Oracle Database Appliance Portfolio overview. #ODA @OralceODA.
This deck will show the benefits of the ODA as your Engineered System best optimised to run the Oracle Database.
To learn more contact: [email protected]
(ODA Account Manager- UK Market)
The document discusses the Oracle Database Appliance (ODA) X6-2 product line. It introduces the ODA, which was first released in 2011. The latest release is the X6-2, available in four models from $18,000 to $72,000 targeting different customer needs from entry-level to high availability. The models vary in CPU cores, memory, storage capacity, and database editions supported. Setup and management of the ODA is simplified for customers.
This document provides an overview of an Oracle Database Appliance workshop held on May 16, 2016 in Prague. It discusses the Oracle Database Appliance product, including its benefits of being complete, simple, reliable and affordable. It provides hardware specifications for the Oracle Database Appliance X5-2 model, including its servers, storage, networking and software capabilities. The document also includes information on cabling the Oracle Database Appliance X5-2 and expansion storage shelf.
This overview provides insight into the ODA Engineered System. It outlines how the ODA is: Simple, Optimsed and Affordable to implement for all organisations.
Contact me to find out more:
E-mail:[email protected]
Phone: +441189244490
Twitter: @daryllwhyte
LinkedIn: https://ie.linkedin.com/in/daryllwhyte
Website- Oracle ODA: https://www.oracle.com/oda
The document discusses Oracle's expanded Database Appliance portfolio. It introduces four new appliances - the X6-2S for entry-level use starting at $18,000, the X6-2M for performance, the X6-2L for consolidation, and the high availability X6-2-HA. Each appliance is optimized for Oracle databases, affordable, and simple to deploy with pre-installed software and automated management tools.
This document provides an overview of the Oracle Database Appliance. It discusses how the appliance provides a complete, simple, reliable and affordable high availability database solution in a single preconfigured system. It highlights key features such as automated deployment and management, high performance flash storage, support for database consolidation, and affordable capacity-based licensing. Example deployments by various organizations are also summarized to demonstrate benefits such as reduced costs, improved performance, and simplified management.
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.
What's So Special about the Oracle Database Appliance?O-box
A presentation most recently delivered by Simon Haslam at the UKOUG Tech14 conference, though given elsewhere in various forms including Oracle Gebruikersclub Holland and an online RAC SIG seminar.
The slides introduce the Oracle Database Apppliance (ODA) and discusses how you can use it to easily deploy both databases and WebLogic Server. Three case studies are covered and the presentation wraps up considering when the ODA might be most suitable for your organisation.
This latest Winter 2014 version includes ODA 12c updates (database and WebLogic).
This document provides an overview of Oracle Database Appliance (ODA) and licensing. It begins with a safe harbor statement noting that the document outlines general product direction but not commitments. It then discusses ODA vs traditional "build your own" infrastructure, noting ODA offers simpler deployment, maintenance, and support through integration. The document also covers ODA licensing models including capacity on demand, and provides examples of how this can reduce costs compared to traditional licensing approaches. It concludes with a section on virtualization support on ODA.
A round-up of the significant new ODA improvements from last quarter of 2014. This presentation was first delivered by Simon Haslam at a ClubOracle event in London on 26 February 2015.
Note: content assumes some familiarity with ODA
The document discusses Oracle Database Appliance (ODA), which provides a preconfigured hardware and software solution for deploying Oracle databases. It notes that ODA offers benefits over building custom database solutions such as lower total cost of ownership, simpler installation and management, and built-in reliability. It describes the base ODA X3-2 configuration and how storage can be expanded. The document also discusses how ODA can support virtualization of additional applications through Oracle VM and provides examples of deploying WebLogic and JD Edwards on an ODA virtualized platform. It argues that ODA reduces costs for independent software vendors and lowers licensing costs compared to VMware.
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.
The document discusses Oracle's Maximum Availability Architecture (MAA) reference architectures for high availability (HA) and data protection on-premises and in hybrid cloud environments. It describes the Bronze, Silver, Gold, and Platinum reference architectures that align Oracle capabilities with different levels of customer service level requirements. It also discusses using Oracle Database Backup Cloud Service for offsite backups and Data Guard/Active Data Guard for disaster recovery to the Oracle Cloud.
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.
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.
