Slide objective: HP & Intel get the unique requirements and business lifecycles of midsize businessesThe midsize enterprise conference is such a great opportunity not only for HP to highlight what we’re doing and how we’re helping you do more with less, but to HEAR from you. Trust that we are listening, and this is what we’ve heard you tell us, which has directly influenced how we approach this segment and design our offerings to address your specific pain points.“My IT budgets are shrinking, but my user’s content keeps growing, and I need to upgrade my application base.” Your current business situation (still doing more with less): increasing competition , Merger and acquisition , Site consolidation , Business disruptions, Complexity, Budget cuts, Server sprawl, Data growthSpeaker’s note:In the face of increasing competition and economic downturn, many midsize businesses are experiencing significant changes. They are attempting to balance major budget cuts and the ability to gain competitiveness. Common events such as site consolidations and M&A’s often lead to consolidated branch offices where frontline employees are responsible for sales and customer services. These employees, who rely upon the consolidated infrastructure, must achieve higher levels of productivity, and the IT staff, who manage the infrastructure, must reduce the operating costs with lower overhead and higher efficiency. HP’s designed its branch office consolidation solutions to address these concerns by removing remote management complexity, improving branch data protection and supporting the increasing demand for data capacity in a cost-effective manner. Although many business risks exist, IT does not have to be one of them. The current competitive environment leaves little room for operational disruptions that might cripple the processing of a sales order or a customer service request, or data losses or breaches that might lead to costly damage control. HP’s designed its business risk mitigation solutions to diminish the risks of system downtime and data and network security so you can focus on moving things forward. These solutions were developed by leveraging the best-in-class technology across the broad HP portfolio and our deep partnerships with key ISV partners. One of the key enabling technologies is virtualization that addresses the issues of server sprawl and the associated increase in cost and complexity. The HP Virtualization bundles, two of which are also the building blocks of the business risk mitigation solutions, allow organizations to achieve the full potential of virtualization simply and affordably. Bundles range from entry configurations that deliver cost effective application high availability without external storage, to large metro clusters that keep applications online during site failures.
Today, everything is mobile, connected, interactive, immediate and fluid. 3 “mega” trends are shaping the next generation of businesses and gov’tsEvolving business models … driven when technology combines with “extreme” markets … such as demand for very low price points, new buying patterns, or “leap-frogging”, i.e. when emerging countries by-pass land lines for cell phones.Fundamental shifts in technology … Mobile, cloud and ubiquitous computing will shift expectations and role of IT … with new ways and new industries to deliver immediate services. Next decade … 2 trillion devices + 5 billion people connected to internet.Changing Workforce Social media, consumerization of IT, and changing demographics are changing how work gets done. Net Gen & Gen-X workers bring new ways to look at problems … they see tech. as merely a service-delivery platform. Replacing baby boomers (next 15 yrs.) and changing how enterprises work … facilitating instant connections to ideas and collaboration within and outside the enterprise.I’d like to take a moment to show you a video to introduce Instant-On Enterprise. Please Please roll Instant-On Enterprise Video
What does this mean for in terms of growth over the next 5 years? I think that represents what technology will be in the future. More people accessing the internet, with more devices, to more visual and interactive content. In the next five years, we will add a billion more people to the internet (total of 2.5B). We estimate 15 billion connected devices and visual data growth over 10 times in size increasing the data footprint across the internet to >1000Exabytes!This will create exciting new experiences. What those new experiences will mean for you as a consumer and employee is that everything you want your technology to do “just works.” The impact for leaders of the IT business and developers of those new services will be opportunities to deliver business capabilities around those “just works” experiences for users and customers.But that “Just works” experience with data and services will pose some daunting infrastructure challenges in terms of efficiency, security and resource capability that need to be addressed.
