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.
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.
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.
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.
The document outlines Oracle's engineered systems strategy and products. It discusses how engineered systems integrate hardware and software to simplify IT, improve performance and support, and reduce costs and risks compared to traditional infrastructure. Key products highlighted include Exadata, Exalogic, Exalytics, and Oracle Virtual Compute Appliance. The document argues that engineered systems provide major benefits over traditional infrastructure and that the market for converged and integrated systems is growing significantly.
The document discusses Oracle's strategy and datacenter trends. It summarizes Oracle's engineered systems which integrate hardware and software, including Exadata, Exalogic, Exalytics and SPARC SuperCluster. It also discusses 10 trends in the datacenter market, such as growth in integrated systems in enterprises, cloud service providers driving demand for homogenous systems, and the emergence of solid-state optimized datacenters. Oracle's strategy is to provide complete customer choice and a complete stack through its engineered systems approach.
The document discusses Oracle's strategy of simplifying IT through engineered systems like Exadata and Exalogic. It provides an overview of Oracle's engineered systems, how they are optimized and integrated to work together at both the hardware and software levels. Key benefits highlighted include extreme performance, manageability, support and lower costs compared to traditional systems. The document also introduces the new Exalogic X3-2 system which provides more cores, memory and flash at the same price point as previous versions.
Virtual Compute Appliance Oracle IaaS Fran Navarro
The document discusses Oracle's Virtual Compute Appliance (VCA), which is a pre-integrated cloud computing platform. It offers customers an easy way to deploy virtual workloads quickly through pre-built templates and integrated software-defined networking. The VCA addresses common customer issues like high operating costs, resource constraints preventing innovation, and long deployment times. It provides a fully integrated system that simplifies the computing environment.
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.
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.
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.
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.
The document outlines Oracle's engineered systems strategy and products. It discusses how engineered systems integrate hardware and software to simplify IT, improve performance and support, and reduce costs and risks compared to traditional infrastructure. Key products highlighted include Exadata, Exalogic, Exalytics, and Oracle Virtual Compute Appliance. The document argues that engineered systems provide major benefits over traditional infrastructure and that the market for converged and integrated systems is growing significantly.
The document discusses Oracle's strategy and datacenter trends. It summarizes Oracle's engineered systems which integrate hardware and software, including Exadata, Exalogic, Exalytics and SPARC SuperCluster. It also discusses 10 trends in the datacenter market, such as growth in integrated systems in enterprises, cloud service providers driving demand for homogenous systems, and the emergence of solid-state optimized datacenters. Oracle's strategy is to provide complete customer choice and a complete stack through its engineered systems approach.
The document discusses Oracle's strategy of simplifying IT through engineered systems like Exadata and Exalogic. It provides an overview of Oracle's engineered systems, how they are optimized and integrated to work together at both the hardware and software levels. Key benefits highlighted include extreme performance, manageability, support and lower costs compared to traditional systems. The document also introduces the new Exalogic X3-2 system which provides more cores, memory and flash at the same price point as previous versions.
Virtual Compute Appliance Oracle IaaS Fran Navarro
The document discusses Oracle's Virtual Compute Appliance (VCA), which is a pre-integrated cloud computing platform. It offers customers an easy way to deploy virtual workloads quickly through pre-built templates and integrated software-defined networking. The VCA addresses common customer issues like high operating costs, resource constraints preventing innovation, and long deployment times. It provides a fully integrated system that simplifies the computing environment.
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.
The document provides an overview of Oracle Virtual Compute Appliance (OVCA), a preconfigured, converged infrastructure appliance for deploying virtualized workloads. Key points:
- OVCA automates the deployment of Oracle VM server virtualization, Oracle Fabric Interconnect networking, and Oracle ZFS storage on Oracle Sun hardware.
- It enables the addition of new compute servers with minimal configuration needed and automated provisioning of resources.
- OVCA is designed to deploy both virtual infrastructure and Oracle applications rapidly, with examples given of deploying Oracle RAC in 1 hour or less and E-Business Suite in under 2 hours.
Oracle outlines its general product direction and strategy for its database, middleware, and applications portfolio. Key aspects include delivering complete, open, and integrated solutions; supporting cloud computing; and engineered systems that combine hardware and software for breakthrough performance. The document is non-binding and subject to change at Oracle's discretion.
