This document provides an overview and introduction to Oracle's engineered systems, Exadata and Exalogic. It discusses the industry evolution from layered components to integrated systems. It then outlines Oracle's strategy of moving to grid computing and how engineered systems are the next logical step. Details are provided on Exalogic, an engineered system for middleware workloads. Exadata, an engineered system for database and storage workloads is also introduced. The presentation concludes by discussing how Exadata and Exalogic can be used together to provide a seamless shared application infrastructure.
Engineered Systems: Oracle’s Vision for the FutureBob Rhubart
Oracle’s Exadata and Exalogic are impressive products in their own right. But working in combination they deliver unparalleled transaction processing performance with up to a 30x increase over existing legacy systems, with the lowest cost of ownership over a 3 or 5 year basis than any other hardware. In this session you’ll learn how to leverage Oracle’s Engineered Systems within your enterprise to deliver record-breaking performance at the lowest TCO.
(As presented by Kelly Goetsch at
Engineered Systems: Oracle's Vision for the FutureBob Rhubart
Oracle's Exadata and Exalogic are impressive products in their own right. But working in combination they deliver unparalleled transaction processing performance with up to a 30x increase over existing legacy systems, with the lowest cost of ownership over a 3 or 5 year basis than any other hardware. In this session you'll learn how to leverage Oracle's Engineered Systems within your enterprise to deliver record-breaking performance at the lowest TCO.
This document provides an overview of Oracle's engineered systems platform and product family. It introduces several Oracle engineered systems including Exadata, Exalogic, Oracle Database Appliance, SPARC SuperCluster, and Exalytics. These systems are designed to work together and deliver business value through expedited time to value, easier management, lower costs, and extreme performance. Each system is highlighted with its key benefits and unique features.
Oracle VM Consolidation and Path to the CloudBob Rhubart
1. The document outlines Oracle's strategy for providing complete, open, and integrated systems to benefit customers. This includes open standards, faster innovation, better performance and reliability, and lower costs.
2. Oracle VM provides server virtualization and management tools, including the Oracle VM Manager for centralized management of hundreds or thousands of servers, and Oracle VM Server software that installs on physical servers in about a minute.
3. New features outlined include simplified installation of Oracle VM Server and Manager that takes 5-7 minutes, discovery of Oracle VM Servers from the Manager, and setup of network and storage resources for virtual servers directly from the Manager user interface.
The document outlines a general product direction for information purposes only and is not a commitment or obligation. The development and release of any features remains at Oracle's sole discretion. It describes Oracle Exalogic Elastic Cloud as an optimized deployment platform for middleware application workloads that provides consolidation and a private cloud. Key benefits include extreme performance, reliability, manageability and simplicity through the integration of compute, storage, networking and software components into an engineered system.
Application-Driven Virtualization technologies offer new capabilities for optimizing data centers and enabling new IT operating models. This session will review the architectural strategies for getting the most of virtualization technology in a cloud environment.
(As presented by Ken Ellis at Oracle Technology Network Architect Day in Chicago, October 24, 2011.)
Big Data: Business Opportunities, Requirements and ApproachEnkitec
The document outlines Oracle's Exadata Database Machine product. It describes Exadata as Oracle's strategic database platform that can support all Oracle Database workloads. It provides customer examples demonstrating Exadata's performance improvements, storage reductions, and consolidation capabilities. The document also summarizes key Exadata technologies like Smart Scan, Smart Flash Cache, and Hybrid Columnar Compression.
Engineered Systems: Oracle’s Vision for the FutureBob Rhubart
Oracle’s Exadata and Exalogic are impressive products in their own right. But working in combination they deliver unparalleled transaction processing performance with up to a 30x increase over existing legacy systems, with the lowest cost of ownership over a 3 or 5 year basis than any other hardware. In this session you’ll learn how to leverage Oracle’s Engineered Systems within your enterprise to deliver record-breaking performance at the lowest TCO.
(As presented by Kelly Goetsch at
Engineered Systems: Oracle's Vision for the FutureBob Rhubart
Oracle's Exadata and Exalogic are impressive products in their own right. But working in combination they deliver unparalleled transaction processing performance with up to a 30x increase over existing legacy systems, with the lowest cost of ownership over a 3 or 5 year basis than any other hardware. In this session you'll learn how to leverage Oracle's Engineered Systems within your enterprise to deliver record-breaking performance at the lowest TCO.
This document provides an overview of Oracle's engineered systems platform and product family. It introduces several Oracle engineered systems including Exadata, Exalogic, Oracle Database Appliance, SPARC SuperCluster, and Exalytics. These systems are designed to work together and deliver business value through expedited time to value, easier management, lower costs, and extreme performance. Each system is highlighted with its key benefits and unique features.
Oracle VM Consolidation and Path to the CloudBob Rhubart
1. The document outlines Oracle's strategy for providing complete, open, and integrated systems to benefit customers. This includes open standards, faster innovation, better performance and reliability, and lower costs.
2. Oracle VM provides server virtualization and management tools, including the Oracle VM Manager for centralized management of hundreds or thousands of servers, and Oracle VM Server software that installs on physical servers in about a minute.
3. New features outlined include simplified installation of Oracle VM Server and Manager that takes 5-7 minutes, discovery of Oracle VM Servers from the Manager, and setup of network and storage resources for virtual servers directly from the Manager user interface.
