What is Oracle Exalogic?
- Oracle’s engineered system for high-performance enterprise applications and middleware.
- Combines compute, storage, and networking in a pre-configured 19-inch rack.
- Optimized for Oracle WebLogic, middleware, and cloud workloads.
- Features high-speed InfiniBand connectivity and SSD storage.
- Scalable configurations for diverse workload needs.
Oracle Exalogic
Oracle Exalogic is an Engineered System on which you can deploy various applications, middleware, and databases.
It combines hardware and software to provide a high-performance, highly reliable platform for Oracle and non-Oracle workloads.
The hardware components of an Exalogic system include servers, storage devices, and networking components.
The software comprises the operating system, virtualization software, and management software. Together, these components provide a platform optimized for running various applications and workloads.
Oracle Exalogic is designed to provide the following:
- Superior Performance: Oracle Exalogic is engineered from the ground up to provide high performance for all workloads. It uses a combination of powerful hardware, intelligent software, and optimizations for Oracle applications to deliver unmatched performance.
- Simplified Management: With Oracle Exalogic, you can manage your entire application infrastructure from a single console. This simplifies operations and reduces the risk of errors.
- High Availability and Reliability: Oracle Exalogic is designed to be highly available and reliable. It includes redundant hardware components, automatic failover features, and data protection and recovery features.
- Scalability: Adding more nodes can quickly expand your Oracle Exalogic system, allowing you to increase capacity and performance without disrupting your applications.
- Cost Savings: By consolidating your applications onto Oracle Exalogic, you can reduce the cost of your IT infrastructure. You can also reduce operational costs by automating routine management tasks.
Oracle Exalogic Technical Architecture
Oracle Exalogic is an integrated hardware and software platform that offers extreme performance, reliability, and scalability. It is optimized for running enterprise applications, middleware, and workloads that require high throughput and low latency.
Below is a detailed breakdown of the technical specifications for common Exalogic Elastic Cloud configurations.
Core Features Across All Configurations
- Compute Nodes: Each configuration consists of highly optimized compute nodes tailored to handle diverse enterprise workloads.
- Networking: All Exalogic configurations include 40 Gb/sec InfiniBand, enabling ultra-low-latency communication and efficient data transfer between nodes.
- Storage: Integrated flash storage ensures high-speed data access, enhancing performance for I/O-intensive applications.
- Software Integration: Designed to run Oracle middleware and applications with unmatched performance and reliability.
Configuration Details
Exalogic Elastic Cloud X6-2
- Processors: Two Intel Xeon E5-2699 v4 processors with 22 cores (total 44 per node).
- Memory: 256 GB DDR4 memory, expandable based on workload requirements.
- Storage: 1.6 TB NVMe flash storage per node, offering high-speed local storage.
- Networking: 40 Gb/sec InfiniBand connectivity ensures high-speed networking across nodes.
- Ideal Use Cases:
- Large-scale Oracle Fusion Middleware deployments.
- High-throughput enterprise Java applications.
- Performance-demanding analytics workloads.
Exalogic Elastic Cloud X5-2
- Processors: Two Intel Xeon E5-2697 v3 processors with 18 cores each (total 36 cores per node).
- Memory: 256 GB DDR4 memory, supporting demanding application workloads.
- Storage: 1.6 TB NVMe flash storage per node.
- Networking: High-speed 40 Gb/sec InfiniBand connectivity.
- Ideal Use Cases:
- Medium to large-scale business-critical applications.
- Multi-tier application architectures requiring seamless integration.
- Scalable virtualized environments.
Exalogic Elastic Cloud X4-2
- Processors: Two Intel Xeon E5-2690 processors with 12 cores each (24 cores per node).
- Memory: 256 GB DDR3 memory, suitable for moderate workload environments.
- Storage: 1.6 TB NVMe flash storage per node.
- Networking: Consistent 40 Gb/sec InfiniBand networking for fast interconnectivity.
- Ideal Use Cases:
- Entry-level enterprise application hosting.
- Development and testing environments.
- Cost-efficient scaling for legacy applications.
Scalability and Flexibility
- Horizontal Scaling: Exalogic allows seamless expansion by adding additional compute nodes. This scalability is ideal for growing enterprises and dynamic workloads.
- Software-Defined Elasticity: Integration with Oracle’s Elastic Cloud Software ensures dynamic resource allocation, enabling efficient use of underlying hardware.