The document discusses storage challenges facing organizations such as increasing data volumes and dynamic workloads. It introduces Oracle's approach to engineered systems that integrate optimized hardware and software to simplify storage management. Key benefits highlighted include automatic database and storage tuning, advanced data compression techniques, and optimized solutions for Oracle databases and applications.
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.
The document summarizes Oracle's SuperCluster engineered system. It provides consolidated application and database deployment with in-memory performance. Key features include Exadata intelligent storage, Oracle M6 and T5 servers, a high-speed InfiniBand network, and Oracle VM virtualization. The SuperCluster enables database as a service with automated provisioning and security for multi-tenant deployment across industries.
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.
This document outlines Oracle's product strategy and direction. It discusses Oracle's focus on delivering complete, open, integrated solutions including the Oracle Database, Fusion Middleware, business applications, and engineered systems. Key points include optimizing products for cloud computing, providing unique value through integration, and leveraging engineered systems to deliver breakthrough innovations combining hardware and software. The document is intended for informational purposes and does not represent a commitment by Oracle.
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.
The document describes Oracle's Customer 2 Cloud program which provides Oracle EBS, PeopleSoft, and JDE customers flexible options to migrate their on-premise applications to Oracle Cloud. It offers packaged cloud integrations, rapid startup services, and financial incentives such as applying existing support spend toward cloud subscriptions. An example is provided of a customer that canceled unused PeopleSoft licenses and used the savings to adopt new cloud recruiting and talent acquisition applications.
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.
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.
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 describes Oracle's MiniCluster S7-2 product. It is positioned as extending Oracle's SuperCluster family to smaller, mid-range workloads. Key points include that it provides 100% compatibility with SuperCluster applications and databases, but at a smaller scale and lower entry price point. It is designed to be easier to deploy, operate and manage than a full SuperCluster, with no need for specialized services. The MiniCluster features a virtual assistant for automated administration and security management to simplify operations.
Managing Oracle Solaris Systems with Puppetglynnfoster
This presentation covers how to manage Oracle Solaris systems using Puppet. In this presentation we will cover the challenges facing the data center today, what Puppet is, and detail some of the work that was done to integrate Puppet with the core technology foundations included in the Oracle Solaris platform
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
What's under the hood of Exadata X2-2 and X2-8?Enkitec
The document discusses the hardware components inside Oracle's Exadata database machines. It describes the differences between the Exadata X2-2 and X2-8 models, including their use of Intel Xeon E5 and E7 processors respectively. It also provides an overview of Intel's server processor roadmap and architectures, focusing on how specific Intel technologies can benefit database workloads.
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.
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.
The document provides an overview of Oracle Virtual Compute Appliance (OVCA), a preconfigured, converged infrastructure appliance for deploying virtualized workloads. Key points:
- OVCA automates the deployment of Oracle VM server virtualization, Oracle Fabric Interconnect networking, and Oracle ZFS storage on Oracle Sun hardware.
- It enables the addition of new compute servers with minimal configuration needed and automated provisioning of resources.
- OVCA is designed to deploy both virtual infrastructure and Oracle applications rapidly, with examples given of deploying Oracle RAC in 1 hour or less and E-Business Suite in under 2 hours.
Oracle outlines its general product direction and strategy for its database, middleware, and applications portfolio. Key aspects include delivering complete, open, and integrated solutions; supporting cloud computing; and engineered systems that combine hardware and software for breakthrough performance. The document is non-binding and subject to change at Oracle's discretion.
The document discusses storage challenges facing organizations such as increasing data volumes and dynamic workloads. It introduces Oracle's approach to engineered systems that integrate optimized hardware and software to simplify storage management. Key benefits highlighted include automatic database and storage tuning, advanced data compression techniques, and optimized solutions for Oracle databases and applications.
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.
The document summarizes Oracle's SuperCluster engineered system. It provides consolidated application and database deployment with in-memory performance. Key features include Exadata intelligent storage, Oracle M6 and T5 servers, a high-speed InfiniBand network, and Oracle VM virtualization. The SuperCluster enables database as a service with automated provisioning and security for multi-tenant deployment across industries.