The document discusses Oracle's engineered systems and appliances portfolio. It provides sales highlights on Oracle Engineered Systems, noting over 5,000 systems shipped to date with over $1 billion in business. It then details a case study on migrating a customer's databases to Oracle solutions like Exadata, which delivered a 28% reduction in total cost of ownership over 5 years. Finally, it outlines new innovations in Oracle's products, including the Exadata X4, Exalogic X4-2, Oracle SuperCluster M6-32 and T5-8, Oracle Database Appliance, and Oracle Virtual Compute Appliance.
Oracle Cloud Infrastructure (OCI) provides Infrastructure as a Service (IaaS), Platform as a Service (PaaS), and Software as a Service (SaaS) through a global network of 29 regions. OCI offers high-performance computing resources, storage, networking, security, and edge services to support traditional and cloud-native workloads. Pricing for OCI is consistently lower than other major cloud providers for equivalent services, with flexible payment models and usage-based pricing.
The document discusses SPARC SuperCluster, a platform for database and middleware consolidation that provides maximum performance. It consists of SPARC T4 servers, Exadata storage servers, ZFS storage appliances, and other components engineered to work together. Implementing SPARC SuperCluster can significantly reduce costs through server consolidation compared to other solutions. It also offers built-in virtualization, Solaris operating system advantages for cloud computing, and lower TCO through better performance and simplified management.
The document outlines Oracle's Maximum Availability Architecture (MAA) approach for transitioning Oracle E-Business Suite applications to a highly available configuration on Sun platforms. It describes a 3 phase process to establish a local cluster, expand to a 2 node RAC configuration, and finally implement a full disaster recovery site. The goal is to minimize downtime during implementation through cloning and staging of configuration changes ahead of planned switchovers.
MOUG17 Keynote: Oracle OpenWorld Major AnnouncementsMonica Li
Midwest Oracle Users Group Training Day 2017 Presentation by Rich Niemiec, Chief Innovation Officer at Viscosity North America.
Catch up on OOW17's top announcements in this 1 hour presentation.
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.
This document discusses Oracle Cloud Infrastructure compute services. It describes the differences between bare metal instances, virtual machines, and dedicated hosts. It provides an overview of Oracle-provided images, bringing your own images, and creating custom images. Instance configurations, pools, and autoscaling policies are also covered. The document discusses instance metadata and lifecycle states like starting, stopping, rebooting, and terminating instances. It provides examples of using the instance metadata service and describes how billing works for different instance shapes depending on their state.
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.
Deploying SOA on the Oracle Database ApplianceO-box
The document discusses deploying SOA on the Oracle Database Appliance (ODA). It describes how ODA already provides easily provisioned database and WebLogic Server. To install SOA, one can use WebLogic Server on ODA but must consider additional disk space, packages, tuning, and FMW infrastructure requirements. Alternatively, one could create their own OVM template, though this is not the preferred ODA approach. The best option is to let the Oracle Database Appliance provision SOA.
Presentation oracle super cluster t5-8 technical deep divesolarisyougood
This document provides an overview and agenda for a presentation on the Oracle SuperCluster T5-8. The document outlines key specifications of the Oracle SuperCluster T5-8 including its SPARC T5 compute nodes, Exadata storage servers, ZFS storage appliance, and InfiniBand networking. It also discusses configurations for the SuperCluster including database and application domains on the SPARC T5 nodes. Use cases and competitive advantages are highlighted such as performance, efficiency through data compression, and reliability.
The document provides details about Oracle's SPARC S7 servers and SPARC S7 processor. It discusses the key features and capabilities of the SPARC S7 processor, including software-in-silicon features for security, compression, and analytics acceleration. It also provides specifications for the SPARC S7-2 and SPARC S7-2L server models, which are based on the SPARC S7 processor.
The document discusses new features in MySQL 5.7 including enhanced performance and scalability, next generation application support, and availability features. Key points include the MySQL 5.7 release candidate being available with 2x faster performance than 5.6, new JSON support, improved GIS capabilities using Boost.Geometry, multi-threaded replication for faster slaves, and new group replication for multi-master clusters.
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 summarizes Oracle's Database Appliance X7-2, a purpose-built system for managing Oracle Database. It comes in three configurations (X7-2S, X7-2M, X7-2-HA) with varying processor, memory, storage, and high availability capabilities. The appliance is simple and optimized to deploy Oracle Database quickly while reducing costs through its integrated infrastructure and Oracle licensing model. It also offers a path to integrating databases on-premises with Oracle Cloud.