The document outlines a general product direction for information purposes only and is not a commitment or obligation. The development and release of any features remains at Oracle's sole discretion. It describes Oracle Exalogic Elastic Cloud as an optimized deployment platform for middleware application workloads that provides consolidation and a private cloud. Key benefits include extreme performance, reliability, manageability and simplicity through the integration of compute, storage, networking and software components into an engineered system.
Application-Driven Virtualization technologies offer new capabilities for optimizing data centers and enabling new IT operating models. This session will review the architectural strategies for getting the most of virtualization technology in a cloud environment.
(As presented by Ken Ellis at Oracle Technology Network Architect Day in Chicago, October 24, 2011.)
Big Data: Business Opportunities, Requirements and ApproachEnkitec
The document outlines Oracle's Exadata Database Machine product. It describes Exadata as Oracle's strategic database platform that can support all Oracle Database workloads. It provides customer examples demonstrating Exadata's performance improvements, storage reductions, and consolidation capabilities. The document also summarizes key Exadata technologies like Smart Scan, Smart Flash Cache, and Hybrid Columnar Compression.
The document discusses Oracle's strategy and new technologies presented at Oracle Open World including Engineered Systems, Solaris 11, Oracle VM 3.0, Axiom and ZFS storage technologies, Oracle Database Appliance, and Oracle Enterprise Manager. It also provides an overview of Oracle's SPARC server roadmap from 2010 to 2015, highlighting planned increases in cores, threads, memory capacity, database and Java performance metrics.
Diagnosability versus The Cloud, Redwood Shores 2011-08-30Cary Millsap
In our increasingly virtualized environments, it's ever more difficult to diagnose application defects—especially performance defects that affect response time or throughput expectations. Runtime diagnosis of defects can be an unbearably complicated problem to solve once the application is sealed up and put into production use. But having excellent runtime diagnostics is surprisingly easy if you design the diagnostic features into the application from its inception, as it is being grown, like you would with any other desired application feature.
21st Century Service Oriented ArchitectureBob Rhubart
Service Oriented Architecture has evolved from concept to reality in the last decade. The right methodology coupled with mature SOA technologies has helped customers demonstrate success in both innovation and ROI. In this session you will learn how Oracle SOA Suite’s orchestration, virtualization, and governance capabilities provide the infrastructure to run mission critical business and system applications. And we’ll take a special look at the convergence of SOA & BPM using Oracle’s Unified technology stack.
(As presented by Samrat Ray at Oracle Technology Network Architect Day in Chicago, October 24, 2011.)
JDE & Peoplesoft 1 _ Roland Slee & Doug Hughes _ Oracle's Cloud Computing Str...InSync2011
Oracle's strategy is to deliver next-generation cloud services through integrated technology stacks. Oracle is developing fully integrated systems engineered to work together out of the box. This includes Oracle Exalogic for elastic cloud computing and Oracle Exadata as an integrated database machine. Oracle is also developing next-generation applications like Oracle Fusion Applications, which are built on standards and designed for extensibility in a multi-tenant cloud. Fusion Applications provide a unified user experience across modules on an integrated platform.
Engineered Systems: Oracle's Vision for the FutureBob Rhubart
The document outlines Oracle's vision for engineered systems and their benefits over standard platforms. It introduces several pre-configured and optimized engineered systems including Exadata, Exalogic, Oracle Database Appliance, and Big Data Appliance. These systems are designed to provide extreme performance, high availability, and lower costs through hardware and software integration and optimization. The systems can be deployed faster with less risk and maintenance than standard platforms.
The document provides an overview of Oracle Solaris 11.1. It discusses new features and enhancements in Oracle Solaris 11.1, including improved performance for Oracle RAC databases, a new virtual memory system, centralized audit reporting and alerts, optimized shared memory for Oracle databases, I/O observability for Oracle databases, support for secure multitenant database consolidation, and Java Mission Control for visualizing DTrace data. It also discusses how Oracle Solaris 11 powers Oracle engineered systems and appliances and enables simplified cloud deployments.
Powered by Oracle! Te ayudamos a distribuir tu aplicación en todo el mundoGeneXus
The document outlines Oracle's product direction and licensing models for partners. It states that the information is for reference only and does not represent a commitment by Oracle. It also notes that Oracle has sole discretion over features, functionality, and release timing of its products. The document then discusses how partners are critical to Oracle's success, with over 40% of revenue and 80% of transactions coming through partners. It promotes Oracle's portfolio and engineered systems as ways for partners to focus on their applications and expertise while leveraging Oracle's infrastructure investments.
Presentación corporativa de Oracle extraída de su portal Público (http://www.oracle.com/us/corporate/Acquisitions/pillardata/general-presentation-pillar-423172.pdf)).
The document discusses Oracle's infrastructure hardware updates from Oracle OpenWorld 2012. Key points include new Exadata X3 systems with flash storage and database in-memory capabilities, updated SuperCluster systems with Exadata X3 and Solaris 11.1, and new Oracle Database Appliance software features. Oracle's portfolio of engineered systems, cloud offerings, and virtualization technologies are also highlighted.
As presented by Ralf Dossmann and Ajay Patel at OTN Architect Day in Pasadena, July 9, 2009.