- Pre-Integrated Stack: Each Exalogic configuration is pre-tested and pre-integrated, reducing deployment time and ensuring compatibility with Oracle software ecosystems.
Additional Capabilities
- High Availability and Reliability: Features like redundant components and failover mechanisms ensure minimal downtime. There are also more compute nodes, allowing you to increase capacity and performance as your needs grow.
- Integrated Virtualization: Supports Oracle VM for virtualization, enabling efficient resource allocation and multi-tenancy.
- Optimized Middleware Performance: Specifically tuned for Oracle WebLogic Server, providing significant performance improvements compared to generic hardware solutions.
Planning for Migration to Oracle Exalogic
Migrating to Oracle Exalogic requires careful planning, preparation, and execution to ensure a smooth transition with minimal downtime.
1. Develop Detailed Migration Plans
- Assessment and Analysis:
- Evaluate current workloads, application architecture, and performance requirements.
- Identify dependencies, legacy systems, and any compatibility issues.
- Migration Strategy:
- Define a migration strategy—a lift-and-shift, re-platforming, or application transformation.
- Break the migration into manageable phases, prioritizing critical applications.
- Documentation:
- Prepare a detailed migration plan that includes:
- Architecture Design: Map existing architecture to Exalogic’s infrastructure.
- Configuration Details: Define how applications, middleware, and databases will be configured on Exalogic.
- Application Deployment: Outline deployment processes for applications and middleware.
- Prepare a detailed migration plan that includes:
2. Create Comprehensive Test Plans
- Validation Framework:
- Design a framework to validate all aspects of the migration.
- Include unit tests, integration tests, and user acceptance testing (UAT).
- Performance Testing:
- Stress testing should be conducted to ensure that Exalogic can handle expected workloads and peak demands.
- Identify bottlenecks and fine-tune application configurations.
- End-to-End Testing:
- Simulate real-world scenarios to validate end-to-end application functionality.
- Verify network latency, database connectivity, and middleware performance.
- Rollback Strategy:
- Plan and test rollback procedures to address potential issues during the migration.
3. Establish Production Governance and Cut-Over Plans
- Governance Framework:
- Set up governance policies to oversee the migration process and define stakeholder roles.
- Establish key performance indicators (KPIs) to measure migration success.
- Cut-Over Planning:
- Schedule the cut-over to production during low-traffic periods to minimize disruption.
- Use a phased or big-bang approach based on the size and complexity of your migration.
- Define a step-by-step cut-over plan, including:
- Data Migration: Migrate all data to the Exalogic environment.
- System Switch: Transition users and applications to the new environment.
- Risk Mitigation:
- Identify potential risks and implement contingency plans for quick issue resolution.
4. Provide Post-Implementation Support
- On-Site Expertise:
- Have Oracle experts or certified partners on-site during the initial post-implementation phase.
- Address technical issues, optimize system performance, and ensure operational stability.
- Knowledge Transfer:
- Train your IT team on new system management procedures and best practices.
- Provide documentation on system configurations, monitoring, and troubleshooting.
- Ongoing Monitoring and Optimization:
- Set up monitoring tools to track system health and performance.
- Conduct regular performance reviews and make adjustments as needed.
Additional Tips for a Successful Migration
- Leverage Oracle Resources:
- Oracle’s migration tools and services, such as Oracle Enterprise Manager, can be used to streamline migration.
- Engage Stakeholders:
- Involve business and IT stakeholders early to ensure alignment and prioritize key objectives.
- Iterative Approach:
- Consider a proof-of-concept (POC) before full-scale migration to validate the feasibility of the process.
- Focus on Compliance:
- Ensure adherence to compliance requirements, especially for industries with strict regulatory standards.
Oracle Exalogic Pricing Guide
Oracle Exalogic offers flexible pricing based on configuration, software, and additional services. Here’s a detailed breakdown of pricing components and considerations for budgeting your Oracle Exalogic investment.
1. Base Configurations: Hardware and Software Costs
- Exalogic Elastic Cloud Software:
- License Cost:
- $10,000 per processor.
- $400 per named user.
- Annual Software Update License and Support:
- $2,200 per processor.
- $88 per named user.
- Inclusions:
- Software updates.
- 24/7 Oracle support for issue resolution and guidance.
