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Microsoft SQL Server - StreamInsight Overview Presentation

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  • Now more than ever, organizations have the need to use information management to compete and grow in a difficult market by reducing costs and identifying the highest value opportunities for their organization.  As we engage with customers, you explain the pressures you have to deliver more real-time information through rich applications while also reducing costs in this new economy. The converging IT trends of virtually free storage space, the rapid adoption of virtualization and the increasing capabilities of industry standard hardware, the emergence of the Cloud as a deployment option, and the need for real-time business information for all employees through easy to use tools are driving the data explosion we see today. You need a complete approach to managing, accessing and delivering information across your organization to accelerate and improve business decisions..  We also understand that at the center of delivering on these business needs there are people - IT Professionals, who support the expanding information needs of the business through IT services, Developers who build solutions in time to capture business opportunities in an increasingly competitive market and Business Users, who quickly mine volumes of data for business insights to help increase customer satisfaction and drive business results. Microsoft, along with our worldwide partners, is committed to deliver an Information Platform which enables your people and provides you with a complete set of technologies and tools to help you realize more value from your information at the lowest total cost of ownership. As we invest in the Information Platform we think about what we need to deliver to you in each of these 4 areas:  Mission-Critical Platform Mission-Critical Platform for all your application requirements, delivered with the industry’s best TCOEnsuring your applications and systems are reliable, highly available, secure and deliver superior, predictable performance is top priority for IT and for Microsoft. At our core, we are focused on delivering an information platform which meets the needs for performance, scalability, availability, and security for your most mission critical business applications at a lower cost of ownership, including acquisition costs and the ongoing costs of support, management and maintenance. From the server to the datacenter we offer our customers a reliable information platform that grows with their needs at a third of the cost of our enterprise DB competitor.Secure and available infrastructureWe have seen tremendous growth in our Enterprise business – investing significantly in our datacenter capability on the Windows Server platform, building out the industry’s most widely deployed database platform. The largest enterprises on the planet are now running their top-tier applications on the Microsoft platform and seeing sustained high-performance and uptime that directly benefits their businesses’ bottom line. Scales to all business requirementsWith storage costs declining, and increasing data volumes, IT departments need the ability to scale up seamlessly to process an increasing number of transactions, as well as storing and processing larger volumes of information. Microsoft’s Information Platform provides high scalability and performance for OLTP and BI as well as new Data Warehousing capabilities to scale to hundreds of terabytes to deliver on the most critical business needs. A complete and interoperable platform that empowers IT to be more productive and agile The boundaries of the IT environment continue to be stretched and IT Professionals have increased responsibility to manage application requirements for the datacenter, across mobile devices and the desktop, and now out in the cloud. To successfully manage these resources across the enterprise IT professionals require a consistent, and productive platform, including easy to use and robust tools.  Increased DBA Productivity and ControlSQL Server has long had a focus on DBA productivity – by providing rich management tools that empower administrators to take control of their environment. We continue to invest in tools that enable administrators to manage multiple servers at once via policies and to proactively manage system performance. We’re also investing to provide complementary tools for areas such as data integration and master data management.  Consolidation and VirtualizationConsolidation and virtualization can deliver significant resource and operational benefits in the datacenter, particularly at a time when IT professionals are facing budget pressure along with the need to continue the same level of service. Together, Windows Server, System Center and SQL Server can deliver a virtualized Data Center, providing increased utilization of server resources to reduce costs, greater standardization to reduce administration overhead and greater agility to dynamically scale to support changing and growing business needs.  