. The collaborative community provides the opportunity to take advantage of a broader range of solutions and applications—that is, if your technology can handle it. Implementing a proven, open platform provides investment longevity and viability
Open development and open collaboration are driving the creation of new technologies and capabilities
Speed of Innovation Radical innovation of products, markets and
business models
Interoperability Deep integration of new and existing products
and IT resources
Choice Increased flexibility through open community
platforms and ecosystems
Presenter
Presentation Notes
In this increasingly complex era of computing, Open has never been more important. Why – what is different about open computing? (1) Speed of innovation – it’s all about open source - enabling radical innovation of products, markets and business models by quickly exploiting new technologies (2) Integration – is about open standards - streamlining operations and effectiveness by deep interoperability of new and legacy products & services (3) Choice - delivering lower costs and improved efficiency by freedom of choice in IT both today and tomorrow. Choice also of architecture – Open Power is one of the few open chip architectures Speed - Open computing enables radical innovation of products, markets and business models by exploiting new technologies. It's no accident that most of the born-on-the-web companies use open technologies - or that open source software underpins cloud computing, big data, and social software. By sharing ideas, skills and resources, open development communities can move faster than proprietary companies acting alone. Integration - Open computing can streamline operations and effectiveness by deep integration of new and legacy products and services. Through open APIs available to all, hardware and software products from different vendors can interoperate, and solutions can be built from components developed by different providers. As we move into the era of cloud computing and software defined environments, this is especially important. Choice - Open computing delivers lower costs and improved operational efficiency through freedom of choice in IT to avoid vendor lock in. Organizations can choose the best products to suit their needs, unconstrained by previous decisions. IT vendors compete on price and quality, and focus on delivering client value. Shared development of common functionality lowers the overall cost and offers a platform for innovation.
IBM has a history of industry-leading collaboration on open technology
15+ Years of Collaboration on Open Source +
2007 1999 2007 2011 2011 2012 2013 2001 2013 2000
400+ software products
500 patents donated
600+ developers
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IBM invested $1Billion in the development of Linux at the turn of the millenium. We also joined others in founding what eventually became the Linux Foundation, which is effectively the steering body that manages the development of Linux and other open source projects. For the past 15 years, IBM has remained committed to supporting the development of the open source software that runs much of the internet today. An audited benchmark conducted by the Securities Technology Analysis Center (STAC), InfoSphere BigInsights for Hadoop was found to deliver a 300% performance gain over alternate systems
5 5
Power
x86
Applications & Services
Systems Management & Cloud Deployment
Systems Acceleration & HW/SW Optimization
Firmware, Operating System & Hypervisor
Processors
Semiconductor Technology
2005 2007 2009 2011 2013 2015
Per
form
ance
/Pric
e
(SIR
/$)
POWER SYSTEMS Integrated Innovations
Processor speed has reached a tipping point System stack innovations are powering the future
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Power Systems FTW
6
USD1 billion
Linux on Power investment
50+ Porting Centers
with Linux expertise
Power development
cloud
IBM Watson OpenPOWER
Foundation SoftLayer Integration
Power Systems delivering on the promise of open innovation
Presenter
Presentation Notes
Power Systems have made significant strategic investments over many years to reach the culmination point we are at today. For example, last year we announced our intention to make a 1 Billion Dollar investment into Linux on Power® We have 5 Power Systems Linux Centers around the world Beijing, China Austin, TX New York, NY Montpellier, France Tokyo, Japan . The centers offer many resources to clients, software developers, business partners, academics, and students to develop and deploy innovative next generation applications on Linux on Power. We launched an application development cloud, providing software developers with no-charge access over the cloud to IBM Power Systems servers to build, port and test applications. We announced a statement of direction that SoftLayer is integrating IBM Power Systems into their cloud infrastructure. This will deliver a level and breadth of services beyond what has traditionally been available over the cloud. The first instance will be Watson applications on SoftLayer on Power, then Bluemix and ultimately bare metal deployment options. And the establishment of the OpenPOWER Foundation is a major leap forward, which I’ll talk about in more detail shortly.