The document discusses Oracle's Zero Data Loss Recovery Appliance. It aims to fundamentally change how databases are protected by pushing database changes in real-time instead of periodic backups. This minimizes impact on production databases and ensures zero data loss. It stores database changes efficiently on disk and can restore databases to any point in time using these deltas. It also creates space-efficient "virtual" full backups without requiring full backups. This enables long retention of backup history with minimal storage.
A round-up of the significant new ODA improvements from last quarter of 2014. This presentation was first delivered by Simon Haslam at a ClubOracle event in London on 26 February 2015.
Note: content assumes some familiarity with ODA
The document discusses Oracle Database Appliance (ODA), which provides a preconfigured hardware and software solution for deploying Oracle databases. It notes that ODA offers benefits over building custom database solutions such as lower total cost of ownership, simpler installation and management, and built-in reliability. It describes the base ODA X3-2 configuration and how storage can be expanded. The document also discusses how ODA can support virtualization of additional applications through Oracle VM and provides examples of deploying WebLogic and JD Edwards on an ODA virtualized platform. It argues that ODA reduces costs for independent software vendors and lowers licensing costs compared to VMware.
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.
The document discusses Oracle's Maximum Availability Architecture (MAA) reference architectures for high availability (HA) and data protection on-premises and in hybrid cloud environments. It describes the Bronze, Silver, Gold, and Platinum reference architectures that align Oracle capabilities with different levels of customer service level requirements. It also discusses using Oracle Database Backup Cloud Service for offsite backups and Data Guard/Active Data Guard for disaster recovery to the Oracle Cloud.
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.
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.
The document discusses Oracle's engineered systems and appliances portfolio. It provides sales highlights on Oracle Engineered Systems, noting over 5,000 systems shipped to date with over $1 billion in business. It then details a case study on migrating a customer's databases to Oracle solutions like Exadata, which delivered a 28% reduction in total cost of ownership over 5 years. Finally, it outlines new innovations in Oracle's products, including the Exadata X4, Exalogic X4-2, Oracle SuperCluster M6-32 and T5-8, Oracle Database Appliance, and Oracle Virtual Compute Appliance.
Oracle Cloud Infrastructure (OCI) provides Infrastructure as a Service (IaaS), Platform as a Service (PaaS), and Software as a Service (SaaS) through a global network of 29 regions. OCI offers high-performance computing resources, storage, networking, security, and edge services to support traditional and cloud-native workloads. Pricing for OCI is consistently lower than other major cloud providers for equivalent services, with flexible payment models and usage-based pricing.
The document discusses SPARC SuperCluster, a platform for database and middleware consolidation that provides maximum performance. It consists of SPARC T4 servers, Exadata storage servers, ZFS storage appliances, and other components engineered to work together. Implementing SPARC SuperCluster can significantly reduce costs through server consolidation compared to other solutions. It also offers built-in virtualization, Solaris operating system advantages for cloud computing, and lower TCO through better performance and simplified management.
The document outlines Oracle's Maximum Availability Architecture (MAA) approach for transitioning Oracle E-Business Suite applications to a highly available configuration on Sun platforms. It describes a 3 phase process to establish a local cluster, expand to a 2 node RAC configuration, and finally implement a full disaster recovery site. The goal is to minimize downtime during implementation through cloning and staging of configuration changes ahead of planned switchovers.
MOUG17 Keynote: Oracle OpenWorld Major AnnouncementsMonica Li
Midwest Oracle Users Group Training Day 2017 Presentation by Rich Niemiec, Chief Innovation Officer at Viscosity North America.
Catch up on OOW17's top announcements in this 1 hour presentation.
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.
This document discusses Oracle Cloud Infrastructure compute services. It describes the differences between bare metal instances, virtual machines, and dedicated hosts. It provides an overview of Oracle-provided images, bringing your own images, and creating custom images. Instance configurations, pools, and autoscaling policies are also covered. The document discusses instance metadata and lifecycle states like starting, stopping, rebooting, and terminating instances. It provides examples of using the instance metadata service and describes how billing works for different instance shapes depending on their state.
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.
Deploying SOA on the Oracle Database ApplianceO-box
The document discusses deploying SOA on the Oracle Database Appliance (ODA). It describes how ODA already provides easily provisioned database and WebLogic Server. To install SOA, one can use WebLogic Server on ODA but must consider additional disk space, packages, tuning, and FMW infrastructure requirements. Alternatively, one could create their own OVM template, though this is not the preferred ODA approach. The best option is to let the Oracle Database Appliance provision SOA.