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.
This document outlines Oracle's product strategy and direction. It discusses Oracle's focus on delivering complete, open, integrated solutions including the Oracle Database, Fusion Middleware, business applications, and engineered systems. Key points include optimizing products for cloud computing, providing unique value through integration, and leveraging engineered systems to deliver breakthrough innovations combining hardware and software. The document is intended for informational purposes and does not represent a commitment by Oracle.
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.
The document describes Oracle's Customer 2 Cloud program which provides Oracle EBS, PeopleSoft, and JDE customers flexible options to migrate their on-premise applications to Oracle Cloud. It offers packaged cloud integrations, rapid startup services, and financial incentives such as applying existing support spend toward cloud subscriptions. An example is provided of a customer that canceled unused PeopleSoft licenses and used the savings to adopt new cloud recruiting and talent acquisition applications.
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.
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.
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 describes Oracle's MiniCluster S7-2 product. It is positioned as extending Oracle's SuperCluster family to smaller, mid-range workloads. Key points include that it provides 100% compatibility with SuperCluster applications and databases, but at a smaller scale and lower entry price point. It is designed to be easier to deploy, operate and manage than a full SuperCluster, with no need for specialized services. The MiniCluster features a virtual assistant for automated administration and security management to simplify operations.
Managing Oracle Solaris Systems with Puppetglynnfoster
This presentation covers how to manage Oracle Solaris systems using Puppet. In this presentation we will cover the challenges facing the data center today, what Puppet is, and detail some of the work that was done to integrate Puppet with the core technology foundations included in the Oracle Solaris platform
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
What's under the hood of Exadata X2-2 and X2-8?Enkitec
The document discusses the hardware components inside Oracle's Exadata database machines. It describes the differences between the Exadata X2-2 and X2-8 models, including their use of Intel Xeon E5 and E7 processors respectively. It also provides an overview of Intel's server processor roadmap and architectures, focusing on how specific Intel technologies can benefit database workloads.
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.
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.
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.
Oracle Systems _ Jeff Schwartz _ Engineering Solutions Exadata - Exalogic.pdfInSync2011
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.
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.
The document discusses EMC and Oracle's long-standing partnership in developing solutions to optimize Oracle applications. It outlines three common deployment models for Oracle (aggregation, verticalized, virtualization) and describes the benefits of virtualizing Oracle software, such as 3x higher performance with lower total cost of ownership. It also introduces EMC solutions like Vblock infrastructure platforms, FAST automated storage tiering, and VFCache server flash caching that help address challenges of Oracle I/O performance and optimize storage for virtualized Oracle environments.
This document discusses enterprise virtualization using Xen and Oracle VM. It describes how virtualization allows workloads to become stateless and decoupled from physical hardware. All workload attributes are stored in a configuration repository. Early virtualization projects at EDCS used a stateless, network storage-centric approach. The Project Dakota implementation at Oracle encapsulated computing environments using network, server, and disk virtualization with Xen. Oracle VM provides live migration, Linux/Windows support, and browser-based management of virtual machines. Opportunities exist to develop templates, appliance deployment, vertical stack integration, and centralized management of virtual and application infrastructure.
This was presented at Oracle's 11g R2 Live seminars in June. It allowed customers and partners to view the benefits of implementing or upgrading to Oracle's latest version of it's database and Advanced technology products such as real Application Clusters, Real Application Testing and Enteprise Manager.
Oracle Exadata is an engineered system that is optimized for Oracle Database performance. It addresses traditional storage bottlenecks by offloading processing from servers to storage cells. Exadata uses hybrid columnar compression to increase effective storage capacity and scan bandwidth. Its modular storage cells provide massive parallelism and scale bandwidth with capacity. Exadata's smart flash cache solves random I/O bottlenecks. It is the standard platform for enterprise applications and provides extreme performance for all workloads.
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.
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.
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.
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 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.
The document discusses the Oracle Exalogic X3-02 Elastic Cloud System. It provides an agenda that covers the elastic cloud, use of elastic cloud technology in enterprises, an overview of the Exalogic system, its architecture, integration with data centers and Exadata, advantages and disadvantages. The Exalogic system consists of software, firmware and hardware engineered to work together to provide reliability, availability, scalability and performance for deploying Oracle business applications and reducing costs. The system architecture incorporates Exabus communication, compute nodes, storage appliances and virtualization.