90x Power 750s Single user system
2-3 sentences input 5+ days to retrain
Wikipedia, general corpus
Single Power 750 240% faster
1000s of users 20 pages of input
< Day to ingest and train Medical corpus
SoftLayer cloud 5x faster on POWER81
Millions of users Dialog chaining
Few hours Broad industry corpus
Watson has evolved built on Linux and Power Systems
2011 2013 2014
1
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Presentation Notes
Watson is the most famous example of the value IBM sees in open source software. Watson was built with Linux on IBM Power Systems. Additional open source technologies like Apache UIMA were also used in its development. The rapid pace of development with Watson has been both impressive and substantial. When Watson competed on TV in the game Jeopardy, it was a single user system running on a cluster of 90 Power 750 machines. Today, that same workload can run on a single Power 750 and support thousands of simultaneous users. In the near future, Watson will be hosted on Power hardware in the SoftLayer cloud and be offered as a service, supporting millions of users and a broad variety of knowledge.
Highly threaded Throughput oriented Scale out capable Economic efficiency
Analytics & Research Business intelligence, structured & unstructured data, predictive analytics, HPC
Compute intensive High memory bandwidth Floating point High I/O rates
Data Services Database, enterprise content management
Handle peak workloads Scalability High quality of service Resiliency and security
Business Applications Mobile data access, ERP, cloud delivery, application development
High quality of service Scalability Flexible infrastructure Large memory footprint
Presenter
Presentation Notes
IBM is investing heavily in building solution catalogs for areas where we expect Power to offer unique advantages to clients. These areas are Virtualized App Servers – application servers running core customer facing applications like web storefronts. Core Infrastructure Services – Edge of network services like DNS, critical business services like mail and file serving, etc. Big Data & Analytics – All kinds, including structured and unstructured data analysis, predictive analysis, BI, etc. Data services like database Mobile enablement – running alongside your critical business data services to maximize efficiency and minimize wait times for your mobile employees and mobile customers.
Scale out as your business grows with Linux on Power Systems
Speed & Agility to capture value from new
Linux workloads
Economic Advantages
that scale to meet business needs
Efficiency to minimize infrastructure
overhead
2X Performance vs x86
58% Lower costs of acquisition
66% Fewer systems
Utilization outperforming industry standards
Or scale up on Power Enterprise Systems with Integrated Facilities for Linux
Presenter
Presentation Notes
We are announcing new 1 and 2 socket scale-out systems that deliver superior economics and better security for the cloud, compared to commodity x86 servers. Clients are looking for 3 key attributes with cloud – speed and agility, better economics and of course efficiency, which is always identified as a top concern. We are delivering incredible advancements in these new systems. Twice the performance compared to commodity infrastructure. 58% lower costs of acquisition. 66% fewer systems to boost datacenter efficiency In short, Power Systems will offer more speed, better economics, and economic efficiencies. In addition to these advantages in scale out, we also offer some of the best Linux scale up solutions in the industry with our Integrated Facilities for Linux available on our enterprise systems. These IFLs enable customers to more economically deploy new Linux workloads using dark capacity on their existing enterprise servers rather than procuring new x86 servers to do the work. 1 Source: Performance based on published SPECjEnterprise2010 results www.spec.org/jEnterprise2010/; IBM Power Systems S824 (24 cores); 2 Intel E5-2697 v2 (24 cores); 1 Oracle T5-2 (32 cores) 2 Source: Source: Capacity based on IBM Sizing of typical SPECint_rate landscape and 3rd party analysis of system utilization. Pricing from www.hp.com. This is an IBM sizing designed to replicate a typical IBM customer workload used in the marketplace. The results are calculated and not an actual customer environment. IBM's internal workload studies are not benchmark applications, nor are they based on any benchmark standard. As such, customer applications, differences in the stack deployed, and other systems variations or conditions may produce different results and may vary based on actual configuration, applications, specific queries and other variables in a production environment. Prices, where applicable, are based on published US list prices for both IBM and competitor.