Presentation oracle super cluster t5-8 technical deep divesolarisyougood
This document provides an overview and agenda for a presentation on the Oracle SuperCluster T5-8. The document outlines key specifications of the Oracle SuperCluster T5-8 including its SPARC T5 compute nodes, Exadata storage servers, ZFS storage appliance, and InfiniBand networking. It also discusses configurations for the SuperCluster including database and application domains on the SPARC T5 nodes. Use cases and competitive advantages are highlighted such as performance, efficiency through data compression, and reliability.
The document provides details about Oracle's SPARC S7 servers and SPARC S7 processor. It discusses the key features and capabilities of the SPARC S7 processor, including software-in-silicon features for security, compression, and analytics acceleration. It also provides specifications for the SPARC S7-2 and SPARC S7-2L server models, which are based on the SPARC S7 processor.
The document discusses new features in MySQL 5.7 including enhanced performance and scalability, next generation application support, and availability features. Key points include the MySQL 5.7 release candidate being available with 2x faster performance than 5.6, new JSON support, improved GIS capabilities using Boost.Geometry, multi-threaded replication for faster slaves, and new group replication for multi-master clusters.
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 summarizes Oracle's Database Appliance X7-2, a purpose-built system for managing Oracle Database. It comes in three configurations (X7-2S, X7-2M, X7-2-HA) with varying processor, memory, storage, and high availability capabilities. The appliance is simple and optimized to deploy Oracle Database quickly while reducing costs through its integrated infrastructure and Oracle licensing model. It also offers a path to integrating databases on-premises with Oracle Cloud.
The document discusses Oracle's Zero Data Loss Recovery Appliance. It aims to fundamentally change how databases are protected by pushing database changes in real-time instead of periodic backups. This minimizes impact on production databases and ensures zero data loss. It stores database changes efficiently on disk and can restore databases to any point in time using these deltas. It also creates space-efficient "virtual" full backups without requiring full backups. This enables long retention of backup history with minimal storage.
A5 oracle exadata-the game changer for online transaction processing data w...Dr. Wilfred Lin (Ph.D.)
The document discusses Oracle Exadata and how it can transform online transaction processing, data warehousing, and database consolidation. It describes Exadata as a scale-out platform that integrates servers, storage, and networking optimized for Oracle Database. Exadata delivers extreme performance through special software that brings database intelligence to storage, flash, and networking. It is suitable for all database workloads including OLTP, data warehousing, and database clouds.
Oracle Systems Overview
Engineered systems strategy and overview about exadata, exalitics, superCluster, Exalogic, Oracle virtual appliance, ZFS appliance
Exadata architecture and internals presentationSanjoy Dasgupta
The document provides an overview of Oracle's Exadata database machine. It describes the Exadata X7-2 and X7-8 models, which feature the latest Intel Xeon processors, high-capacity flash storage, and an improved InfiniBand internal network. The document highlights how Exadata's unique smart database software optimizes performance for analytics, online transaction processing, and database consolidation workloads through techniques like smart scan query offloading to storage servers.
- Oracle Database Cloud Service provides Oracle Database software in a cloud environment, including features like Real Application Clusters (RAC) and Data Guard.
- It offers different service levels from a free developer tier to a managed Exadata service. The Exadata service provides extreme database performance on cloud infrastructure.
- New offerings include the Oracle Database Exadata Cloud Service, which provides the full Exadata platform as a cloud service for large, mission-critical workloads.
I dati al giorno d’oggi sono un elemento di estrema importanza e d’intrinseco valore per ogni entità. Per questo quando parliamo di Oracle Database facciamo riferimento al capitale della nostra azienda, sia essa pubblica che privata. Per poter sfruttare al massimo le potenzialità del database Oracle è però necessario avere a disposizione un’infrastruttura in grado di facilitarne l’accesso, di semplificarne la gestione, di proporzionare il livello di performance necessario al fine di garantire la scalabilità utile a mantenere queste condizioni nel tempo. Il costante cambiamento della società spinge le imprese ad aggiornarsi e, con il passare del tempo, questo processo comporta una crescita dei dati immagazzinati nei nostri Database con conseguente aumento della criticità degli stessi. Oracle Database Appliance è il sistema ingegnerizzato creato da Oracle per gestire in modo efficiente i propri Database, minimizzando lo sforzo necessario per il loro mantenimento e permettendo così di focalizzare i propri sforzi in attività direttamente relazionate con il core business. Durante la webinar analizzeremo use case pratici che dimostreranno come al giorno d’oggi sia possibile approfittare dei vantaggi offerti dall’Oracle Database Appliance per rispondere alle differenti necessità che la gestione di una complessa e performante infrastruttura IT possa richiedere.