Find an OTN Architect Day event near you: http://www.oracle.com/technology/architect/archday.html
Interact with Architect Day presenters and participants on Oracle Mix: https://mix.oracle.com/groups/15511
Business Integration for the 21st Century Bob Rhubart
Service Oriented Architecture has evolved from concept to reality in the last decade. The right methodology coupled with mature SOA technologies has helped customers demonstrate success in both innovation and ROI. In this session you will learn how Oracle SOA Suite's orchestration, virtualization, and governance capabilities provide the infrastructure to run mission critical business and system applications. And we'll take a special look at the convergence of SOA & BPM using Oracle's Unified technology stack.
The document discusses the Oracle Database Appliance. It is presented as a simple, reliable and affordable platform for database consolidation. Key points include:
- It provides an ideal consolidation platform for small to medium businesses and departments, with high availability, manageability and pay-as-you-grow scalability.
- The appliance comes with redundant Oracle Linux servers, storage, networking and power. It supports Oracle Database 11g and Oracle Real Application Clusters out of the box.
- An easy-to-use appliance manager provides one-button automation for setup, patching and diagnostics of the entire Oracle database stack.
The document discusses how Oracle aims to simplify IT operations and drive innovation through engineered systems. It notes that typically 70% of IT costs are spent on operations and only 30% on innovation. Oracle's strategy is to deliver engineered systems that are tested and certified to work together, simplifying deployment, operations, and support. This allows customers to reduce IT costs and refocus resources on innovation. A case study shows how a retail customer was able to deploy an Oracle Database Appliance in just 2 weeks, significantly faster than standard servers.
Oracle Enterprise Manager (EM) provides complete lifecycle management for the cloud - from automated cloud setup to self-service delivery to cloud operations. In this session you’ll learn how to take control of your cloud infrastructure with EM features including Consolidation Planning and Self-Service provisioning with Metering and Chargeback. Come hear how Oracle is expanding its management capabilities into the cloud!
(As presented by Adeesh Fulay at Oracle Technology Network Architect Day in Chicago, October 24, 2011.)
The document discusses Oracle's Database Appliance, which is an engineered system that integrates hardware and software to provide a highly available Oracle database platform in a simple and cost-effective package. Key points include that the appliance offers extreme simplicity through one-button implementation and patching, pay-as-you-grow licensing, and a complete integrated system to support single-instance, RAC One Node, or RAC database deployments.
The document discusses Oracle's SPARC Supercluster, an engineered system comprising SPARC T4 servers, Exadata storage cells, and other components. It can replace legacy systems at a fraction of the cost while providing 3x higher database performance, 10x faster Java applications, and a 4x reduced time to production. The SPARC Supercluster offers extreme performance for Java, database and internet applications through optimized hardware and software design.
The Oracle Database Appliance is a new way to take advantage of the world\'s most popular database—Oracle Database 11g—in a single, easy-to-deploy and manage system. It\'s a complete package of software, server, storage, and networking that\'s engineered for simplicity; saving time and money by simplifying deployment, maintenance, and support of database workloads.
Cloud initiatives are beginning to dominate enterprise IT roadmaps. Successful adoption of Cloud and the subsequent governance challenges warrant a Cloud reference architecture that is applied consistently across the enterprise. This presentation will answer questions such as what exactly a Cloud is, why you need it, what changes it will bring to the enterprise, and what the key capabilities of a Cloud infrastructure are - using Oracle's Cloud Reference Architecture, which is part of the IT Strategies from Oracle (ITSO) Cloud Enterprise Technology Strategy (ETS).
The document discusses techniques for analyzing SQL performance on Oracle Exadata systems using tools like ASH, SQL monitoring, and ExaSnapper. It provides examples of using these tools to identify SQL statements that are not optimized for Exadata's Smart Scan feature and determining if problematic statements are long-running queries or frequent short queries. The document also demonstrates how to selectively force full table scans for reporting workloads while keeping indexes available for OLTP workloads.
The document discusses Oracle's strategy and new technologies presented at Oracle Open World including Engineered Systems, Solaris 11, Oracle VM 3.0, Axiom and ZFS storage technologies, Oracle Database Appliance, and Oracle Enterprise Manager. It also provides an overview of Oracle's SPARC server roadmap from 2010 to 2015, highlighting planned increases in cores, threads, memory capacity, database and Java performance metrics.
Diagnosability versus The Cloud, Redwood Shores 2011-08-30Cary Millsap
In our increasingly virtualized environments, it's ever more difficult to diagnose application defects—especially performance defects that affect response time or throughput expectations. Runtime diagnosis of defects can be an unbearably complicated problem to solve once the application is sealed up and put into production use. But having excellent runtime diagnostics is surprisingly easy if you design the diagnostic features into the application from its inception, as it is being grown, like you would with any other desired application feature.
21st Century Service Oriented ArchitectureBob Rhubart
Service Oriented Architecture has evolved from concept to reality in the last decade. The right methodology coupled with mature SOA technologies has helped customers demonstrate success in both innovation and ROI. In this session you will learn how Oracle SOA Suite’s orchestration, virtualization, and governance capabilities provide the infrastructure to run mission critical business and system applications. And we’ll take a special look at the convergence of SOA & BPM using Oracle’s Unified technology stack.
(As presented by Samrat Ray at Oracle Technology Network Architect Day in Chicago, October 24, 2011.)