Scale out or scale up with Power Systems Power Scale-out Systems Power Enterprise Systems
Only Power Systems servers can scale out or scale up
Power Enterprise Systems Heritage of high utilization, performance and
scalability Designed for the most mission-critical applications Delivering economic benefits for workload
consolidation
Take advantage of these capabilities today Power Integrated Facility for Linux (IFL) IBM Power Enterprise System Pools IBM Capacity on Demand
Presenter
Presentation Notes
We’re also announcing a statement of direction for the full portfolio of Power Systems. In second half 2014, POWER8 technology will come to the Power Enterprise Systems, in other words, the high end of the portfolio. We have a play called the 2 step process that allows clients to upgrade today and then move to POWER8 in the high end when its available. The upgrade program can provide clients a lower total cost as well as allow them to realize performance gains today. System Upgrade the client either purchases a new Power 770+/780+, or upgrades an existing Power 570 or Power 770/780 to a Power 770+/780+ today and then upgrades it at a later point to a corresponding POWER8 system Power Enterprise Pools Migration purchase a new or upgrade to a Power 770+/780+ with Mobile processors and memory and when POWER8 systems are available place the POWER8 system in the same pool as the Power 770+/780+ and migrate the mobile processor and memory to the POWER8 system, use the existing Power 770+/780+ for other purposes, including HA
Clients leverage Linux on new POWER8-based Enterprise Systems Open Innovation with Linux:
• Simplify operations of client-facing Linux applications
• Improve efficiency and quality of service through integration and co-location of critical back-office applications
Power IFL
Co-Location Enterprise-class, secure private cloud for Linux consolidation of applications and databases
QoS Services, applications, and databases that have high Quality of Service needs
Simplified Ops Simplify operations and
environment through shared services aligned to business
processes & policy groups
Private Cloud, consolidation Co-location of applications with a secure affinity to data
Open Innovation: Moving Linux apps to Power has never been easier
Most x86/Linux applications written in C/C++ will require no source code change, only a recompile2
95% 100%
+
Hardware agnostic applications written in scripting or interpretive languages will run as is1
Little Endian Linux
Presenter
Presentation Notes
Interpretive languages include PHP, Python, Perl, Ruby, Java, etc. Assumes 8 hours of dedicated time and prior experience with the application code and its dependencies (e.g. language, libraries, web application, database) and that dependencies already ported and installed. Assumes no platform or device specific dependencies. Includes C/C++ and other compiled languages. Assumes 16 hours of dedicated time and prior experience with the application code and its dependencies (e.g. language, libraries, web application, database) and that dependencies already ported and installed. Assumes no platform or device specific dependencies.
New Power Scale-out systems built with open innovation to put data to work
Power S824L
1 or 2 sockets 10 or 12 cores/socket Up to 1 TB of Memory
Power S812L or Power S822L
Designed for Big Data
Superior Cloud Economics
Open Innovation Platform
IBM and NVIDIA deliver new acceleration capabilities for analytics, Big Data and Java
Runs pattern extraction analytic workloads faster
Provides new acceleration capability for analytics, big data, Java, and other technical computing workloads
Delivers faster results and lower energy costs by accelerating processor intensive applications
Power System S824L • Up to 24 POWER8 cores • Up to 1 TB of memory • Up to 2 NVIDIA K40 GPU Accelerators • Ubuntu Linux running bare metal
Designed for Big Data: drive infrastructure optimization
Reduce server footprint with in-memory consolidation
Cost Efficient - 3x lower cost per user
IBM Data Engine for NoSQL Solution • IBM Power S822L • CAPI-Attached FPGA Accelerator • IBM FlashSystem 840 • Ubuntu Linux • Redis Software
Simplify operations - easy deploy and manage with 3x less storage infrastructure
Adapt and scale to your changing analytics needs
IBM Data Engine for Analytics • POWER8 Scale-out servers • Red Hat Linux • BigInsights (Hadoop) & Streams • Platform Computing • Elastic Storage Server
Open collaboration with partners brings faster ROI to the popular LAMP solution stack
PHP (Zend)
High Speed Data Transfer (Mellanox)
Linux (Canonical)
Apache Web Server (Canonical)
SkySQL (MariaDB)
PHP (Zend)
Orchestration - Juju
(Canonical)
Database and I/O optimizations take advantage of POWER8, Mellanox, Zend, & MariaDB technology
Faster application deployment with Canonical cloud orchestration software
Pre-integrated in the lab to simplify client experience
Smart, simplified attach for accelerators:
GPUs, flash memory, networking & FPGAs
Improves performance, reduces latency, and
provides more workload for your dollar
Leveraged by emerging applications built on
Linux
CAPI and Linux enable innovation from the OpenPOWER Foundation
Smart Acceleration enabled by CAPI (Coherent Accelerator Processor Interface) Technology
CAPI is evolving with open technology
Presenter
Presentation Notes
All CAPI technology innovations run on Linux So what is different with this POWER8 capability, and what is truly game-changing that we are delivering with this technology? POWER8 processing technology includes a unique capability, that we call CAPI technology. CAPI stands for Coherent Accelerator Processor Interface. It’s a new way to attach things. It allows for accelerators such as GPUs, flash memory, networking, and FPGAs to connect directly to the processor, sharing the same address space and look like the CPU. This will dramatically simplify attaching these accelerators. This improves performance, reduces latency, and results in more workload for your dollar. This is a benefit of the OpenPOWER Foundation in which we partner with other members who are extending the capabilities of our systems. This essentially brings a world of innovation that will be part of the capabilities of Power Systems and the extensions our partners can provide.