Exalogic Elastic Cloud software provides:
- Automated deployment of virtual appliances and assemblies through tools like the Virtual Assembly Builder and Exalogic Control automation engine.
- Enhanced Oracle VM hypervisor to optimize I/O performance for virtual machine guests through dedicated virtual functions.
- Full lifecycle management capabilities through integration with Enterprise Manager 12c, including cloud resource provisioning, application deployment, scaling, and patching.
Presentacion oracle exadata & exalogic f. podesta -yatch club 19 de abril 2012ValeVilloslada
The document discusses Oracle Exadata and Exalogic database machines. It provides details on their performance, scalability, and cost benefits compared to standard hardware. It also describes how they can optimize various Oracle applications and middleware. Exadata and Exalogic are engineered to work together seamlessly for transaction processing and consolidation on Oracle software.
WebLogic Server 11g provides an integrated development environment for ADF/Forms developers. It includes features such as reliability, availability, scalability, and performance. WebLogic domains contain servers that host applications and resources. The Administration Server centrally manages the domain configuration. Managed Servers host deployed applications and services. Load balancing and failover are provided for applications deployed to server clusters.
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- Oracle provides cloud computing services including Infrastructure as a Service (IaaS), Platform as a Service (PaaS), and Software as a Service (SaaS) across its global data centers.
- It manages over 83,000 virtual machines and 1,075 petabytes of total storage for over 25,000 customers across 175 countries.
- Oracle's cloud services include computing, storage, networking, analytics, applications and more which customers can access via Oracle's public cloud, private cloud at customer data centers, or hybrid models.
The document provides an overview of Oracle's converged systems approach. It discusses Oracle's engineered systems like Exadata, Exalogic, Big Data Appliance which are designed to work together. It notes that these systems provide benefits like extreme performance, lower costs, reduced risk, and faster deployment times. The document also discusses Oracle's approach to private and public cloud infrastructure and how customers can deploy Oracle cloud services either on-premises or in Oracle's data centers.
The document discusses how big data and analytics can transform businesses. It notes that the volume of data is growing exponentially due to increases in smartphones, sensors, and other data producing devices. It also discusses how businesses can leverage big data by capturing massive data volumes, analyzing the data, and having a unified and secure platform. The document advocates that businesses implement the four pillars of data management: mobility, in-memory technologies, cloud computing, and big data in order to reduce the gap between data production and usage.
This document discusses Oracle's Exadata platform for SAP applications. Some key points:
1) Exadata is a fully integrated system engineered, tested, packaged and supported by Oracle to provide extreme performance for SAP workloads out of the box.
2) Exadata provides groundbreaking time to market by consolidating hundreds of components into a single machine that can be deployed in one day, rather than months of custom configuration.
3) Exadata provides the ultimate platform for all database workloads through its most advanced hardware including scale-out servers and intelligent storage, and software including database optimized algorithms that improve performance and cost.
4) Exadata allows simplified migration of SAP environments without disruption through certified
The document discusses Oracle's ZS3 series enterprise storage systems. It provides an overview of Oracle's approach to driving storage system evolution from hardware-defined to software-defined. It then summarizes the key features and benefits of the ZS3 series, including extreme performance, integrated analytics, and optimization for Oracle software.
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.
The document discusses new hardware and software from Oracle. It highlights several new Oracle server systems including the SPARC T5-8, M6-32, and T5-2. It summarizes their leading benchmark performance results for SPECjEnterprise, TPC-H, TPC-C, and SPECjbb2013. It also discusses new features of Oracle Solaris 11 including predictive self-healing, encryption, and improvements for Oracle RAC databases.
Oracle Systems Overview
Engineered systems strategy and overview about exadata, exalitics, superCluster, Exalogic, Oracle virtual appliance, ZFS appliance
The document introduces Oracle's Enterprise Cloud Infrastructure solution using SPARC T5 servers. It discusses Oracle's cloud strategy, challenges in building private clouds, and how Oracle addresses these challenges through optimized solutions like the Oracle Virtual Compute Appliance. It provides an overview of the Oracle Optimized Solution for Enterprise Cloud Infrastructure, including SPARC T5 servers, Oracle Solaris, Oracle VM Server for SPARC, and Sun ZFS Storage Appliance. Example configurations and best practices are also presented.