JDE & Peoplesoft 1 _ Roland Slee & Doug Hughes _ Oracle's Cloud Computing Str...InSync2011
Oracle's strategy is to deliver next-generation cloud services through integrated technology stacks. Oracle is developing fully integrated systems engineered to work together out of the box. This includes Oracle Exalogic for elastic cloud computing and Oracle Exadata as an integrated database machine. Oracle is also developing next-generation applications like Oracle Fusion Applications, which are built on standards and designed for extensibility in a multi-tenant cloud. Fusion Applications provide a unified user experience across modules on an integrated platform.
Engineered Systems: Oracle's Vision for the FutureBob Rhubart
The document outlines Oracle's vision for engineered systems and their benefits over standard platforms. It introduces several pre-configured and optimized engineered systems including Exadata, Exalogic, Oracle Database Appliance, and Big Data Appliance. These systems are designed to provide extreme performance, high availability, and lower costs through hardware and software integration and optimization. The systems can be deployed faster with less risk and maintenance than standard platforms.
The document provides an overview of Oracle Solaris 11.1. It discusses new features and enhancements in Oracle Solaris 11.1, including improved performance for Oracle RAC databases, a new virtual memory system, centralized audit reporting and alerts, optimized shared memory for Oracle databases, I/O observability for Oracle databases, support for secure multitenant database consolidation, and Java Mission Control for visualizing DTrace data. It also discusses how Oracle Solaris 11 powers Oracle engineered systems and appliances and enables simplified cloud deployments.
Powered by Oracle! Te ayudamos a distribuir tu aplicación en todo el mundoGeneXus
The document outlines Oracle's product direction and licensing models for partners. It states that the information is for reference only and does not represent a commitment by Oracle. It also notes that Oracle has sole discretion over features, functionality, and release timing of its products. The document then discusses how partners are critical to Oracle's success, with over 40% of revenue and 80% of transactions coming through partners. It promotes Oracle's portfolio and engineered systems as ways for partners to focus on their applications and expertise while leveraging Oracle's infrastructure investments.
Presentación corporativa de Oracle extraída de su portal Público (http://www.oracle.com/us/corporate/Acquisitions/pillardata/general-presentation-pillar-423172.pdf)).
The document discusses Oracle's infrastructure hardware updates from Oracle OpenWorld 2012. Key points include new Exadata X3 systems with flash storage and database in-memory capabilities, updated SuperCluster systems with Exadata X3 and Solaris 11.1, and new Oracle Database Appliance software features. Oracle's portfolio of engineered systems, cloud offerings, and virtualization technologies are also highlighted.
As presented by Ralf Dossmann and Ajay Patel at OTN Architect Day in Pasadena, July 9, 2009.
Find an OTN Architect Day event near you: http://www.oracle.com/technology/architect/archday.html
Interact with Architect Day presenters and participants on Oracle Mix: https://mix.oracle.com/groups/15511
Business Integration for the 21st Century Bob Rhubart
Service Oriented Architecture has evolved from concept to reality in the last decade. The right methodology coupled with mature SOA technologies has helped customers demonstrate success in both innovation and ROI. In this session you will learn how Oracle SOA Suite's orchestration, virtualization, and governance capabilities provide the infrastructure to run mission critical business and system applications. And we'll take a special look at the convergence of SOA & BPM using Oracle's Unified technology stack.
The document discusses the Oracle Database Appliance. It is presented as a simple, reliable and affordable platform for database consolidation. Key points include:
- It provides an ideal consolidation platform for small to medium businesses and departments, with high availability, manageability and pay-as-you-grow scalability.
- The appliance comes with redundant Oracle Linux servers, storage, networking and power. It supports Oracle Database 11g and Oracle Real Application Clusters out of the box.
- An easy-to-use appliance manager provides one-button automation for setup, patching and diagnostics of the entire Oracle database stack.
The document discusses how Oracle aims to simplify IT operations and drive innovation through engineered systems. It notes that typically 70% of IT costs are spent on operations and only 30% on innovation. Oracle's strategy is to deliver engineered systems that are tested and certified to work together, simplifying deployment, operations, and support. This allows customers to reduce IT costs and refocus resources on innovation. A case study shows how a retail customer was able to deploy an Oracle Database Appliance in just 2 weeks, significantly faster than standard servers.
Oracle Enterprise Manager (EM) provides complete lifecycle management for the cloud - from automated cloud setup to self-service delivery to cloud operations. In this session you’ll learn how to take control of your cloud infrastructure with EM features including Consolidation Planning and Self-Service provisioning with Metering and Chargeback. Come hear how Oracle is expanding its management capabilities into the cloud!
(As presented by Adeesh Fulay at Oracle Technology Network Architect Day in Chicago, October 24, 2011.)
The document discusses Oracle's Database Appliance, which is an engineered system that integrates hardware and software to provide a highly available Oracle database platform in a simple and cost-effective package. Key points include that the appliance offers extreme simplicity through one-button implementation and patching, pay-as-you-grow licensing, and a complete integrated system to support single-instance, RAC One Node, or RAC database deployments.
The document discusses Oracle's SPARC Supercluster, an engineered system comprising SPARC T4 servers, Exadata storage cells, and other components. It can replace legacy systems at a fraction of the cost while providing 3x higher database performance, 10x faster Java applications, and a 4x reduced time to production. The SPARC Supercluster offers extreme performance for Java, database and internet applications through optimized hardware and software design.
The Oracle Database Appliance is a new way to take advantage of the world\'s most popular database—Oracle Database 11g—in a single, easy-to-deploy and manage system. It\'s a complete package of software, server, storage, and networking that\'s engineered for simplicity; saving time and money by simplifying deployment, maintenance, and support of database workloads.