IBM Power 822L pricing comparison ($US) – vs. Ivy Bridge
Comparable TCA
Linux on Intel Ivy Bridge +
VMware Vs.
Linux on POWER8 with PowerVM
Dell PowerEdge R720
HP ProLiant DL380 G8
IBM Power S822L
$28,366 $29,829 $29,264
Server list price* -3-year warranty, on-site $12,605 $14,068 $14,895
Virtualization - OTC + 3yr. 9x5 SWMA
$10,064 VMware vSphere Enterprise 5.1
$ 10,064 VMware vSphere Enterprise 5.1
$9,880 PowerVM for IBM PowerLinux
Linux OS list price - RHEL, 2 sockets, unlimited guests, 9x5, 3 yr. sub./ supp.
$5,697 Red Hat subscription and Red Hat
support
$5,697 Red Hat subscription and Red Hat
support
$4,489 Red Hat subscription and IBM
support
Total list price: (Total cost of acquisition) $28,366 $29,829 $29,264
Server model Dell R720 HP Proliant DL380p G8 IBM Power 822L Processor / cores Two 2.7 GHz , E5-2697, Ivy Bridge, 12-core processors Two 3.4 GHz POWER8, 10-core
Configuration 64 GB memory, 2 x 300GB 15k HDD, 10 Gb two port Same memory, HDD, NIC
* Based on US pricing for Power S822L announcing on April 28, 2014 matching configuration table above. Source: hp.com, dell.com, vmware.com
Linux on Power Systems is enabling new capabilities for clients
Data Explosion
Transaction Processing
Big Data Cluster
Support business growth
E-commerce server
Local Industry ISV Solution
Achieved 2.5 times greater throughput without increasing
Uses 65% less space to host multiple SAP landscapes and
deploys a new SAP environment 80% faster for
mid-size clients
On the leading edge of applying Watson inspired Big Data
technology to industries from pharma to financial services
Presenter
Presentation Notes
Bon Ton The need <200 characters> Accommodate seasonal demand spikes for the company’s e-commerce site, support significant customer growth and control the cost of software licensing.� The solution <200 characters> Bon-Ton replaced an x86 environment with IBM® PowerLinux™ 7R2 servers and IBM PowerVM® running IBM WebSphere® Commerce on an SUSE Linux operating system. Bon-Ton uses IBM Systems Director for management. The benefit <200 characters> The company achieved 2.5 times greater throughput without increasing software licensing costs. Bon-Ton now delivers a consistently rich e-commerce experience to more customers, even during peak demand. NC State The need NCSU aligns its courses with developments in the real world, to help students develop applicable skills and to further strengthen its industry connections. One part of achieving these goals is to provide students with access to the latest technology, and to give them direct experience of tackling industry challenges around information management. The solution Seeing an opportunity for students to consult with businesses on tackling the challenges and opportunities of Big Data, NCSU worked with IBM to develop a solution based on a cluster of ten IBM® PowerLinux™ 7R2 servers and InfoSphere® BigInsights™ software. Drawing on IBM Natural Language Processing solutions, NCSU students can filter unstructured data to enable sophisticated text analytics. The benefit Provides NCSU students valuable experience in applying the latest technology to real problems, while positioning themselves as thought leaders within select industries. NCSU has developed a proven methodology for engaging with and facilitating discussions with LOBs. IBM opportunity By engaging with LOBs, NCSU is better positioned to identify business pain points which can be addressed with a Big Data offering. The new industry linkages can yield additional IBM sales opportunities. IT Informatik Business challenge To compete with larger companies, IT-Informatik, a medium-sized German IT services provider, focuses on service quality and application performance. Solution IT-Informatik chose a full virtualization strategy, based on IBM® PowerLinux™ servers with IBM PowerVM® virtualization and Live Partition Mobility, to manage its SAP hosting services. Outcomes The new solution slashes IT operational costs by more than 50 percent and enables IT-Informatik to set up new customer environments 80 percent faster. It has reduced time spent on storage administration by two hours per week, enabling business growth without the need for more IT staff.