This presentation provides a clear overview of how Oracle Database In-Memory optimizes both analytics and mixed workloads, delivering outstanding performance while supporting real-time analytics, business intelligence, and reporting. It provides details on what you can expect from Database In-Memory in both Oracle Database 12.1.0.2 and 12.2.
The document discusses transforming data management to the cloud. It describes how Oracle's database cloud services provide complete data management across multiple data types at any scale both on-premises and in the cloud. It highlights how the cloud offers lower costs through pay-as-you-go pricing and lower operational expenses, as well as increased agility through rapid provisioning and elastic scaling. Oracle 12c and new features in 12c Release 2 provide database consolidation, isolation at scale, and online operations for pluggable databases in the cloud.
C6 oracles storage_strategy_from_databases_to_engineered_systems_to_cloudDr. Wilfred Lin (Ph.D.)
The document discusses Oracle's storage strategy of integrating storage with its other products like databases, engineered systems, and cloud offerings. It outlines how storage is moving from standalone products to being engineered as part of complete systems to improve functionality, performance and reduce costs. Oracle storage products are designed to work closely with databases, engineered systems and public cloud to simplify management and move data seamlessly between on-premises and cloud environments. Examples are given of customers benefiting from faster database provisioning, data protection and time to market using Oracle's engineered storage solutions.
Oracle offers several database cloud services including Oracle Database Cloud Service, Oracle Exadata Cloud Service, Oracle Database Backup Service, and Oracle Database Schema Service. These services provide automated infrastructure, database administration, and tools for application development, testing database applications, testing database upgrades, disaster recovery, and a hybrid cloud environment with the same database software both on-premises and in the cloud.
Oracle hardware includes a full-suite of scalable engineered systems, servers, and storage that enable enterprises to optimize application and database performance, protect crucial data, and lower costs.
With Oracle, customers have freedom from the complexity of having multiple databases, analytics tools, and machine learning environments. Oracle's data management platform makes it easier and faster for application developers to create microservices-based applications with multiple data types.
Ashnik EnterpriseDB PostgreSQL - A real alternative to Oracle Ashnikbiz
A Technical introduction to PostgreSQL and Postgres Plus -
Enterprise Class PostgreSQL Database from EDB - You have a ‘Real’ alternative to Oracle and other conventional proprietary Databases
EnterpriseDB Postgres Plus Advanced Server provides Oracle compatibility with enterprise performance features built upon the legendary open source PostgreSQL platform, all certified on IBM’s latest Linux on Power servers.
The highlights of this presentation include:
* An overview of the database landscape – past, present and future
* Postgres NoSQL capabilities for document and key-value store work loads
* How you can lower your Total-Cost-of-Ownership (TCO) with Postgres in conjunction with your current database
* What resources are available to assess the right decision
* How the IBM Power Systems™ platform is fueling performance, reliability, security, TCO and virtualization for new applications, markets and geographies.
* Suggested audience: This presentation is intended for strategic IT and Business Decision-Makers involved in IT infrastructure and application development.
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 optimizing application infrastructure by moving from a generic approach to an engineered approach using Oracle technologies. It describes how generic infrastructure treats all workloads equally and may not optimize for cost or performance needs. Oracle offers engineered systems like the Private Cloud Appliance to optimize for cost through features like integrated software and hardware. It also offers Exalogic to optimize for extreme performance requirements through tight integration and software enhancements. Case studies show customers achieving significant cost savings and performance improvements versus generic infrastructure.
Powerplay: Postgres and Lenovo for the Best Performance & SavingsEDB
This presentation reviews:
• An overview of the database landscape – traditional database investments and what strategic database decisions IT managers are making for the future
• How to lower your Total-Cost-of-Ownership (TCO) with Postgres in conjunction with your current database
• How to achieve optimal performance, agility and speed, and 3x more memory for better app performance with Lenovo servers
• How Postgres Plus Advanced Server with Lenovo servers can optimize your performance and savings
Target audience: This presentation is intended for strategic IT and Business Decision-Makers involved in data infrastructure decisions and cost-savings.