Cloud initiatives are beginning to dominate enterprise IT roadmaps. Successful adoption of Cloud and the subsequent governance challenges warrant a Cloud reference architecture that is applied consistently across the enterprise. This presentation will answer questions such as what exactly a Cloud is, why you need it, what changes it will bring to the enterprise, and what the key capabilities of a Cloud infrastructure are - using Oracle's Cloud Reference Architecture, which is part of the IT Strategies from Oracle (ITSO) Cloud Enterprise Technology Strategy (ETS).
The document discusses techniques for analyzing SQL performance on Oracle Exadata systems using tools like ASH, SQL monitoring, and ExaSnapper. It provides examples of using these tools to identify SQL statements that are not optimized for Exadata's Smart Scan feature and determining if problematic statements are long-running queries or frequent short queries. The document also demonstrates how to selectively force full table scans for reporting workloads while keeping indexes available for OLTP workloads.
This document discusses indexing in Oracle Exadata. It begins by providing background on the speaker and their experience. It then discusses how Exadata storage server software, including hybrid columnar compression and smart flash cache, can accelerate queries. The document shows an example of how a query that previously took minutes can take seconds on Exadata due to smart scans. It discusses how indexes may no longer provide benefits and can even reduce performance on Exadata. The document considers whether indexes should be dropped or if the decision is more complex. It analyzes the costs of using indexes versus full table scans on Exadata. Finally, it provides examples to illustrate smart scans.
The document describes Oracle Exadata Version 2, which is positioned as the world's fastest machine for online transaction processing (OLTP). Version 2 features faster CPUs, networking, disks, and flash storage compared to Version 1. It provides extreme performance for random I/O workloads through its use of solid-state drive (SSD) flash memory caches. Customers saw performance improvements of 10-72x on their queries with Exadata compared to previous systems.
The document summarizes a webcast about optimizing the performance of an Epic Clarity data warehouse on Oracle Exadata. Key points include:
- Exadata can deliver significantly higher performance for Epic Clarity reports, with customers seeing improvements of 5-100x
- Benchmark testing on a customer's 1.5TB Clarity database on Exadata showed an average query performance improvement of 91x compared to their existing system
- A second benchmark with a 2TB Clarity database export showed query improvements from 3x to over 138,000x compared to the customer's current 8GB SGA configuration
Oracle infiniband cabling for Oracle appliancesJohan Louwers
The document discusses Oracle's Exadata and Exalytics in-memory machines. It explains that Exadata is designed for large database deployments, with two 8-socket database servers, 14 storage servers, and over 5TB of flash cache. Exalytics is an in-memory analytics machine that delivers extreme performance for business intelligence. It features an optimized Oracle BI Foundation suite and TimesTen in-memory database. The document also describes InfiniBand, a high-performance switched fabric used to connect Exadata and Exalytics servers and provide high-speed networking and scalability. Diagrams show how Exadata servers, storage cells, and Exalytics machines are connected via InfiniBand switches.
The document discusses Oracle's Exadata product, which integrates Oracle database software with Oracle hardware. Exadata provides a fully integrated system that is engineered, certified, deployed and supported together. It offers breakthrough time to market advantages by reducing the number of components customers need to buy, deploy and maintain from hundreds to a single machine. Exadata uses a scale-out architecture with intelligent storage servers and flash to deliver extreme performance for database workloads like OLTP, data warehousing and database clouds.
Oracle Exalogic Elastic Cloud - Revolutionizing Data Center ConsolidationRex Wang
A significant challenge to enterprises attempting to consolidate sprawling datacenters is finding a platform that supports a broad range of workload types with enterprise reliability and performance. Oracle Exalogic Elastic Cloud is a complete system built with hardware and software engineered together for extreme performance, reliability, and scalability for the widest possible range of enterprise mission-critical workloads. Join this webcast to learn all about Exalogic—what it is and how it will revolutionize your data center through the highest performance and dramatic application consolidation.
This document discusses how engineered systems from Oracle can help reduce total cost of ownership (TCO) compared to standalone/individual components. It presents Oracle's Database Appliance, Exadata, Exalogic, and SuperCluster engineered systems, which integrate hardware and software to improve performance, manageability and reduce costs. These systems offer benefits like simplified deployment, administration and support, higher resource utilization, and lower licensing and hardware costs over time.
This document discusses Oracle Engineered Systems and their value proposition compared to traditional IT deployments. It explains that Engineered Systems offer complete, integrated hardware and software solutions that are optimized, tested, and supported as a single system. This standardized approach simplifies deployment, maintenance, and support while improving performance, reliability, and lowering costs compared to building systems from individual components. The document provides examples of how Oracle has evolved its product offerings over 20 years towards more standardized Engineered Systems and discusses the benefits customers realize from their optimized and integrated design.
The road to Cloud Computing is not without a few bumps. This session will help to smooth out your journey by tackling some of the potential complications. We’ll examine whether standardization is a prerequisite for the Cloud. We’ll look at why refactoring isn’t just for application code. We’ll check out deployable entities and their simplification via higher levels of abstraction. And we’ll close out the session with a look at engineered systems and modular clouds.
(As presented by Dr. James Baty at Oracle Technology Network Architect Day in Chicago, October 24, 2011.)