Storyline: To address these key challenges, the IT datacenter needs to continue to evolve – it’s really about evolving from discrete datacenters to today’s virtualized datacenters to an evolution to cloud computing. Cloud, especially public cloud, has been getting a lot of attention. However, the largest cloud sub-segment growth over the next several years is expected in private cloud. The main reason is there are many moving parts to cloud implementation, and IT shops are starting at different points on this continuum with regards to infrastructure and internal expertise. Also, most medium to large IT shops won’t go completely to a public cloud only model, as they want to maintain control of critical business processes and data.Discrete DatacenterFew years ago datacenters used to have independent silo’s of Compute, storage, and multiple networks. Over these years IT has been consolidating servers over discrete and independent networks. Ethernet, Infiniband, and Fibre Channel networks were all prevalent in the discrete data center. The key challenge of discrete data center has been lack of flexibility.Virtualized DatacenterAs virtualization is taking hold in the datacenter. We are seeing that the silo of compute, network, and storage are broken. Virtualization is enabling high level of agility and riving lower costs as we get rid of proprietary interfaces and proprietary solutions. And improving each to deliver on demand scalable performance so that as the application needs grow the infrastructure can respond. In each of these areas Intel is delivering critical building blocks that are companions to the Xeon 5600. In the Intel Xeon 5500 platform, we have enhanced the compute virtualization capabilities of the processor with Extended Page Tables, along with enhanced IO virtualization capabilities which allow the use of native drivers by directly assigning network resources to each virtual machine (VT-d and VT-c).Our 10Gb Ethernet solution we have leads in virtualization on the network, and we are leading the next phase toward unifying the data center storage and network fabrics with support for both Fibre Channel or iSCSI technologies over Ethernet. Intel’s Intelligent Power Management technology, Demand Based Switching and emerging technologies such a Node Manager are providing a host of capabilities for end-users to deliver fine grained power management within their virtual environment. Cloud computing is an evolution of IT that delivers IT resources in a flexible, pay as you go model. From an end user perspective, cloud-based services need to provide the illusion of infinite resources, sense of ownership and security and dictate a pay-as-you model. Both internal (behind corporate firewall) and external (via public internet) clouds offer the potential for highly flexible computing and storage resources, provisioned on demand, at theoretically lower cost than buying, provisioning, and maintaining more fixed equivalent capacity. The core element that makes something a “cloud” is the architecture of the underlying compute, network and storage in the datacenter. From a Network perspective the Cloud Datacenter needs a Simplified Network: We had server sprawl, now we have vm sprawl. We increased server utilization through virtualization but have driven network bandwidth through the roof in complexity creating the next bottleneck in the system. IDC estimates that it costs roughly as much to manage a virtual server as a physical one. Business Drivers for Cloud: Cloud is not HYPE for us – we see core business value in using and maximizing the cloud. Benefits align with the key elements of our Data Center Strategy an the needs of our business (agility, efficiency, security and availability). Cloud Computing and the usage models it brings is forcing us to change the way we inside Intel IT look at our architecture: from the client technology to the data center infrastructure and the way in which we deliver services to our business partners and developers.
For 22nm - more integration, better transistors. Revolutionary process technology. This advancement extends Intel’s lead over competitors. It’s one of the biggest breakthrough in microprocessor design in decades.22nm 3-D transistors deliver unprecedented performance improvement and power reduction 2x transistor density drives low power performance and greater integrationEnhanced media and graphics performance with processor graphicsEfficient performance for thin and light form factorsLower voltage operation with lower leakageIntegrated hardware + software securitySuperior power draw
*Source: Based on HP internal estimatesASSUMPTIONSCost/kwhr = 0.10 (Note that power figures should translate directly into Euros as EU-EnergyStar uses €0.10 as the average rate for EU.)License Cost = $800/yr RHEL per serverPerformance data based on results at 30% load on G4 or G5 systems and a 60% load on G6 systemsDL380 G6 cost = $3500
Hopefully you’re already thinking of a customer, if not, here are the 2 primary virt. sales strategies that may help you narrow it downContainment is for customers with a current project in mindConsolidation is for any customer (regardless of weather or not they have a project going)IT and Business Benefits:Infrastructure refresh can realize cost reductions in less than one yearReduce complexity and server sprawlOptimize assets to utilize compute powerNear-native performance for virtual machinesShrink energy burdenFree up data center floor space
Hopefully you’re already thinking of a customer, if not, here are the 2 primary virt. sales strategies that may help you narrow it downContainment is for customers with a current project in mindConsolidation is for any customer (regardless of weather or not they have a project going)IT and Business Benefits:Improved operating expenditure efficiency via dynamic resource poolsImproved responsiveness to business demands for compute capabilityVirtualized high availability can reduce dependence on complex cluster solutionsSeamless data accessVery fast migration of virtual machines