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Pulmonary delivery of biologics (insulin, vaccines, mRNA)
Definition and Purpose
Pulmonary Delivery: Involves administering biologics directly to the lungs via inhalation.
Goal: To achieve rapid absorption into the bloodstream, enhance bioavailability, and improve therapeutic outcomes.
Types of Biologics
• Insulin: Used for diabetes management; inhaled insulin can provide a non-invasive alternative to injections.
• Vaccines: Pulmonary delivery of vaccines (e.g., mRNA vaccines) can stimulate local and systemic immune responses.
• mRNA Therapeutics: Inhalable mRNA formulations can be used for gene therapy and vaccination, allowing for direct delivery to lung cells.
Advantages
• Non-Invasive: Reduces the need for needles, improving patient comfort and compliance.
• Rapid Onset: Direct absorption through the alveolar membrane can lead to quicker therapeutic effects.
• Targeted Delivery: Focuses treatment on the lungs, which is beneficial for respiratory diseases.
Future Directions
• Personalized Medicine: Potential for tailored therapies based on individual patient needs and responses.
• Combination Therapies: Exploring the use of pulmonary delivery for combination therapies targeting multiple diseases.
Gene therapy via inhalation
Definition and Purpose
• Gene Therapy: A technique that involves introducing, removing, or altering genetic material within a patient’s cells to treat or prevent disease.
• Inhalation Delivery: Administering gene therapies directly to the lungs through inhalation, targeting respiratory diseases and conditions.
Mechanism of Action
• Aerosolized Vectors: Utilizes viral or non-viral vectors (e.g., liposomes, nanoparticles) to deliver therapeutic genes to lung cells.
• Cell Uptake: Once inhaled, the vectors penetrate the alveolar epithelium and deliver genetic material to target cells.
Advantages
• Localized Treatment: Direct delivery to the lungs can enhance therapeutic effects while minimizing systemic side effects.
• Non-Invasive: Inhalation is less invasive than traditional injection methods, improving patient compliance.
• Rapid Onset: Potential for quicker therapeutic effects due to direct absorption in the pulmonary system.
Personalized inhaler systems with sensors
• Smart Inhalers: Devices with sensors that track usage and technique.
• Real-Time Monitoring: Connect to apps for data on adherence and inhalation patterns.
• Tailored Treatment: Adjusts medication based on individual usage data.
• Patient Engagement: Provides feedback and reminders to empower self-management.
• Improved Outcomes: Enhances adherence and reduces exacerbations in respiratory conditions.
• Future Potential: May integrate with other health data and use AI for predictive insights.
Sustained-Release Nano Formulations
Definition: Nanoscale drug delivery systems that release therapeutic agents over an extended period.
Components: Made from polymers, lipids, or inorganic materials that encapsulate drugs.
Mechanism:
#3: Before we get started, I must share with you that information in this presentation is covered by this guidance.
#4: So, let’s start at the top. For most IT shops, the databases – and the applications that use them – are incredibly important, perhaps more so than other parts of IT.
Databases tend to hold the organization’s most important information. They power the applications that the business really cares about. For many, supporting databases represent a big chunk of the overall IT spend.
Logically speaking, database infrastructure represents an excellent opportunity for optimization
#8: ODA is a complete, simple, reliable and affordable solution for running highly available databases and applications.
ODA is a member of Oracle’s engineered systems product family and the software and hardware are engineered together (we’ll talk more about the advantages of Engineered Systems in more detail in a later slide.
ODA is complete: software, server, networking, and storage
ODA is an appliance that is easy to get up and running, saving customers time and effort not only at the initial installation, but throughout the life of the product (enabled by quarterly patch management of the entire stack and automation via the ODA Appliance Manager)
ODA is reliable. The hardware and software are engineered together to ensure that the system is available and it does it transparently.
ODA is affordable. You can license a subset of the CPU cores and grow your usage as demand grows, enabling you to more effectively manage capital expenses.
#11: All photo licensed
Business critical databases
OLTP and data warehouses
Runs Oracle’s high availability software suite including Oracle Real Application Clusters
Consolidated databases
Supports Multitenant and In-Memory database options
Test and development databases
Quickly and efficiently provision snapshots
The next two slides cover the two ways customers use the Oracle Database Appliance:
As a system to run their database
As a system to run their complete application (middleware, business logic, database)
As a Database Platform ODA can support:
OLTP workloads
Data Warehousing workloads
Some customer start with a single mission critical database that has been problematic: Could be because of availability issues or performance issues.