The Power of Choice - Harnessing the CloudThe cloud offers new ways for IT to reduce the friction of connecting with customers and partners, the ability to quickly provision resources, and a way to reduce operational costs. Microsoft is delivering SQL Azure as part of the Windows Azure Platform to enable IT to manage these resources with a platform and tools that are consistent with their existing SQL Server environment.Dynamic DevelopmentIntegrated tools to help Developers more quickly build rich, intuitive and connected applications Developers are continually asked to deliver richer applications and services while lowering the time-to-solution to adapt to business needs and opportunities. With Visual Studio, the .NET Framework, and SQL Server developers have a highly productive platform to deliver data through their applications and to collaborate more efficiently with IT on deployment needs and requirements. The consistent development experience also gives developers the power to build applications for deployment across devices, desktops, the datacenter, and the cloud.  Tight Integration across the stackSQL Server has deep integration with Visual Studio and .NET to provide developers with a rich, seamless development experience. Developers can use familiar tools and the power of a model-driven approach to vastly improve their productivity, by abstracting away from database specifics and instead focusing on the business logic and outcomes required.  Platform for all DataBeing able to bring unstructured data alongside structured data in a single application gives developers the power to bring the relational model to new types of data. They can extend existing applications and develop new types of applications that incorporate location aware services, real time streaming data – all in a secure, synchronized way.  Rich and embeddable user experiencesDevelopers can embed powerful user experiences into their applications through components such as spatial data for rich mapping scenarios, embeddable BI controls and data synchronization. Looking ahead, developers can integrate value-added cloud services into applications for a differentiated value prop and additional services opportunities.Pervasive InsightA complete Business Intelligence platform that enables users across the organization to derive greater insights through familiar toolsBusiness Intelligence continues to be the #1 priority for CIOs. Even as budgets are cut IT is being asked to do more to deliver information to the business. Getting the right information to the right person at the right time is critical for success now more than ever. This requires providing access through familiar tools to end users while also providing IT the ability to manage and secure access to the information. By enabling access to all types of users through familiar tools, in a secure and well managed way – businesses can get more value from their information than ever before. Microsoft helps companies consolidate information, deliver access and empower users at all levels of the business: strategic, tactical and operational decision makers. Integrate all your data and scale your reporting systemsWith SQL Server, you can integrate the many sources of data in your organization into large scale data warehouses and deliver rich, high-performance reporting to your whole organization.  Enable users to derive insights through familiar toolsIncreased processing power and memory for desktops and laptops are enabling information workers to do more advanced data mining and analysis to improve decision making. We are extending our capabilities to deliver the power of self-service business intelligence to individual users through the familiar tools they use everyday such as Microsoft Excel. Enable collaborative decision making Today organizations have relevant data that lives in the datacenter, on user devices and desktops, and through external services. It is critical for users to be able to draw upon the wealth of information that is distributed throughout the organization and to do analysis and reporting with the data sources that are most relevant. The real value is that individual insight can be easily shared across work groups and across the organization. With Microsoft Office SharePoint, individual information workers can share and publish insights and analysis tools to scale reach and deliver greater value to the organization.ClosingLooking across the Information Platform, we think about how these capabilities can better support our customers’ information needs. For example a national retailer could use technology to track the demographics, volume and location of customers throughout stores across the country.  By processing large volume of data in real-time, they could then evaluate the needs of their customer base at any given moment and make changes to promotions or the store environment like the background music, to better appeal to the audience and drive real-time purchase.  Looking across the Information Platform, the ability to dynamically respond to customer needs could be built by working with your development organization to develop a new application or extending an existing application, partnering with IT to support the application through greater utilization of existing assets, and delivering information to business users through familiar tools. By providing business information pervasively throughout the organization in real-time this organization would be able to much more quickly identify and capture business opportunities.The Information Platform delivers the rich capabilities of SQL Server and SQL Azure to enable IT, developers and end users to deliver on your most critical business needs and maximize the value of your information throughout the organization at a low cost of ownership.