Three ways Intel technology helps with increasing security, particularly in virtualized environments (and the cloud) is to: isolate, enforce, and encrypt. Intel® VT provides isolation of virtual machines not readily available in a non-virtual implementation. Intel® TXT locks down the virtualization configuration so that it can only be changed by entering into the TXT driven secure mode. It’s kind of an additional armor around the protections promised by virtualization isolation.Intel TXT is a multi-faceted protection technology, but the main protection is around measuring the launch environment, whether it’s the virtualization hypervisor or a bare-metal operating system. Launch-time is an unprotected flank which now can be protect to ensure the foundation of your multi-tenancy has not been tampered with. Additionally, security policies based on “trusted” platform or virtualized pool status can then be set to allow/restrict sensitive VMs or data to move to “trusted” or “untrusted” platforms.AES-NI speeds up encryption algorithms. This allows IT departments to deploy encryption of data not feasible before due to performance concerns. This could be the use of AES-NI optimized SSL and IPsec for protecting data in transit, or full-disk encryption or database encryption to protect data at rest. The foundation of enhanced cloud security will be build around the ability to deliver secure multi-tenancy, better protect data and enable compliance and control accessWe tend to look at it under the terms Isolate, Encrypt, Enforce and Connect. Let’s briefly look at each in turnIsolate: A key premise for virtualized environments is that each virtual machine believes it is a real machine, and has control over its physical and logical resources—and as such it is “protected” from other systems/VMs. But the reality is that VMs are existing on shared resources and that software layers are responsible for arbitrating access to these shares resources and protecting the contents of one VM from another. With emerging attacks such as virtual rootkits and other VM escape methods and more scrutiny driven by the desire to move more critical workloads to the cloud, software-only approaches fall short. Intel VT and Intel TXT provide additional hardening to isolate workloads and system execution from launch through runtime, and helping to reduce overall attack surfaces of these shared environments.Encrypt: Whenever physical control of data is reduced (such as putting data on laptops or storing in cloud), encryption is essential as the last line of defense to protect from misuse. For the cloud and other shared infrastructures, one wants to have encryption in place to protect data as it is moved to the cloud or between clouds and while in storage. Intel AES-NI provides performance benefits to make high-volume encryption faster and more efficient for these data transport and storage workloads. AES-NI also provides strengthening again side-channel attacks, which is an increasingly critical function in shared compute resources models.Enforce: Knowing the computing environment is difficult in a cloud implementation—the resources are abstracted away and may exist anywhere. But when considering deployment of critical workloads to the cloud, one often MUST have more knowledge of the environment—due to policy or regulatory conditions. Intel TXT helps provide assurances of platform integrity through the enforcement of platform trust—that a “known good” software environment is in control of the platform. With this knowledge, IT managers can establish and enforce policies such that critical workloads or sensitive data can only be deployed onto trusted platforms as a way to provide best protection of these apps.Connect: Controlling access to cloud resources is vital. Establishing user and system identity is critical to provide relevant information needed for the decisions about allowing or disallowing access. The Intel Expressway Cloud Access 360 product from Intel’s Software and Solutions Group helps fill this need. It provides a foundation for access control, authentication and audit that will be an essential part of the governance model as more critical andf higher-value applications move to cloud infrastructures and as businesses begin to accelerate the federation of clouds in public-public, hybrid cloud or and client-aware cloud models to meet their needs for scale, performance, uptime and other attributes.
Our data footprint on the internet is growing with every digital action we take online. Knowing the size of the internet’s data footprint is impossible. The only good proxy is to look at how much traffic that footprint generates. The growth is staggering. Since the invention of the Internet through 2009, the data footprints that crossed the Internet totaled 150 Exabytes. Almost half that number came after the year 2000, as the ‘net became about multi-media. This year, our data footprints that cross the ‘net will grow over twice in size, adding 175 Exabytes; takes the total amount of traffic crossing the Internet to over 325 Exabytes. It begs the question: “What’s behind this? “
Kirk speaking points:Lead with Cloud definitionAgility, EfficiencyWhat can we/the industry achieve by making clouds more simple, efficiency, secure and open? Save 45 GW (1 billion watts) power/ by driving Intel power efficiency trend across the cloud for next 5 years Cut $25B in annual “excess” spending by 2015 making deployment of clouds simpler Avoid >$100B in lost services revenue by making clouds more secure and easier to adopt/deploy Sources: Saves 45 GW power which equals 45 coal plants avoidedPower savings calculated based on projected performance improvements from Intel roadmap while keeping power / system flat. Moore’s Law drives ~2x perf / 18 months. At 5 years, that equals 10X. We assume that compared to 2010, we’re saving 9X (i.e, the 10x less the 1X for what you’ll need). It assumes we keep power per system constant at 200W. We assume we’ll need 16M servers in 2015 (based on market model) – that means we save 16M x 9X x 200W (average system power) x 1.6 PUE = ~45GW. The estimated power/coal plant is 1Gw 45GW = ~ 45 coal plants needed which equates to approximately 30 million homes according to the EPA website: http://www.epa.gov/RDEE/energy-resources/refs.html#coalplant Cut $25B in annual “excess” by 2015 making deployment of clouds simplerProjects out $142B in annual Bain spending estimates on infrastructure and assumes we can reduce by 15% by 2015. Extrapolating on 2013 yearly estimate of $142B, assumes 15% reduction.2013: $142B spend in infrastructure / support that doesn’t add value but is “overhead” of deployment (source: Bain) Open: Industry could miss out on $95B of cloud services revenue due to customers on sidelines for cloud due to concerns over lock-in now thru 2015Takes IDCs services forecast of $40B and calculates over the ’10-’15 horizon and cuts growth rate by half – Intel projection. $40B IDC projects by 2014 (grossed up to 2015) from July, ‘10 report.