- License Cost:
- Compute Nodes and Hardware:
- Pricing varies depending on the selected configuration (e.g., X6-2, X5-2, or X4-2).
- Factors include the number of nodes, memory, storage, and InfiniBand infrastructure.
2. System Installation and Software Configuration Services
- Installation Services:
- Oracle offers professional services to handle the physical installation of Exalogic hardware.
- Price Range: Typically varies based on your infrastructure’s deployment scope and complexity.
- Software Configuration:
- This includes the setup of Exalogic Elastic Cloud Software and middleware and integration with existing Oracle ecosystems.
- Pricing depends on specific configurations, application needs, and integration levels.
3. Upgrades and Scalability Options
- Processor and Node Upgrades:
- Adding more processors or compute nodes incurs additional licensing costs based on the Exalogic Elastic Cloud Software pricing model.
- Storage Expansion:
- Additional flash storage or disk arrays can be purchased to meet growing data requirements. Pricing is determined by capacity and type of storage.
4. Additional Components
- Exalogic Storage Server Software:
- License Cost:
- $10,000 per processor.
- $400 per named user.
- Annual Support and Updates:
- $2,200 per processor.
- $88 per named user.
- License Cost:
- Middleware Licensing:
- It is licensed separately if additional Oracle middleware (e.g., WebLogic Server) is required. The cost depends on the number of cores and editions selected.
5. Factors Influencing Costs
- Deployment Size:
- Larger configurations with more nodes and processors naturally result in higher costs.
- Support Levels:
- Oracle offers various support tiers, impacting annual support fees.
- Customization:
- Costs increase with the level of customization, integration with third-party software, and the need for specific deployment architectures.
6. General Pricing Tips
Oracle Cloud Infrastructure (OCI) may offer Exalogic functionality with different pricing models for organizations exploring cloud-based deployments.
Bundle Discounts:
- Oracle often discounts bundled purchases of Exalogic systems, middleware, and database solutions.
Volume Licensing:
- Organizations purchasing multiple processors or systems may negotiate reduced rates.
Building Your Exalogic Configuration
Designing an Oracle Exalogic configuration tailored to your organization’s needs involves strategic planning and understanding key hardware, software, and workload requirements.
Here’s a detailed step-by-step guide to help you build your ideal Exalogic setup.
1. Assess Workload Requirements
Before starting, evaluate:
- Workload Size and Type:
- Are your workloads compute-intensive, memory-bound, or I/O-heavy?
- Determine peak and average performance needs.
- Scalability Needs:
- Plan for future growth in application demand, data volumes, or user base.
- Application Requirements:
- Consider compatibility with Oracle applications and middleware.
2. Choose Your Base Configuration
Select the Exalogic base configuration that aligns with your workload needs:
- Exalogic Elastic Cloud X6-2:
- Best for large-scale, compute-intensive applications.
- Features two 22-core Intel Xeon processors, 256 GB of memory, and 1.6 TB of NVMe flash storage per node.
- Exalogic Elastic Cloud X5-2:
- Ideal for medium-to-large workloads requiring balanced performance.
- Includes two 18-core Intel Xeon processors, 256 GB of memory, and 1.6 TB flash storage per node.
- Exalogic Elastic Cloud X4-2:
- Suited for smaller workloads or testing environments.
- Offers two 12-core Intel Xeon processors, 256 GB of memory, and 1.6 TB of storage per node.
3. Add Additional Components
Once your base configuration is set, scale up by adding extra components:
- Compute Nodes:
- Add nodes to meet growing processing demands. Each node increases compute capacity and storage.
- Storage Devices:
- Expand storage with additional NVMe drives or integrated disk arrays.
- Networking Components:
- Ensure you have enough InfiniBand ports or expand with additional switches for seamless communication between nodes.
4. Select the Necessary Software
Choose the software stack to complement your hardware:
- Exalogic Elastic Cloud Software:
- This includes an operating system, Oracle VM for virtualization, and management tools for streamlined operation.
- Middleware Options:
- Select Oracle WebLogic Server or other middleware based on application needs.
- Database Software:
- If hosting databases, integrate Oracle Database software optimized for Exalogic.
- Third-Party Tools:
- Consider monitoring, backup, or security software if needed.
5. Calculate Total Costs
Break down the costs to budget effectively:
- Hardware Costs:
- Compute nodes, storage devices, and networking infrastructure.