This document describes Oracle Solaris 11 and its capabilities for enterprise applications and cloud infrastructures. Some key features of Oracle Solaris 11 include predictive self-healing, ZFS for data integrity, encryption, and application clustering. It also enables large scale cloud management through features like server, storage, and network virtualization, immutable zones, and lifecycle management. Oracle Solaris 11 aims to simplify deployments and reduce maintenance through boot environments and automated installation and updates.
The document discusses Oracle's data center fabric solution, which aims to simplify and increase the agility of data center infrastructure. It highlights typical challenges around convergence, virtualization growth, expanded services and security requirements. The Oracle Virtual Networking product family including the Oracle Fabric Interconnect is presented as addressing these challenges by providing a simple, scalable and fully virtualized infrastructure with network isolation capabilities. Customer examples are also briefly mentioned.
This document discusses backup and recovery strategies for Oracle Exadata systems. It provides an overview of using Recovery Manager (RMAN) to manage backups and outlines several backup destination options for Exadata, including storing backups on Exadata storage, external disk storage like the ZFS Storage Appliance, or tape libraries. The document also reviews considerations for designing an Exadata backup and recovery solution, including sizing backups and choosing retention policies based on recovery time and data loss objectives.
This document discusses Oracle's Optimized Solution for Oracle Database, which consolidates and optimizes database infrastructure. It provides a complete infrastructure solution including Oracle SPARC servers, storage, Oracle Database 10g or 11g, Oracle VM for SPARC, and Oracle Solaris. This optimized solution can provide cost savings through upgrades and consolidation, higher performance, and reduced risk through a proven high availability configuration. Key benefits include up to 2.7x cost savings, 1.6x lower total cost of ownership than competitors, and 50x faster development/test environment builds.
This document discusses Oracle's hardware strategy and engineered systems. It highlights Oracle's engineered systems like Exadata, Exalogic, and SPARC SuperCluster which provide extreme performance, efficiency and lower costs compared to traditional systems. It also summarizes new Oracle SPARC server offerings like the SPARC T5-4, T5-8, and M5-32 and their suitability for mission critical Oracle databases and applications.
The document discusses how Oracle systems can reduce data center complexity through products like Solaris 11, SPARC T4 and OVM systems, and x86 systems with OVM. These products provide virtualization, high availability, seamless upgrades, and cloud-scale capabilities to simplify management and increase flexibility of mission critical applications and infrastructure.
This document discusses backup and recovery strategies for Oracle Exadata systems. It outlines the fundamental principles of backups including having multiple copies of data stored on different media with one copy offsite. It then describes the various backup options for Exadata, including using additional Exadata storage cells for the fastest backups, using a ZFS storage appliance for flexibility, or backing up to tape for economical long-term storage with removable offline copies. Key metrics like backup and restore speeds are provided for each option.
1. The following is intended to outline our general
product direction. It is intended for information
purposes only, and may not be incorporated into any
contract. It is not a commitment to deliver any
material, code, or functionality, and should not be
relied upon in making purchasing decisions.
The development, release, and timing of any
features or functionality described for Oracle’s
products remains at the sole discretion of Oracle.
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3. Typical Platform TCO Breakdown
Standardization and Consolidation
• Server, storage, network,
application administration
• Facilities management
• 3rd party consulting and services
• In-house R&D
• Test/QA
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4. Designed, Optimized, Integrated to Work Together
Complete, High Performing Application-to-Storage Solutions
Engineered Systems
HIGHER
Oracle’s Optimized Solutions
Reference Configurations
EFFICIENCY
Compute, storage,
network, software
MANAGEABILITY& SIMPLICITY HIGHER
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5. Fundamental Value of Engineered Systems
Easy, Predictable, Performance, Redundant
Storage Network
100’s of Components 1 Machine
1000’s of Hours 1 Day
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6. Engineered Systems Exadata and Exalogic
Best Oracle Applications-to-Disk Ownership Experience
Exadata Exalogic
• Optimized system • Optimized
for Database and deployment
Storage platform for
workloads Middle-tier
• Best for Data Application
workloads
Warehousing
• Best for
• Best for OLTP
Application
• Best for Performance
Database • Best for
Consolidation Middle-tier
Consolidation
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7. Consolidation: The Approach
The transformative architectural vision
Infrastructure using Pre-Engineered Systems: simpler, more reliable, more responsive.