Cloud computing offers the potential to provide true flexibility, agility, improved efficiencies, and lower costs in delivery of IT services, among other benefits. To help IT evolve to realize cloud’s true potential, Intel believes the cloud of 2015 will look dramatically different from today’s computing infrastructure. The Cloud will beAutomated: Dynamically allocate resources to agreed upon services levels and automatically optimize for maximum resource utilization and power efficiency. This includes automation of provisioning, resource monitoring, reporting of consumption for bill back and workload balancing.Federated: data and services will seamlessly and securely scale beyond borders to span public and private clouds when desired. Federation allows you to move your workload from one service provider to another, burst between your internal private cloud and public cloud providers if additional capacity is needed and more easily share information across vendors, partners or clients.Client aware: the data center will provide secure access and optimal experience across a range of devices to take advantage of the capabilities of the device in hand. Today many internet services are “dumbed down” to the lowest common denominator – even if the user is accessing the service via a powerful desk top computer. Or the opposite can be true where services are difficult to read/use if you access them from a device that isn’t a personal computer (e.g. have you ever tried to track a flight on your blackberry?). In a client aware environment, the capabilities of both the server and the client will be exposed to the cloud service. The cloud service will then be able to adapt based upon that information and deliver optimal service based on the device at hand – fully utilizing the power of the client/server when available.Why would a company care about client capabilities? A: The bottom line is money and flexibility. Taking advantage of client based performance means that users may be less likely to experience performance degradation when transitioning to a cloud. In cases where servers supporting a particular application are heavily subscribed, companies can take advantage of client side processing to improve resource utilization. There can also be network related benefits. Where the proliferation of mobile devices and growth of rich content are impacting wireless network capacity, the ability to run applications on the end point can help reduce network traffic, alleviate performance impacting bottle necks. Finally, robust clients give companies the flexibility to run both conventional and cloud based applications and enable users to remain productive whether working in an online or offline mode. Some of these attribute exist today, but many are not fully developed, complete software capabilities do not exist and standards are missing that will enable businesses to achieve the full realization and potential of the cloud
Slide objective: The latest technology advancements with HP and Intel with Intel Xeon inside.Why does Intel inside matter? Intel Xeon based ProLiant servers are the foundation of all mid-market solutions (BOC, BRM, UCC) Fast ROI on Intel based servers makes these solutions cost effective HP builds the infrastructure solutions (we’ve just talked about) …. our partnership with Intel makes them EVEN more energy efficientHP offers the broadest line up of Intel-based platforms which utilize the new Intel® Xeon® processor series. The Intel Xeon processors give you a tremendous step forward in technology and the ProLiant servers take full advantage of these advancements delivering double the performance of existing quad-core servers. ExampleThe HP ProLiant DL380, the world's largest selling server, delivers on its history of design excellence with enterprise-class uptime and manageability, proven 2-way Intel Xeon performance, and 2U density for a variety of rack deployments and applications. What's newDual-Core Intel Xeon version of HP ProLiant DL380 models, for improved server responsiveness, enhanced multi-tasking capabilities and up to 50% improved performance for your most demanding applications and virtualization projects. Ideal environmentEnvironments of all types and sizes The unmatched flexibility of the DL380 has made it the best selling server in the world - sold to businesses of all sizes for a vast array of applications. Large internal storage capacity for everything from web apps to databases.Easily connected to storage networks and easily managed from wherever you are. Space-constrained corporate data centers and service providers The DL380 packs the storage, memory, and I/O you need into only 2U of rack space Availability features like hot plug redundant power, online spare memory, and hot plug/redundant fans keep environments up and running and users productive Sophisticated SMB locations The DL380 is not just for enterprises. Small and medium businesses with rack environments that can benefit from remote server management or network backup should consider the DL380. Note: Supporting boardroom sessions from Intel “Assessing the business case for server refresh with HP and Intel” and “Intel Intelligent Servers - cores, compute capabilities and costs”.