- Software Licensing:
- Licenses for Exalogic Elastic Cloud Software, middleware, and additional software.
- Service Fees:
- Installation, software configuration, and consulting services.
- Potential Discounts:
- Negotiate for volume or bundle discounts with Oracle.
6. Factor in Ongoing Costs
Plan for long-term operational expenses:
- Annual Software Update and Support Fees:
- For Exalogic Elastic Cloud Software, $2,200 per processor or $88 per named user.
- Maintenance Contracts:
- Budget for hardware maintenance or Oracle Advanced Customer Support.
- System Monitoring:
- Invest in tools for proactive monitoring and performance optimization.
7. Validate Your Configuration
Before deployment:
- Test applications, middleware, and database software for seamless integration.ic configuration and requirements.
Performance Testing:
- Ensure the configuration meets workload demands under real-world conditions.
Scalability Validation:
- Confirm the system can handle future expansion without significant reconfiguration.
Compatibility Checks:
Please refer to the Oracle Price List for the most accurate pricing information.
Best Practices for Implementing Oracle Exalogic
Oracle Exalogic is a robust platform that can significantly enhance your technical infrastructure.
However, implementing best practices is crucial to fully leveraging its capabilities.
Here are some key points to consider:
- Pre-installation Planning: Before implementing Oracle Exalogic, a clear plan is essential. This plan should include understanding how to consolidate Java applications, optimize performance techniques, and improve Quality of Service.
- Knowledge Transfer: Ensure that there is a robust knowledge transfer process from Oracle experts to your team. This will help your team understand how to best deploy and use Oracle Exalogic Elastic Cloud.
- Best Practice Deployment: Implement Oracle Exalogic using best practice deployment considerations. This will help you realize immediate hardware and software benefits through consolidation, leveraging integrated technologies such as Oracle WebLogic Suite 11g, Oracle Coherence, and JRockit.
- Application Architecture and Configuration: Your team should be assisted throughout the process, from application architecture through conversion and migration to production cut-over. This will ensure a smooth transition while helping your staff become familiar with Oracle Exalogic Elastic Cloud and industry best practices for production activities.
- Security, Backup, and Recovery: Implement security measures, backup and recovery plans, and monitoring configurations to ensure the safety and reliability of your system.
- Performance Testing and Tuning: Regularly test and tune your system’s performance to ensure optimal operation.
- Operational Governance and User Adoption: To prepare for the transition to production, establish operational governance, and facilitate user adoption.
Read our top 10 tips on what to think about before your deploy your Exalogic.
Oracle Exalogic Release History
Oracle Corporation unveiled Oracle Exalogic at the Oracle OpenWorld conference in San Francisco in September 2010. It is part of Oracle’s engineered systems product line, which began in 2008 with Exadata, a preconfigured database cluster designed for high performance.
Read about the difference between Exalogic and Exadata.
Overview of Exalogic
Exalogic is a factory-assembled, integrated system housed in a standard 19-inch rack containing up to 42 rack units. The system includes servers, networking equipment, and storage components. Different configurations are available at varying price points, depending on the components installed:
- Full Rack: Weighs approximately 1 ton (over 2000 lbs).
- Quarter Rack: Weighs about half as much as the full rack.
Initial Hardware Specifications
The first Exalogic release, the X2-2 appliance, featured:
- Compute Nodes: 1U Intel Xeon servers.
- Processors: Each node housed two six-core Intel Xeon processors running at 2.93 GHz.
- Storage:
- Two solid-state drives (SSDs) for the operating system and swap space.
- A shared storage area network (SAN).
- Networking: InfiniBand and Ethernet switches for high-speed communication between nodes.
- Design: Engineered for enterprise applications, middleware, and cloud deployments.
Subsequent Models and Enhancements
Oracle has consistently upgraded Exalogic, introducing new models with better performance and capabilities:
2012: Exalogic X3-2
- Introduced newer Intel processors.
- Expanded memory capacity to support larger workloads.
- Enhanced overall system performance for demanding applications.
2013: Exalogic X4-2
- Increased the number of processor cores, significantly boosting computing power.
- Expanded SSD capacity to four times that of the X3-2, improving I/O performance and storage capabilities.
Latest Model: Current Exalogic Compute Nodes
The most recent Exalogic compute nodes come with cutting-edge specifications:
- Power Supplies: Redundant units to ensure system reliability.