Oracle Systems _ David Baker _ Best Practices for Simplifying Implementation ...InSync2011
This document discusses Oracle Optimized Solutions which integrate Oracle hardware, software, and services to provide predefined solutions for customers. Key benefits of these optimized solutions include reduced costs, lower risk of issues, and increased business agility. Several optimized solutions are highlighted that integrate Oracle applications, middleware, database, and engineered systems for solutions like Siebel CRM, PeopleSoft HCM, and the Oracle database. IDC is quoted saying Oracle's optimized solutions approach will accelerate performance and reduce integration work for customers.
Oracle Database appliance - Value proposition WebcastThanos TP
The document discusses the Oracle Database Appliance, which is an engineered system that simplifies deployment and management of Oracle databases through a clustered "database in a box" that is preconfigured with Oracle software. It highlights how the appliance addresses challenges of high availability databases through its plug-and-play simplicity and out-of-the-box high availability. The value proposition is reducing costs and risks through the appliance's ease of use compared to building traditional high availability database clusters.
This document discusses Oracle Exalogic Elastic Cloud, a preconfigured system for running Java workloads. It provides extreme Java performance through integration of hardware and software. It offers standardized platforms for consolidation that reduce costs through improved utilization and efficiency. As an engineered system, it simplifies deployment and management for building private and public clouds.
Why Oracle on IBM POWER7 is Better Than Oracle Exadata - The Advantages of IB...miguelnoronha
IBM POWER7 systems provide more flexibility, performance, scalability, and reliability for running Oracle Database software than Oracle's Exadata solution. POWER7 systems allow for custom configurations tailored to specific workloads, support more advanced storage technologies, have demonstrated leading performance benchmarks, can scale both vertically and horizontally as needed, and deliver industry-leading reliability through features such as dynamic sparing and error handling. In contrast, Exadata offers a rigid configuration that lacks customization and forces a one-size-fits-all approach that can result in overprovisioning and wasted resources.
This document provides an overview and strategy for Oracle systems. It outlines challenges customers face with increasing costs, resource constraints, time to value, and outdated infrastructure. It then summarizes Oracle's engineered systems approach which provides extreme performance, low risk deployment, and breakthrough efficiency through fully integrated hardware and software solutions. The document reviews several Oracle engineered systems like Exadata, Exalogic, Exalytics, and Oracle servers that are designed to work together.
Oracle is promoting its Exalogic Elastic Cloud platform, an engineered system for deploying applications. Key points include:
- Exalogic provides extreme performance for Java workloads through optimized hardware and software.
- It offers a standardized, pre-configured platform that is simple to deploy and manage through tools like Enterprise Manager.
- The system is designed to allow flexible scaling from single applications to multi-tenant cloud deployments through elastic, on-demand capacity.
Exalogic is an engineered system optimized for running Oracle middleware and applications. The document discusses Exalogic's hardware and software components, including the Exalogic Elastic Cloud Software (EECS) which provides virtualization, management, and cloud capabilities. Key features of the latest EECS 2.0.6 release include improved performance, stability, deployment tools, and the ability to run virtual and physical environments on the same Exalogic rack.
This document provides an overview of Oracle's Exalogic Elastic Cloud product. It describes Exalogic as an engineered system that provides extreme performance for Java workloads through its use of InfiniBand networking and optimized software stack. It can serve as a foundation for building private or public clouds and consolidating enterprise applications. The performance, scalability, and manageability of Exalogic are positioned as providing significant cost reductions over traditional infrastructure.
Oracle Software.Hardware.Complete positioning versus competition - Shahin Tar...ORACLE USER GROUP ESTONIA
Oracle positions its complete software, hardware, and cloud solutions as providing advantages over competitors by making IT systems simpler, faster, and lower cost. Oracle's vertically integrated solutions are optimized to best deploy Oracle software on Oracle hardware for up to a 75% reduction in time to successful deployment.
The document is a presentation on cloud computing by Dr. James Baty, VP of Oracle Global Enterprise Architecture Program. It discusses key concepts in cloud computing like standardization, deployable entities, refactoring development and operations roles, and building a roadmap to the cloud. It provides examples of moving applications to the cloud, private database cloud architectures, and engineered systems in the cloud.
The document discusses Oracle's Exalogic engineered systems. It begins with an overview of Oracle's engineered systems strategy and then focuses on Exalogic. Key points about Exalogic include:
- It features optimized hardware including servers, an InfiniBand fabric, and integrated storage.
- Exalogic can be deployed in quarter rack, half rack, full rack, or multi-rack configurations allowing for scaling.
- The document reviews Exalogic's virtualization capabilities and how it supports application consolidation and multi-tenancy.
- High availability, redundancy, and seamless scalability are emphasized as benefits of Exalogic.
This document discusses Oracle's storage and Linux portfolio. It provides an overview of Oracle's storage offerings including Exadata, Sun ZFS Storage Appliance, and tape storage. It then discusses how Oracle Storage is engineered for Oracle software. The document also summarizes Oracle Linux and how it provides a reliable, high-performing Linux environment along with tools for management and clustering. It compares support and pricing of Oracle Linux to Red Hat Enterprise Linux. Finally, it outlines Oracle's x86 server strategy and differentiation.
MySQL Cluster Carrier Grade Edition is a high availability, distributed database solution based on MySQL Cluster. It provides real-time performance with 99.999% uptime through a shared-nothing architecture across up to 255 nodes. Key applications include high-traffic ecommerce sites, telecom subscriber databases, and other systems requiring high scalability and availability.