Slide objective: thank you, stop by showcase, let’s talk and we’re here to listenWe are pleased to be here with you once again as the World Premier sponsor of MES and I’m personally very pleased to be here and looking forward the opportunity to demonstrate HP’s commitment to your success. Additionally, we have a team of specialists from HP that want to speak with you to better understand the unique requirements. We’re here to listen. (ask the team to stand up in the audience)Please stop any one of us in the boardrooms, between breaks and at the showcase tonight and tomorrow evening to tell us about your experiences (good or bad) with HP, and ask for more information about HP’s products and solutions designed specifically with your unique requirements in mind.The opportunities that lie ahead are exciting. We’re in this together. You drive the recovery as you create and deliver your products and services, as you connect with your customers and communities, and you do more than you ever thought possible.Thank you. Have a great event!(optional: mention you are personally available throughout the conference as well as afterwards. Please stop me at any time and I’ll provide you my business card…)
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Performance tests and ratings are measured using specific computer systems and/or components and reflect the approximate performance of Intel products as measured by those tests. Any difference in system hardware or software design or configuration may affect actual performance. Buyers should consult other sources of information to evaluate the performance of systems or components they are considering purchasing. For more information on performance tests and on the performance of Intel products, visit Intel Performance Benchmark Limitations
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3 MEGA focuses for mid-size enterprises 3 Enabling innovation Energy conservation Business continuity
The 3 global Mega trends 1 2 3 TECHNOLOGY ADVANCEMENTS EVOLVING BUSINESS MODELS CHANGING WORKFORCE 4
By 2015… More users More devices More data >1,000 ExabytesInternet Traffic >1 Billion More Netizen’s 15 Billion Connected Devices 1. IDC “Server Workloads Forecast” 2009. 2.IDC “The Internet Reaches Late Adolescence” Dec 2009, extrapolation by Intel for 2015 2.ECG “Worldwide Device Estimates Year 2020 - Intel One Smart Network Work” forecast 3. Source: http://www.cisco.com/assets/cdc_content_elements/networking_solutions/service_provider/visual_networking_ip_traffic_chart.html extrapolated to 2015 5
As a result, the datacenter is evolving Cloud Datacenter Virtualized Datacenter Cloud Infrastructure VM VM VM VM Security Discrete Datacenter Network Storage Compute Mgmt Datacenter Facilities (e.g. cooling, power) Management Unified Network Compute Network Storage Efficient and secure Open architecture Simplified network Storage Arrays Servers Flexible management 10G Unified Network Consolidation Discrete networks 6
7 Are you taking ACTION? Do you have legacy platforms in your datacenter? How many of you have ongoing virtualization programs in place? Cloud an option today? Future?
The impact of old age 8 Rising client TCO Older power hungry servers Power in Watts vs. Server Age 1500 400 Mobile 375 Desktop 1000 350 Refresh!! Virtualize!! Manage!! Outsource to the Cloud!! 325 500 Old technology costs you money What are your options?? 300 0 <2 Years 2 Years 4 Years Year 1 Year 2 Year 3 Year 4 Year 5
Energy-efficient performance built on Moore’s Law Lower Transistor Leakage 14nm* 32nm 45nm 65nm 22nm 1x 0.1x Higher Transistor Performance (Switching Speed) 0.01x 0.001x 22 nm Benefits Smallest Handhelds to Powerful Cloud-based Servers 9 Source: Intel Source: Intel * Projected
Server refresh: Xeon 5600 10 G7 savings vs. G5 G7 savings vs. G4 New HP ProLiant G7 Lower Operating Costs $1,656/yrPower/Cooling Savings Lower Operating Costs$8,613/yrPower/Cooling Savings Featuring Intel® Xeon® Processor 5600 Series Lower Software Costs$4,000/yrOS licensing Savings Lower Software Costs $15,200/yr OS licensing Savings 200520 G4 servers(single-core) 5100 W W 20076 G5 servers(dual-core) 1122 W 20101 G7 server (quad-core)177 W Rapid Payback2 monthROI from G4 Rapid Payback8 monthROI from G5
Consolidate up to 197 G4 servers on a single server Breakthrough efficiencies: Xeon 7500 11 ® Savings by consolidating G4 servers on to… Savings OS licensing Power/cooling : 91 1 Up to $38,940/yr Up to $72,800/yr Payback in as little as 60 days DL580 G7 G4 : 197 1 Up to $82,374/yr Up to $313,600/yr G4 DL980 G7
Savings scenario DL380 G7 The HP / Intel solution consolidates servers, storage and networking infrastructure to safely achieve higher utilization Capital Costs 1 Operating Costs 2
Virtualization 1.0: Consolidation 13 App App App OS OS OS Test Production VMM VMM VMM App App HW HW HW OS OS VMM HW VMM HW App App App OS OS OS Consolidation use models require Multi-core, memory capacity, performance, and capability Test and Development Server Consolidation Intel® architecture is built for server consolidation 1 Best published VMmark results as of 10/19/09 except Xeon® 5500 processor scores, which are Intel Measurements May 2009. Intel Xeon® processors 5600 VMmark performance: Intel Xeon processors X5680 (12 M Cache, 3.33 GHz, 6.40 GT/s Intel® QPI), 96 GB memory (12x 8 GB DDR3-800 Reg ECC DIMMs), VMware ESX* V4.0 Update 1. Performance measured at 32.25@ 26 tiles.