  • The purpose of this slide is to communicate the next wave of SQL innovation and how it should be messaged. There are three key areas of innovation: SQL Server 2008 R2 – the next generation release of the SQL Server database platform, Parallel Data Warehouse, appliances for high scale data warehousing and SQL Azure – scalable relational database platform service in the cloud. When you talk to each of these innovations, you want to emphasize that each is built on the solid foundation of SQL Server 2008.SQL Server 2008 R2 enables businesses to make more timely, better informed decisions by enabling users to access, integrate, analyze and share information using tools they are already familiar with – Microsoft Office. DBAs can more efficiently manage databases and applications at scale with multi-server management. Enhanced support for Virtualization will provide opportunities to further optimize resources through consolidation.SQL Azure – delivers on the Microsoft Data Platform vision of extending the SQL Server capabilities to the cloud as web-based services. SQL Azure provides an internet-facing database and advanced query processing services and is ideal solution for customers building new applications or integrating with existing investments in the cloud. Built on SQL Server technologies, SQL Azure provides the same enterprise-class availability, scalability , and security with the benefits of built-in data protection, self healing and disaster recovery as well as a consistent SQL Server programming model & tools. SQL Azure is scheduled for release later this year.Parallel Data Warehouse is a highly scalable data warehouse appliance. It uses Massively Parallel Processing (MPP) to deliver high performance and scalability on SQL Server 2008, Windows Server 2008 and industry-standard hardware. Parallel Data Warehouse is a separate release/edition but will launch jointly with R2 in the first half of 2010.
  • The “hero” offering that we’ll really sell broadly is SQL Server 2008 R2. You’ll notice that the messaging pillars for R2 are aligned with the Trusted, Productive, Intelligent messaging pillars for SQL Server 2008.To provide a comprehensive view of the R2 release (especially for SA discussions) this slide focuses on the key technology investments for each of the pillars. Trusted, Scalable Platform, it’s important to re-emphasize the enterprise-level security, high availability and scale delivered in SQL 2008 for mission critical applications. What’s new to the R2 release is StreamInsight for Complex Event Processing, Master Data Services for data consistency across heterogeneous systems, SQL Server support for up to 256 Logical Processors – providing greater flexibility in hardware choice, and enhanced data compression including Unicode compression for greater storage efficiency.IT & Developer Efficiency, the release-defining scenarios for R2 are Virtualization and Multi-server Management to increase IT productivity and reduce data management costs. This is enabled by the new manageability enhancements delivered in Management Studio plus R2 support for Windows Server 2008 R2 Hyper-V Virtualization and Live Migration. With R2, we introduce a new concept to the market, a single unit of deployment which will significantly increase the efficiencies around data-tier application deployments and upgrades resulting in dramatically streamlined consolidation and management efforts. Managed Self Service BI – Self-service analytics is delivered with PowerPivot – which is about enabling users to get the data they need without IT having to do a 6-month project to create a new application. PowerPivot gives users the power and flexibility to take internal data, integrate it with other information – and within Excel do all the slicing and dicing you need to get to the view of information you really need for decision making. This is all done “in memory” through really high compression in RAM – which is very powerful. None of the other major BI vendors can do this. User can easily share their application with others by publishing it to SharePoint.Once published, there’s a PowerPivot Operations Dashboard in SharePoint that provides IT Pros with the ability to manage business intelligence through SharePoint like it was just another service they provide. This new dashboard allows IT Pros to look at which reports are being run, who’s running them, how often are they running them, is the server being over utilized, how can I move the app dynamically to another server…BI is basically another managed object for IT. The reports the users publish is the object and we enable IT to understand how it is being used and apply rules and policies to that.