Infrastruttura Scalabile Per Applicazioni Aziendali Oracle - Virtualise wit...Walter Moriconi
This document discusses how grid computing can help IT organizations meet priorities of reducing costs and improving efficiency and performance during challenging economic times. It outlines how grid computing virtualizes and pools shared IT resources to make them more efficiently utilized and less expensive to manage than traditional dedicated infrastructure silos. Key elements of Oracle's grid solution discussed include Oracle Clusterware, Real Application Clusters, Automatic Storage Management, and Enterprise Manager. Consolidating workloads onto a shared grid infrastructure can significantly reduce costs compared to maintaining underutilized dedicated servers, databases, and storage.
Similar to Oracle Systems _ Jeff Schwartz _ Engineering Solutions Exadata - Exalogic.pdf (20)
Developer & Fusion Middleware 2 _ Scott Robertson _ SOA, Portals and Enterpri...InSync2011
The document discusses an Employee Self Service (ESS) application created using Oracle SOA, portals, and JD Edwards for the construction company Thiess. ESS allows employees to maintain their personal details stored in JDE and integrates with a third party payroll system. Key points:
1) ESS was initially a Java web application later converted to portlets for use in a portal. This conversion caused some functionality issues.
2) ESS integrates with an external payroll system using file-based FTP integration for importing/exporting employee data and payments.
3) Testing the integration was difficult due to lack of real-time web services from the third party and performance issues when importing large amounts of
New & Emerging _ KrisDowney _ Simplifying the Change Process.pdfInSync2011
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The IT landscape has changed significantly due to three major trends:
1) Moore's law has led to increased computing power and data storage capacity but managing complexity and power efficiency is now more important.
2) Server virtualization has improved utilization and flexibility but most organizations have not virtualized mission critical applications.
3) Cloud computing is seen not just as a technology but as capabilities around agility, efficiency, and cost that are aligned to business needs.
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The document discusses an Employee Self Service (ESS) application created using Oracle SOA, portals, and JD Edwards for the construction company Thiess. ESS allows employees to maintain their personal details stored in JDE and integrates with a third party payroll system. Key points:
1) ESS was initially a Java web application later converted to portlets for use in a portal. This conversion caused some functionality issues.
2) ESS integrates with an external payroll system using file-based FTP integration for importing/exporting employee data and payments.
3) Testing the integration was difficult due to lack of real-time web services from the third party and performance issues when importing large amounts of
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- The document discusses analyzing database performance using time-based analysis, specifically analyzing the elapsed time taken to process individual units of work.
- It provides an example of calculating service time, queue time, and response time per physical I/O request based on total times and number of I/Os over an interval.
- Using these parameters, it demonstrates how to model the situation in a response time graph using a tool called M-Solver to analyze how proposed solutions might impact performance.
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Over 80% of data is unstructured such as multimedia, documents and files. Storing this data in the database provides benefits like manageability, security, backup/recovery and flexibility through features such as indexing, processing and linking related data. While there are some concerns around maturity, performance and complexity, on balance there are more advantages to managing all data centrally in the database.
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- It emphasizes that the schema matters greatly for query performance and provides examples showing performance differences between index organized tables and heap tables.
- It also notes that you need to continually learn new things as SQL and Oracle evolve over time, providing examples of newer SQL features and hints.
This document provides an overview of Oracle's flashback query and total recall features.
Flashback query allows querying data as it existed at a past point in time using AS OF clauses. Total recall, new in Oracle 11g, introduces flashback archives to enable restoring and querying historical data going back weeks or months. It works by automatically archiving changes to enabled tables in flashback archive tables with advanced compression.
This document provides tips for improving Oracle database security. It recommends granting privileges only as needed, restricting administrative access, using roles to manage privileges, encrypting passwords, and limiting access to sensitive data and metadata. Proper user and privilege management can help enhance security. Regular backups and testing changes are also advised to ensure data integrity and recoverability in the event of issues.
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The document discusses the benefits of exercise for mental health. It states that regular physical activity can help reduce anxiety and depression and improve mood and cognitive function. Exercise causes chemical changes in the brain that may help protect against developing mental illness and improve symptoms for those who already have a condition.
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4. From Infrastructure as “Layered Components”
to “Integrated Systems”
• Uses open standards and commodity
• Vendor competition drives components
– Lower component cost – A real “Systems Architecture”, not just pre-
– Innovation at each layer integration
• Drawbacks • Drawback - does not fit current model
– IT becomes an SI • Barriers to adoption
– Integration cost/time now outweighs benefits – The Competency Trap
Source: Kevin McIsaac – Intelligent Business Research Services
4
6. Move to Grid Computing 20 years of evolution
• Dedicated silos are inefficient • Lower computing costs (x86)
• Sized for peak load • Pay as you grow
• Difficult to Scale • Re-distribute resources as needed
• Expensive to Manage • Highly available
• Unique to support • Incrementally scalable
6
7. So what is the next evolutionary
or obvious step?
7
9. What
is
an
Engineered
System?
“An
engineered
system
is
typically
something
that
provides
out-‐of-‐the-‐box
capabili:es
and
does
away
with
as
much
building,
configuring
and
maintaining
of
systems
as
possible
–
Engineered
ac:vi:es
that
have
tradi:onally
been
done
by
Fully integrated and deployed
as a complete system
IT.