- Processors: Two Intel E5-2699v3 Xeon processors per node, each with 18 cores running at 2.3 GHz.
- Memory: 256 GB per node, achieved with eight 32 GB DDR4 2133 MHz RAM modules.
- Storage: Two 400 GB SSDs configured in RAID 1 for redundancy and high availability.
Use Cases for Oracle Exalogic
Oracle Exalogic is deployed by various organizations across various sectors, demonstrating its versatility and adaptability to workloads and application types.
Here are a few real-life examples:
- University of Melbourne: The University of Melbourne uses Oracle Exalogic to support its various academic and administrative applications. The system’s high performance and scalability make it ideal for the university’s diverse and demanding workloads.
- Food and Drug Administration (FDA) in the United States: The FDA uses Oracle Exalogic to manage its vast amounts of data and complex workloads. The system’s high performance and reliability ensure that the FDA can effectively carry out its mission to protect public health.
- Amway: Amway, a global leader in health and beauty products, uses Oracle Exalogic to support its e-commerce platform. The system’s high performance and scalability enable Amway to provide a seamless and responsive shopping experience for its customers worldwide.
- Hyundai Motor Group: Hyundai Motor Group uses Oracle Exalogic to manage its complex and demanding automotive design and manufacturing workloads. The system’s high performance and reliability help Hyundai maintain its position as a global leader in the automotive industry.
- Bank of Chile: The Bank of Chile uses Oracle Exalogic to support its core banking applications. The system’s high performance and reliability ensure that the bank can provide secure and efficient services to its customers.
- Haier: Haier, a global leader in consumer electronics and home appliances, uses Oracle Exalogic to support its e-commerce platform. The system’s high performance and scalability enable Haier to provide a seamless and responsive shopping experience for its customers worldwide.
- Deutsche Post DHL: Deutsche Post DHL, the world’s leading mail and logistics company, uses Oracle Exalogic to manage its complex logistics and delivery workloads. The system’s high performance and reliability ensure that DHL can deliver packages quickly and efficiently to customers worldwide.
- Public Authority of Minors Affairs (PAMA) in Kuwait: PAMA uses Oracle Exalogic to manage its various administrative and service applications. The system’s high performance and reliability ensure that PAMA can effectively carry out its mission to protect and care for minors in Kuwait.
Oracle Exalogic vs PCA (Oracle Private Cloud Appliance)
Oracle Exalogic and Oracle Private Cloud Appliance (PCA) are engineered systems offered by Oracle designed to provide high performance for different workloads. While they share some similarities, they serve other purposes and are optimized for different types of applications.
Oracle Exalogic is an engineered system designed to provide high performance for Oracle middleware using custom Java EE applications, Oracle Applications, and similar enterprise-level applications.
It’s a prepackaged hardware plus software solution designed to be managed and monitored as a single stack.
Oracle Private Cloud Appliance (PCA) is an Oracle-engineered system for implementing the application and middleware tiers. It provides the operational benefits of public cloud deployments to customers who prefer or require an on-premises solution.
PCA provides a private cloud infrastructure and architecture consistent with Oracle Cloud Infrastructure (OCI). It also offers APIs and SDKs compatible with OCI for on-premises implementation at rack scale, making workloads, user experience, tool sets, and skills portable between private and public clouds.
Here’s a comparison table to illustrate the differences:
| Oracle Exalogic | Oracle PCA | |
|---|---|---|
| Primary Purpose | High performance for Oracle middleware using custom Java EE applications, Oracle Applications and similar enterprise-level applications | Implementing the application and middleware tiers |
| Components | Prepackaged hardware plus software solution | Integrated hardware and software system |
| Configuration | Prepackaged hardware plus software solution, designed to be managed and monitored as a single stack | Private cloud infrastructure and architecture consistent with Oracle Cloud Infrastructure (OCI) |
| Scalability | Scalability on demand | Scalability on demand with APIs and SDKs compatible with OCI |
In conclusion, Oracle Exalogic and Oracle PCA are engineered systems that provide pretested and preconfigured standardized sets of hardware, smart storage, and network and software components. However, they are designed for different purposes.
Exalogic is optimized for the high performance of Oracle middleware and similar enterprise-level applications. At the same time, PCA is designed to implement the application and middleware tiers with the operational benefits of public cloud deployments.