  • Your free PASS membership enables access to 12 Virtual Chapters, 24 Hours of PASS broadcasts, local PASS Chapters, professional development resources, newsletters, events calendar, and much moreMeet up with like-minded professionals throughout the year at face-to-face PASS Chapter meetings, discuss topical SQL Server issues, share tips and tricks, network, enjoy special guest speakers and get access to all things PASSAt PASS Summit,meet top industry experts , learn about best practices, effective troubleshooting, how to prevent issues, save money, and build a better SQL Server environment
  • Transcript

    • 1. SQL Server 2008 R2 StreamInsight Overview
      Name
      Title
      Microsoft Corporation
    • 2. Presentation Outline (hidden slide)
      • Technical Level: 200
      • 3. Intended Audience: ITDMs,DBAs, Database Developers, Database Architects, BI specialists
      • 4. Objectives (what do you want the audience to take away):
      • 5. Introduction to Complex Event Processing (CEP) and Microsoft’s StreamInsight solution
      • 6. Technical overview of CEP architecture and development environment
      • 7. Presentation Outline:
      • 8. Overview - Information Platform Vision, SQL Server 2008 Foundation, SQL Server 2008 R2 Value Proposition
      • 9. Introduction to Complex Event Processing (CEP)
      • 10. Business Challenges and key CEP benefits
      • 11. Platform Architecture
      • 12. CEP and LINQ Queries
      • 13. CEP Development Environment
      • 14. Query Binding & Configuration
      • 15. CEP Platform Summary
      • 16. Deployment Scenarios
      • 17. Roadmap
    • Information Platform Vision
      Pervasive Insight
      Empowered IT
      Dynamic Development
      MISSION CRITICAL PLATFORM
      Desktop & Mobile
      Cloud
      Server & Datacenter
    • 18. Scalable relational database platform
      Consistent, familiar model & tools
      Self-managed, highly available cloud services
      MPP support for 10s to 100s TB DW
      Highly scalable appliances
      Seamless integration with Microsoft BI
      A Comprehensive Platform
      Managed Self-Service BI
      Multi-server management
      Virtualization & Live Migration
    • 19. TRUSTED, SCALABLE PLATFORM
      IT & DEVELOPER EFFICIENCY
      MANAGED SELF-SERVICE BI
      Enterprise-level security, scalability
      High-scale, complex event processing
      Data consistency across heterogeneous systems
      Multi-server management
      Virtualization & Live Migration
      Accelerated development& deployment
      Self-service analytics
      Self-service reporting
      Streamlined collaboration& management
      COMPREHENSIVE PLATFORM FOR IT VALUE
      MPP support for 10s-100s TB DW
      Highly scalable appliances
      Seamless BI Integration
      Scalable relational database platform
      Consistent, familiar model & toolsSelf-managed, highly available cloud service
    • 20. What is CEP?
      Event
      Complex Event Processing (CEP) is the continuous and incremental processing of event streams from multiple sources based on declarative query and pattern specifications with near-zero latency.
      request
      output stream
      input stream
      response
      6
    • 21. Latency
      Scenarios for Event Processing
      Relational Database Applications
      CEP Target Scenarios
      Operational Analytics Applications, e.g., Logistics, etc.
      Data Warehousing Applications
      Web Analytics Applications
      Manufacturing Applications
      Financial trading Applications
      Monitoring Applications
      Aggregate Data Rate (Events/sec.)