Most customers consolidate many databases onto a single ODA. They either start out with this in mind, or after they’ve used ODA for their most critical database workload they realize that ODA is an excellent platform for consolidating additional databases
Customer also use ODA as a test and development platform to speed development (reducing time to value) and reduce the costs of supporting lots of databases for test and development (cost of the time to create and manage many databases and the cost savings from not having to purchase lots of additional storage)
#18: Maximize Your Return on IT Resources
Everything necessary for a database solution in a single appliance
Breaks the dependency on others for specialized expertise
Easy and fast to order: 1 part number buys it all
Best practices and automation speeds time to market
Quickly deploy entire platform for any x86 application
Integrated backup to Oracle Cloud
Includes 1 year of Oracle Cloud Backup for up to 1 TB of data
Oracle Database Appliance can also be used as a complete application platform
Hosting all tiers of an application on a single platform, in a compact, highly available platform
We call this a Solution-in-a-Box
Oracle applications include: JD Edwards, E-Business Suite, PeopleSoft, Flexcube, Weblogic, Enterprise Manager and many more
ISV have also made their solutions available, including: IFS (Enterprise Resource Management: ERP), mFormation (mobile device management) and Temenos (Bank in a Box)
Customers can also deploy their internally developed applications
As we’ll discuss later in this presentation, it is easy to rapidly deploy not only HA enabled Databases, it is also easy to rapidly deploy all tiers of an application solution.
Host all tiers (web, middleware, database) on a single system
Simplifies deployment and reduces data center footprint
Ideal for branch office and remote deployments
Solution-in-a-box made easy with comprehensive bestpractices white papers and automation wizards
Oracle applications
JD Edwards, E-Business Suite, PeopleSoft, Flexcube,Weblogic, Enterprise Manager, etc.
ISV applications
IFS, mFormation, Temenos, etc.
Customer developed applications
#20: There are several factors that make Oracle Database Appliance more affordable.
As we just discussed, with the expansion of the Oracle Database Appliance portfolio, we now have models available at a significantly lower cost—one quarter of the original price point
Second, Oracle Database Appliance allows customers to reduce operational expenses. Because it reduces complexity, you need fewer, expensive, highly-skilled resources
Third, with Oracle Database Appliance, you can lower software costs through capacity-on-demand licensing, which is available when you’re running Oracle Database Enterprise Edition. Here’s a quick example
Let’s say you are building your own database system and buy a 10-core x86 server. With Oracle Database licensing, it’s required that you license all the cores up front. When you buy new hardware, you buy it to support your business for three-to-five years, so initially, you are likely buying more capacity than you’ll use. That means you are paying for licensing today you don’t need.
In this example, you only need two cores initially to run your business. With Oracle Database Appliance and capacity-on-demand licensing, you only have to pay for the two cores you need to run your businesses. In this case, 1 license. When you need more it’s easy to turn on the additional cores. In this example, the customer saved almost 200K on licensing costs alone.
So basically, you license a subset of the CPU cores—giving you the capability to quickly scale quickly without any hardware upgrades. (The Oracle Database Appliance X5-2 scales to 72 cores. Oracle Database Appliance X6-2M scales up to 20 cores, and Oracle Database Appliance X6-2S scales up to 10 cores.) You buy what you need now and incrementally grow as demand dictates. This avoids the usual costs and valuable time spent on a typical hardware upgrade, and enables you to deliver the performance and high availability that business users demand as they align software spending with business growth. With a build-your-own solution, you have to license all cores on day one, whether you need them or not.
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Note: On Intel processor-based servers, the core factor is .5.
#23: The Database Appliance is a database optimized solution. Similar configurations from Dell and HP do not offer the tight integration of hardware and software that only Oracle can provide. As you can see, the database appliance offers savings of time and money over both of these competitors. From automated patching, to saving money on overall licensing costs, the database appliance is a proven, highly available database platform. The solutions from Dell and HP will require more time, specialized resources and $$ to get a highly available platform deployed. The Database Appliance’s ease of installation and support is unmatched by a “build your own” model.
The Dell and HP models are relatively the same in cost.
The was estimated in June 2016.