Current State Future State
250 400 10
Servers
Exalogic
Middleware
Private
Infrastructure
Database Middle-Tier Cloud Exalogic 150
Simplified
Servers Application Servers Servers Terabytes
Storage
Exadata
20
Database
500 Terabytes Private
Storage
Cloud Exadata
Servers
Enterprise Storage
(25% Annualized Growth Rate)
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8. End to End Patch Management
My Oracle Support
Application
WebLogic
JVM
OS
Exalogic X2-2
Hypervisor Full-stack tested
patch set
Firmware
• Full-stack patches tested together prior to delivery
• Enterprise Manager pro-actively monitors, alerts
and automates patch and upgrade procedures
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9. Standardized and Easy to Manage
All Exalogic Machines are built the same
Delivered Tested and Ready-to-Run
All Exalogic Machines are configured the
same
No unique configuration issues
All Exalogic Machines are patched and
upgraded consistently
Firmware, OS, Java VM, Middleware patches
All Exalogic Machines “Phone Home”
Remote Telemetry alerts Oracle of problems
All Exalogic Machines are monitored and
managed from Applications to Disk
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10. Use Case 1 Re-Platform: WebLogic 2 Exalogic
+ Performance
Reliability
Integration
Business Need: Reduce Cost & Complexity to meet SLAs
Oracle Value: Mainframe QoS, Xtreme Speed, low TCO
Targets: WebLogic Apps, Enterprise Java Apps
Unleashing the Power of Oracle Technology 10
11. Use Case 2 Datacenter Consolidation
Custom
App
IBM
Consolidation
Exalogic Elastic Cloud
Exalogic X2-2
Business Need: Cost Savings, Simplification
Oracle Value: 50%+ less Cost, faster Time to Value
Targets: Generic Datacenter
Unleashing the Power of Oracle Technology 11
12. Use Case 3 ExaCloud: Own The Private Cloud
Fusion Applications
3rd Party
Applications
Business Need: Transformation to IT-As-A-Service
Oracle Value: Pre-built, low-TCO “Private Cloud in a Box”
Targets: Enterprises with Cloud Initiatives
Unleashing the Power of Oracle Technology 12
13. Oracle Engineered Systems
Foundation for Application and Database Grids
Exadata Exalogic
Components Components
• Up to 8 DB and • Up to 30 server
14 storage Enterprise nodes
server nodes Manager • 40 TB ZFS
• Up to 336 TB of (Single Mgmt. storage
storage Framework appliance
for HW/SW)
• Up to 2 TB of • Up to 3.8 TB of
RAM RAM, plus flash
• 5.3 TB Flash memory
Oracle Linux and/or Solaris
• Runs DB, RAC, • Runs all Oracle
(optimized for underlying hardware)
DB options, software,
optimized 40 Gb/sec InfiniBand Fabric, optimized
storage 10 GigE Datacenter connectivity middleware
software
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14. Oracle Exalogic Elastic Cloud
One Platform for the Whole Enterprise
Integrated Storage
• Central storage for
system images
• Clustered for HA
• 40 TB SAS disk
• 4 TB read cache
• 72 GB write cache
I/O Fabric
• 40 Gb/sec links
EL X2-2
• 1.2 microsecond
X2-2
X2- latency (MPI Ping)
• 30 x86 compute nodes • 10 Gigabit Ethernet
• 360 Xeon cores (2.93 GHz) connectivity to
• 2.8 TB DRAM datacenter
• 960 GB FlashFire SSD
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15. Application Support and Certification
Optimized for enterprise Java, ready for everything
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16. WebLogic Server Multi-tenancy in Exalogic
Maximum density, manageability, flexibility
Application A Application A
WebLogic WebLogic WebLogic WebLogic WebLogic WebLogic WebLogic
Domain Domain Domain Domain Domain Domain Domain
A A B C B C D
Partition A Partition B Partition C
Compute Node Compute Node Compute Node Compute Node Compute Node
• Single application • Multiple HA applications or • Multiple
• High Availability one composite HA applications
• Dedicated CPU/Memory application • Single
for maximum • Common Level of Service availability
performance (shared CPU, Memory, • Maximum