      7
    • 22. Example CEP Scenarios
      Power, Utilities:
      Manufacturing:
      • Sensor on plant floor
      • 26. React through device controllers
      • 27. Aggregated data
      • 28. 10,000 events/sec
      Web Analytics:
      • Click-stream data
      • 29. Online customer behavior
      • 30. Page layout
      • 31. 100,000 events /sec
      Financial Services:
      • Stock & news feeds
      • 32. Algorithmic trading
      • 33. Patterns over time
      • 34. Super-low latency
      • 35. 100,000 events /sec
      Asset Instrumentation for Data Acquisition, Subscriptions to Data Feeds
      Data Stream
      Data Stream
      Visual trend-line and KPI monitoring
      Batch & product management
      Automated anomaly detection
      Real-time customer segmentation
      Algorithmic trading
      Proactive condition-based maintenance
      Stream Data Store & Archive
      Event Processing Engine
      Asset Specs & Parameters
      • Threshold queries
      • 36. Event correlation from multiple sources
      • 37. Pattern queries
      Lookup
      8
    • 38. Virtuous Cycle: Monitor, Manage, Mine
      9
    • 39. Microsoft’s CEP Solution
      Data Sources, Operations, Assets, Feeds, Sensors, Devices
      Input Data Streams
      OutputData Streams
      Input Data Streams
      CEP Engine
      Monitor
      & Record
      Manage
      &
      Benefit
      Mine
      & Design
      f(x)
      f'(x)
      g(y)
      h(x,y)
      Results
      Deploy
      History
      Operational Data Store & Archive
      CEP Engine
      f(x)
      g(y)
      f'(x)
      h(x,y)
      10
    • 40. CEP Deployment Alternatives
      CEP
      CEP for lightweight processing and filtering
      CEP
      CEP for aggregation and correlation of in-flight events
      CEP
      CEP for complex analytics including historical data
      Event processing engines are deployed at multiple places on different scales
      • At the edge – close to the data source
      • 41. In the mid-tier – consolidate related data sources,
      • 42. In the data center – historical archive, mining, large scale correlation
      Web servers
      Sensors
      CEP
      CEP
      Feeds
      Devices
      CEP
      CEP
      CEP
      CEP
      CEP
      CEP
      CEP
      Complex Analytics &
      Mining
      11
    • 43. Platform from Microsoft for continuous and incremental processing of event streams from multiple sources based on declarative query and pattern specifications with low latency
      EVENT TARGETS
      EVENT SOURCES
      APPLICATION
      Pagers & Monitoring devices
      Devices, Sensors
      MSFT CEP Engine
      Input Adapters
      Output Adapters
      Web servers
      KPI Dashboards, SharePoint UI
      Event stores & Databases
      Trading stations
      Overview: CEP Platform from Microsoft
      Bloomberg.com
      Reference data
      Stock tickers & News feeds
      Event stores & Databases
      PLATFORM FOR KEY MARKET OPPORTUNITIES
      KEY SOLUTION REQUIREMENTS
      • Event driven
      • 44. Low latency processing (< milliseconds)
      • 45. High volume (>100,000 events /second)
      • 46. Correlated events from multiple sources
      • 47. Time interval oriented standing queries
      • 48. Manufacturing: Process monitoring i.e. scheduling, control, inventory
      • 49. Financial: algorithmic trading, compliance monitoring, fraud detection
      • 50. Web: Click stream analysis ,ad-delivery model
      • 51. Utility: Grid monitoring
      • 52. Healthcare: Patient Monitoring
      • 53. Networking: traffic monitoring ,security intrusion detection
      • 54. Telecom: Network monitoring
      • 55. Oil and Gas: Geological data analysis, process control
    • Events
      Events expose different temporal characteristics
      Point in time events
      Interval events with fixed duration
      Interval events with initially unknown duration
      Rich payloads capture all properties of an event
      d
      c
      e
      Payload/ value 
      b
      a
      t5
      t3
      t4
      t1
      t2
      Time 
    • 56. Event Types
      Events in Microsoft’s CEP platform use the .NET type system
      Events are structured and can have multiple fields
      Fields are typed using the .NET framework types
      CEP engine provisioned timestamp fields capture all the different temporal event characteristics
      Event sources populate time stamp fields
    • 57. Event Streams
      A stream is a possibly infinite sequence of events
      Insertions of new events
      Changes to event durations
      Examples: time series sensor data, log entries
      Stream characteristics:
      Event/data arrival patterns
      • Steady rate with end-of-stream indication Examples: files, tables
      • 58. Intermittent, random, or in burstsExample: retail scanners, web, weather telemetry
      Out of order events
      • Order of arrival of events does not match the order of theirapplication timestamps
      Takeaway: CEP engine does the heavy lifting for you when dealing with out-of-order data
      15
    • 59. Event Stream Adapters
      Design time specification of an adapter
      • for a particular event type and particular source/sink
      • 60. methods to handle event and stream behavior, and