Virtualization 2.0: Flexible resource management 14 App App App App OS OS OS OS VMM VMM HW HW Dynamic use models require Architectural consistency, HW/SW compatibility, I/O optimization Rapid Provisioning, High Availability/ Disaster Recovery HW and SWcompatibility Dynamic Load Balancing Intel® architecture is built for dynamic virtualization 1Source: IDC Q1’08 Quarterly Server Tracker: 8 Out of 10 servers sold are based on Intel® architecture. 2For notes and disclaimers on the 2x throughput, see the linked slide at end of this presentation.
Establishing the foundation for more secure IT services Intel virtualization & security technologies 15 ® Encrypt Isolate Intel® AES-NIdelivers built-in encryption acceleration for better data protection Intel® VT andIntel® TXTprotect VM isolation and provide a more secure platform launch VM1 VM2 VM1 VM1 VM2 Enforce VMM Intel® TXT establishes “trusted” status to enable migration based on security policy VMM ?? Intel® TXT ensures platform launch with known configuration Intel TXT: How it Works Intel® TXT Enabling Status Intel® TXT Platform Req’ts
150,000,000,000,000,000,000Bytes* 245,000,000,000,000,000,000 Bytes* Source: http://www.cisco.com/assets/cdc_content_elements/networking_solutions/service_provider/visual_networking_ip_traffic_chart.html http://www.cisco.com/en/US/solutions/collateral/ns341/ns525/ns537/ns705/ns827/white_paper_c11-481360_ns827_Networking_Solutions_White_Paper.html extrapolated to 2015 Quiz: Total data crossing the internet 17 Through 2009 In 2010 alone
Cloud computing can once again transform the economics of computing & services Accelerate $100B of Industry Services Through 2015 Save $25B of IT Spend in 2015 Save 45 Giga Watts in 2015 Sources: Save 45GW: http://www.epa.gov/RDEE/energy-resources/refs.html#coalplant and internal analysis Save $25B of IT spend: Bain Acelerate $100B of industry services through 2015: IDC and internal analysis 18
Cloud 2015 Vision 19 AUTOMATEDIT can focus more on innovation and less on management FEDERATEDShare data securely across public and private clouds CLIENT AWARE Optimizing services based on device capability Embedded Smartphones Netbooks Personal Devices Desktops Laptops Smart TVs Open & Interoperable Solutions Essential
Key takeaway: HP and Intel have tools & best practices to help you on your IT journey! 20 Refresh savings estimator Server sizing tool Tools, Cloud best practices & more available at Intel.com/IT
Delivering converged infrastructure TODAY! Why does Intel inside matter? 21 Xeon® 5600(Westmere) Xeon® 7500(Nehalem-EX) ® Intel Xeon based ProLiant Servers are the foundation for mid-market solutions
Thank you 22 Please stop by Showcase #201 and pick up your FREE thank you gift Thank you for recognizing HP and Intel’s commitment to you MES East 11 Best Midmarket Solutions - Hardware MES East 10 Best of Show MES East 10 Best Midmarket Solutions - Hardware MES West 09 Best Midmarket Solution – Hardware MES East 09 Best Execution of a Midmarket Solution MES West 08 Best of Show MES East 08 Best Presentation MES West 07 Best of Show MES East 07 Best of show