failure unit, security) density
• Maximum security
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17. Extreme Java
The power of the Oracle Exalogic Elastic Cloud Software
450
400 (Lower latency is Better)
350
300
250
200
150
100
50
0
CreateWS Purchase Manage Browse
Standard Platform Exalogic
2-3X improvement 60% more Up to 10X faster
in Database OLTP Java Operations/sec. response time
– Run-time connection – Enhanced buffer – Cluster IPC
load balancing handling for InfiniBand multiplexing over SDP
– JDBC over SDP – Optimized multi-core – Scatter-gather IO
scheduler
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18. InfiniBand Performance Advantage
Up to 12x Performance
• Network IO is critical
– #1 limiting factor for application
performance and scale
• Eliminate buffer copies
– From four to zero
• Use larger packet size to
reduce network overhead
– 64K instead of 4K packets
• Optimized for InfiniBand
– 3x throughput over 10 GbE
– 50% less latency via native SDP
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19. Exalogic GridLink for Exadata
Unique Oracle RAC integration and OLTP fault tolerance
• Integrated Exalogic and Exadata clusters
• Dynamic load balancing of requests to RAC nodes
• RAC node transaction affinity for data locality
• Maximum JDBC performance with SQLNet over native
InfiniBand protocol (SDP)
• Instant load balancing and failover with RAC changes
WebLogic WebLogic WebLogic WebLogic WebLogic WebLogic
GridLink GridLink GridLink GridLink GridLink GridLink
XA
80% 20%
RAC Node Load Aware RAC Node Affinity Continuous Connections
Connection Requests For Transactions Even with RAC Changes
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21. Scale on Demand
Start small and grow
• Field upgradable to
larger configurations
• Delivered and
installed by Oracle
EL X2-2 Quarter Rack Half Rack Full Rack
Compute Nodes 8 16 30
2.93 GHz XEON Cores 96 192 360
1333 MHz DRAM 768 GB 1.5 TB 2.9 TB
Raw Disk Storage 40TB 40TB 40TB
EL T3-1B Small Medium Large
Compute Nodes 10 20 30
1.6 GHz SPARC Cores 160 320 480
1333 MHz DRAM 1.3 TB 2.6 TB 3.8 TB
Raw Disk Storage 40TB 40TB 40TB
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22. Oracle Exalogic Delivery and Support Model
Assembled, Tested and Delivered
http://www.oracle.com/...
Oracle Hardware
and Services Software and
• System Installation Service
Support
• Customer Data and • Deploy Oracle software
Device Retention as needed
• Operations Management • My Oracle Support
and Solution Support Center Customer • Enterprise Manager
automated services
• Technology Services Premises
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23. Exalogic Advanced Services
Advise & Plan Design & Implement Deployment Support & Operate
Oracle Exalogic Blueprint
and Architecture Services
Transition Services
Premier Support for Oracle Exalogic
Oracle Exalogic Production Support Readiness Service
Installation & Upgrade Service
Configuration
Solutions Support Center for Oracle Exalogic
Operations Management for Oracle Exalogic
Consulting Services Advanced Customer Premier Support
(OCS) Services (ACS) for Oracle Exalogic
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24. Primary Value Drivers for Exalogic
Eliminate 60% of Middle Tier TCO
Reduction
Reduction
Cost
Notes:
• Hardware costs include acquisition and maintenance
• Data Center costs include power, cooling and floor space
• Software costs include acquisition, maintenance and support
• Labor costs include all systems management /support personnel
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25. Reliable? Ease of use? Speed? Security? Patching? Total Costs?
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26. Oracle Cloud Computing Differentiators
Exadata + Exalogic Elastic Cloud + “cloud computing building
blocks”
Construimos el CPD del siglo XXI
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