Choosing Between Oracle Exalogic and PCA
You can choose between Oracle Exalogic and Private Cloud Appliance (PCA), depending on your needs and circumstances. Both offer robust cloud computing solutions, but they have different strengths.
Oracle Exalogic may be the better choice if your primary need is high-performance computing and Java application consolidation.
If you require a more flexible and customizable cloud solution, Oracle PCA might be more suitable. It’s always best to consult with an Oracle expert or representative to determine the best solution for your needs.
Oracle Exadata vs Oracle Exalogic
Oracle Exadata and Oracle Exalogic are engineered systems offered by Oracle designed to provide high performance for different workloads.
While they share some similarities, they serve other purposes and are optimized for different types of applications.
Oracle Exadata is strictly a data processing solution. Initially conceived and promoted as a solution for extensive data warehouse data load processing.
Oracle now boldly proclaims that Exadata is also suitable for high-concurrency OLTP applications. It comes with its own prepackaged Linux-based Oracle database.
Exadata is a prepackaged box that includes the Oracle Exadata Storage Server software, Oracle Database 11g software, Sun-branded hardware (RAM and CPUs), and Infiniband network technology software.
On the other hand, Oracle Exalogic (Oracle Exadata Elastic Cloud) is an engineered system designed to provide high performance for Oracle middleware using custom Java EE applications, Oracle Applications, and similar enterprise-level applications.
It’s also a prepackaged hardware plus software solution designed to be managed and monitored as a single stack.
| Oracle Exadata | Oracle Exalogic | |
|---|---|---|
| Primary Purpose | Data processing for large data warehouse data load processing and high concurrency OLTP applications | High performance for Oracle middleware using custom Java EE applications, Oracle Applications and similar enterprise-level applications |
| Components | Oracle Exadata Storage Server software, Oracle Database 11g software, Sun branded hardware (RAM and CPUs), and Infiniband network technology software | Prepackaged hardware plus software solution |
| Configuration | Configured in a balanced format, in units of “Racks” that are similar to standard data center rack configurations | Prepackaged hardware plus software solution, designed to be managed and monitored as a single stack |
| Scalability | Can easily upgrade to more processing power by ordering additional Exadata racks | Scalability on demand |
FAQ: Oracle Exalogic
What is Oracle Exalogic?
Oracle Exalogic is an integrated hardware and software system that runs various applications and workloads efficiently.
What are the benefits of using Oracle Exalogic?
Benefits include superior performance, simplified management, high availability, scalability, and cost savings.
What components make up Oracle Exalogic?
It includes servers, storage devices, networking components, an operating system, virtualization software, and management software.
How does Oracle Exalogic simplify management?
It allows the entire application infrastructure to be managed from a single console, reducing complexity and error risks.
Can Oracle Exalogic support non-Oracle workloads?
Yes, it is optimized for Oracle applications, but it can also run other workloads and applications.
What are Oracle Exalogic’s technical specifications?
Common configurations include Exalogic Elastic Cloud X6-2, X5-2, and X4-2, with varying processors, memory, and storage.
What is the pricing structure for Oracle Exalogic?
Pricing varies based on configuration and includes hardware, software licenses, updates, and support costs.
How do you plan to migrate to Oracle Exalogic?
Key steps include creating detailed migration and test plans, preparing for production governance, and arranging post-implementation support.
What are the best practices for implementing Oracle Exalogic?
Best practices involve pre-installation planning, knowledge transfer, using best practice deployment, and regular performance testing.
What is the difference between Oracle Exalogic and PCA?
Exalogic is optimized for Oracle middleware and enterprise applications, while PCA provides a private cloud infrastructure consistent with Oracle Cloud Infrastructure.
How do Exalogic and Exadata differ?
Exalogic is designed for high-performance Oracle middleware, whereas Exadata is optimized for data processing and high-concurrency OLTP applications.
What industries commonly use Oracle Exalogic?
Industries include education, government, retail, automotive, banking, consumer electronics, and logistics.
What is Oracle’s Software Assurance?
Software Assurance includes benefits such as new software versions, deployment planning, training, support, and unique technologies that need renewal.
Can Oracle Exalogic be scaled?
Yes, it allows scaling by adding more nodes to increase capacity and performance without disrupting applications.
What are some real-life use cases for Oracle Exalogic?
Examples include supporting academic and administrative applications at the University of Melbourne and managing complex workloads at the FDA.