Not
only
is
this
task
repe::ve,
error
prone
Applications
and
:me
consuming,
but
it
is
also
very
costly.
”
Platform
Optimised Infrastructure
Exadata
Traditional Exalogic
Oracle Optimised Solutions/
Reference Configurations
Best of Breed Oracle Software
(or ISV SW) plus Highly Available HW
9
10. Oracle’s Vision: Engineered Systems
Hardware and Software. Engineered to Work to Together.
• Opera'onal
Efficiencies
• Simplified
Management
• Cost
Reduc'on
• Reduced
resource
requirements
for
lower
value
opera'onal
work
• Moving
exis'ng
resources
to
higher
value
work
• Quick
to
Deploy
• Improves
Service
Levels
• Extended
Refresh
Cycles
• Faster
'me
to
value
for
projects
• One
number
to
call
for
support
10
11. Oracle Exadata and Exalogic Elastic Cloud
Software. Hardware. Complete.
Building the 21st Century Datacenter
11
12. Agenda
• Introductions
• Industry evolution and Oracle evolution
• Introducing Exalogic
• Introducing Exadata
• Bringing it all together
• Summary
12
18. Agenda
• Introductions
• Industry evolution and Oracle evolution
• Introducing Exalogic
• Introducing Exadata
• Bringing it all together
• Summary
18
20. Select APAC Exadata Customers
Small & Large Customers; Across All Industries; Household Names
"We implemented it in a record four days from delivery prior to Christmas to provide a dev/
20
test environment to a number of projects," - CBA
23. Example Results from an Australian Customer
Retail Data Warehouse
Type of Query or Operation Amount of Data Type of Data Existing System DB Machine
Account Report 7 months 20,000,000 rows
Account 03:50:37 00:04:50
Account Report 12 months 34,000,000 rows Account Did not complete 00:07:03
Account Report 24 Months 71,000,000 rows
Account Ran out of space 00:13:40
Account Report 96 Months 336,000,000 rows
Account Not tested 01:34:48
Customer Configuration: SMP Server & EMC SAN
DB Machine Configuration: V2 Half Rack
Results: This Demonstrates how the Database Machine was able to process 8 years worth of data in much less
time that the existing system was able to process 7 months worth of data.
23
24. Agenda
• Introductions
• Industry evolution and Oracle evolution
• Introducing Exalogic
• Introducing Exadata
• Bringing it all together
• Summary
24
25. Oracle Exadata & Exalogic Elastic Cloud
Building blocks for private Clouds
Building the 21st Century Datacenter
Engineered
Engineered System for
System for Middle-Tier
Database and Application
Storage
Workloads
Workloads
25
26. Engineered Systems
Best Oracle Applications-to-Disk Ownership Experience
• Every unit is the same,
from applications to disk
• Open, standard, proven
• Best performance,
highest quality of service
• Designed for
supportability
• Each Exa is optimized
and balanced for specific
workload requirements
26
27. Engineered Systems Exadata and Exalogic
Best Oracle Applications-to-Disk Ownership Experience
Exadata Exalogic
• Optimized • Optimized
system for deployment
Database and platform for
Storage Middle-tier
workloads Application
• Best for Data workloads
Warehousing • Best for
Application
• Best for OLTP
Performance
• Best for
• Best for
Database Middle-tier
Consolidation Consolidation
27
28. Oracle Exalogic and Exadata Together
Designed for Seamless Shared Application Infrastructure
• Exclusive: direct InfiniBand integration
• Extreme performance, reliability, security
• Simple to deploy and manage
Exadata Exalogic
Up to
3X
OLTP Performance
Active GridLink for RAC
• Resource-aware load balancing
• Instantaneous connection failover
• Transaction affinity to RAC nodes
• SQLnet optimized for InfiniBand SDP
28
29. Standard Platform for Enterprise Consolidation
SOA Custom
ERP Data
CRM E20 3rd Party
CRM Data IDM
Batch E20
Warehouse Content Logs
Jobs
InfiniBand 3rd Party
Data Mart ERP Java
Apps
HR Records DR
Servers
Database and Storage Tier Application Tier
29
31. Complete and Integrated Management
Maintain Deploy
Remote Management Provisioning of Firmware,
Enterprise
Phone Home Manager OS, Middleware, and
My Oracle Support Integration Applications
Grid Clone and Scale-out
Control
OpsCenter
Manage
End-to-End Diagnostics
Test
Functional Testing
Configuration Management
Patch Automation Load Testing
Test Management
Monitor
Application-to-Disk
Exalogic Monitoring Integration
Energy Utilization and Impact
31
32. Oracle Exadata and Exalogic Elastic Cloud
Delivering real business value
Extreme Complete Faster Time to
for Cloud &
Performance Value
Consolidation
Across Tiers, Operational Cost Time to Deploy
from Apps to Reduced Reduced from
Disk Dramatically Months to Weeks
32
33. Next Steps | Explore, Education, EX-CITE
Explore
Meet with the account team to discuss the Exalogic solution to a
greater depth.
Education
Meet with the technical team to get a greater technical
understanding of the solution.
Exalogic EX-CITE
1. A business assessment of how Oracle Exalogic could
enhance your business
2. An architecture assessment to determine precisely how
you could leverage Oracle Exalogic in your current IT
environment
3. A joint execution plan, roadmap, and action items for the
highest-priority opportunities
33