The OpenPOWER Foundation creates a pipeline of continuous innovation and extends POWER8 capabilities
Analytics extracting patterns from large amounts of data run 8X faster leveraging NVIDIA GPU technology borne of the OpenPOWER Foundation
• Opening the architecture and innovating across the full hardware & software stack • Driving an expansion of enterprise-class hardware and software • Building a complete server ecosystem delivering maximum client flexibility
Members at all layers of the stack
Boards / Systems
I/O / Storage / Acceleration
Chip / SOC
System / Software / Services
Implementation / HPC / Research
www.openpowerfoundation.org
Presenter
Presentation Notes
Key Message: This group of businesses and organizations are rapidly developing upon it to deliver community-led innovation at an accelerated pace. The Foundation is growing quickly; we have organizations at various levels of systems design and development, which will contribute compelling POWER-based solutions to the market. A rapidly growing community that is creating a pipeline of new innovation based on POWER technology and bringing them to new clients and new markets. IBM and the members of the OpenPOWER Foundation are leading the challenge to extend the promise that Moore's Law could not fulfill, offering end-to-end system innovation through a robust collaboration model. No single area of innovation is enough any longer. This new era, driven by the demands of data, requires technology innovation across the full stack. OpenPOWER is experiencing strong momentum fueled by the industry's appetite for more innovation. The foundation’s innovation roadmap is aggressive, with the first OpenPOWER-enabled products coming to market in later this year. And, in April, we opened POWER8 – a processor designed for data – to the OpenPOWER Foundation. One of the things we’re most excited about are the advantages of the POWER architecture’s CAPI (Coherent Accelerator Processor Interface) approach. CAPI-enabled processors operate over PCIe links and can be designed using existing industry skills. CAPI offers specialization for what a business application requires – whether it’s speed to memory or compression or cryptography. How will the OpenPOWER Foundation benefit clients? OpenPOWER technology creates greater choice for customers Open and collaborative development model on the Power platform will create more opportunity for innovation New innovators will broaden the capability and value of the Power platform� What does this mean to the industry? Game changer on the competitive landscape of the server industry Will enable and drive innovation in the industry Provide more choice in the industry
ISVs are critical to the expanding ecosystem on POWER
"IBM's POWER8 System, running Linux, is purpose-built for web-scale, delivering the technology to harness the power of automation, cloud, and big data.” – Ken Cheney, Vice President of Business Development, Chef Software
“IBM is an important part of Canonical's Server and Cloud partner ecosystem. We believe IBM’s launch of Power8, with Ubuntu 14.04 LTS, Ubuntu OpenStack and Juju will deliver the scale, reliability and performance customers are looking for. – Mark Shuttleworth, Founder of Canonical, Ltd.
“Combined with IBM's POWER8 systems running Linux, Redis can run much faster and our clients will be able to process hundreds of thousands transactions per second at sub-millisecond latencies.” – Ofer Bengal , Co-Founder and CEO, Redis Labs
"Our Business-Ready Performance Management Solution utilizes many of the features of IBM POWER8 technology such as high data processing capacity, high data security, reliability and availability in which clients come to expect from their Business Analytics solutions.” – Gary Shiller, Vice President, Sky Solutions
23
IBM Power Systems
Designed for Big Data
Superior Cloud Economics
Open Innovation Platform
Call your IBM representative and visit a local briefing center
Contact your IBM Business Partner and tap into IBM’s ecosystem resources
Learn more at ibm.com/power
Open Innovation to put data to work
Open innovation to put data to work across the enterprise
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