      • 61. properties to indicate adapter features to the engine
      Adapter features
      Feature
      Problem
      16
    • 62. Core CEP Query Engine
      Event
      Event
      Event
      Event
      Event
      Event
      Event
      Event
      Event
      CEP Engine
      Hosts “standing queries”
      Operators consume and produce streams
      Queries are composable
      Query results are computed incrementally
      Standing Queries
      Output Adapters
      Input Adapters
      Query instance management:
      Submit, start, stop
      Runtime statistics
      Takeaway: CEP engine does the heavy lifting for you when processing temporal event data
      17
    • 63. Typical CEP Queries
      Typical CEP queries require combination of functionality
      Complex type describes event properties
      Calculations introduce additional event properties
      Grouping by one or more event properties
      Aggregation for each event group over a pre-defined period of time, typically a window
      Multiple event groups monitored by the same query
      Correlate event streams
      Check for absence of activity with a data source
      Enrich events with reference data
      Collection of assets may change over time
      We want to make writing and maintaining those queries easy or even effortless
    • 64. CEP Query Features
      Operators over streams
      Calculations (PROJECT)
      Correlation of streams from different data sources (JOIN)
      Check for absence of activity with a data source (EXISTS)
      Selection of events from streams (FILTER)
      Stream partitioning (GROUP & APPLY)
      Aggregation (SUM, COUNT, …)
      Ranking and heavy hitters (TOP-K)
      Temporal operations: hopping window, sliding window
      Extensibility – to add new domain-specific operators
      Queries are written over specific event types
      They can be evaluated on all data sources with the same event type
      Support for streaming data, reference data (lookup), and historical data (replay)
    • 65. LINQ Query Examples
      LINQ Example – JOIN, PROJECT, FILTER:
      frome1inMyStream1
      joine2inMyStream2e1.IDequalse2.ID
      wheree1.f2 = “foo”
      select new { e1.f1, e2.f4 };
      Filter
      Project
      Window
      Grouping
      Join
      LINQ Example – GROUP&APPLY, WINDOW:
      frome3inMyStream3
      groupe3bye3.iinto SubStreams
      froms4inSubStreams
      frome4ins4.SlidingWindow(FiveMinutes,ThreeSeconds)
      select new {
      pl =newMyNewPayload(e4.i, e4.f)};
    • 66. Extensibility
      Built-in operators do not cover all functionality
      Need for domain-specific extensions
      Integrate with functionality available in existing libraries
      Support for extensions in the CEP platform:
      User-defined operators, functions, aggregates
      Code written in .NET, deployed as .NET assembly
      Query operators can refer to functionality of the assembly
      LINQ queries can easily refer to user-defined functionality
      Temporal snap-shot operator framework
      Interface to implement user-defined operators
      Manages operator state and snapshot changes
      Framework does the heavy lifting to deal with intricate temporal behavior such as out-of-order events
    • 67. Developer Experience with the CEP Platform
      Goals
      Easy to use and highly productive
      Most comprehensive toolset
      Supports various deployment models for CEP applications
      • Embedded applications
      • 68. Server applications
      Compelling story for domain-specific extensions
      CEP development environment
      Builds on top of .NET
      Microsoft Visual Studio as IDE
      Applications written in C#
      Queries written in LINQ
      LINQ:
      varqueryFilter =
      fromcinTestEventStream
      wherec.Field1 > 1
      selectc;
      22
    • 69. Managing CEP Data Sources & Queries
      Typical CEP Application
      • Multiple different data sources and adapters
      • 70. Several queries
      Intellectual property is in the queries
      Protect investment in queries over time
      • Re-use existing queries as newer version of an asset, device or data source become available
      • 71. Re-use existing queries for new data source types
      • 72. Seamlessly switch between live data feeds and historical data
    • Query Binding
      Event
      Event
      Event
      Event
      Event
      Event
      Analytics & Queries
      Data Sources
      QT1
      CEP Engine
      AT1
      Standing Queries
      Q1
      Input Adapters
      Output Adapters
      AT2
      Q1’
      AT3
      Q1’’
      Binding a query with data sources yields a query instance
      Configure multiple query instances for a query
      Similar to data independence: the same query can be bound to different data sources as long as they deliver the required event type
    • 73. CEP Query Configuration
      Query
      Query binding:
      Coupling adapters with a query
      Event types required by the query need to be matched by types delivered by adapters
      Query can be re-used for all data sources of the same type
      No changes to query necessary for re-use
      Output Adapter
      Type
      Type
      Query
      Template
      Proj.
      Join
      Type
      Type
      Type
      Type
      Input
      Adapter
      Input
      Adapter
    • 74. Recap: CEP Platform from Microsoft
      Event
      Event
      Event
      Event
      Event
      Event
      Event
      Event
      Event
      Development experience with .NET, C#, LINQ and Visual Studio 2008
      CEP Application Development
      CEP platform from Microsoft to build event-driven applications
      Event targets
      Event sources
      Event-driven applications are fundamentally different from traditional database applications: queries are continuous, consume and produce streams, and compute results incrementally
      CEP Engine
      Standing Queries
      Output Adapters
      Input Adapters
      Flexible adapter SDK with high performance to connect to different event sources and sinks
      The CEP platform does the heavy lifting for you to deal with temporal characteristics of event stream data
      Static reference data
      26
    • 75. CEP Deployment Scenarios
      Custom CEP Application
      Scenario 1: Custom CEP Application Dev
      Scenario 2: Embed CEP in Application
      ISV Application with CEP Engine
      .NET, C#, LINQ
      CEP Engine
      CEP Engine
      KPIs
      KPI mining
      ETL Pipeline with CEP engine
      CEP Engine
      CEP
      CEP
      CEP
      CEP
      Scenario 4: Operational Intelligence w/ CEP
      Scenario 3: CEP Enabled Device
      Reference data
      Device with Embedded CEP Engine
      Reference data
      Madison
      CEP Engine
    • 76. CEP Platform Roadmap
      Focus on
      Custom development platform for CEP applications
      CEP platform for Microsoft partners
      TAP (Technology Adopter Program) will launch in July 2009
      Product availability targeted for 2010
      CTP2
      TAP program
      CTP3
      TAP continues
      General Availability
      time
      2010
      Late 2009
      July 2009
    • 77. Anot-for-profit, user-run association to enable the SQL Server community to connect, share, and learn
      Get ongoing SQL Server learning from MVPs, top experts, and real-world users:
      • Training webcasts, technical education, worldwide event info, and more
      Sign up for your FREE PASS membership today: www.sqlpass.org
      • Go to local PASS Chapter meetings
      Visit the PASS Chapter booth to learn about upcoming local events, or visit www.sqlpass.org/PASSChapters
      • No local Chapter? Start a Chapter with support and resources from PASS
      www.sqlpass.org/getchapterinfo
      • Attend PASS Summit 2010
      World's largest and best conference for SQL Server and BI technical education www.sqlpass.org/na2010
      Follow / Join us online: Twitter @sqlpass #sqlpass, LinkedIn group, Facebook group
    • 78. © 2009 Microsoft Corporation. All rights reserved. Microsoft, Windows, Windows Vista and other product names are or may be registered trademarks and/or trademarks in the U.S. and/or other countries.
      The information herein is for informational purposes only and represents the current view of Microsoft Corporation as of the date of this presentation. Because Microsoft must respond to changing market conditions, it should not be interpreted to be a commitment on the part of Microsoft, and Microsoft cannot guarantee the accuracy of any information provided after the date of this presentation. MICROSOFT MAKES NO WARRANTIES, EXPRESS, IMPLIED OR STATUTORY, AS TO THE INFORMATION IN THIS PRESENTATION.