Oracle Engineered Systems – the best place to run Oracle databases.

A powerful mid-range set of products that outperform and run at lower cost than comparable commodity servers. Available in multiple configurations, each ODA device features fully-integrated processing, computing, data storage, and transfer technologies – allowing them to be used as an “out-of-the-box” database solution.

This is the lowest-cost entry-level database appliance currently available from Oracle. But though it’s a budget option, it’s still incredibly powerful, boasting the same complement of hardware used in larger, more powerful versions of the X9.

This system is designed to work with single-instance databases, and features automated storage configuration, simplified storage provisioning, and a number of other features that make it incredibly easy to use.

The system is powered by 16 Intel Xeon processor cores, and includes 256GB of memory (expandable to 512GB), as well as 13.6TB of NVMe raw storage. NVMe technology allows for incredibly fast data write/read speeds, speeding up data retrieval for even the largest databases.

This Oracle database appliance is perfect for mid-market companies that cannot afford enterprise-level databases, but have outgrown their older database infrastructure. The Oracle X9-2L packs incredible performance into a single rack-mounted server.

This server is more than twice as powerful as the X9-2S. It features 36 Intel Xeon processor cores, and comes standard with 512GB onboard memory (expandable to 1TB). Storage is 13.6TB of NVMe flash storage, which can also be expanded to a total capacity of 81.6TB, depending on the size of your databases.

The whole system can be deployed in as little as 60-90 minutes, and is optimized to run Oracle databases with unparalleled efficiency. Other features include on-demand licensing, and automated quarterly patching that ensures your system is free of common bugs and vulnerabilities.

This advanced database appliance is intended for use in demanding, high-availability applications where system failure is not an option. Built with a highly-redundant design, this unit can continue to function even if a single system component fails.

It’s also incredibly fast – featuring an astonishing 64 Intel Xeon processor cores for rapid computing speed. Base memory is 512GB (expandable to 1TB), and 5 SSDs are used to provide 46TB of data storage capacity.

The SSD storage can be expanded to 368 TB for the High performance configuration, and this unit can be configured for high capacity storage with up to 92 TB of SSD and 648 TB of HDD storage.

This makes the X9-2-HA ideal for large databases and database consolidation – you can use a single database appliance for all of your mission-critical Oracle databases.

For customers who wish to have complete control over their own servers and keep them behind their firewalls, this is the best option. You install and run Exadata servers in your own datacenter.

View Exadata On-Premises Data Sheet

Oracle also offers the IaaS (Infrastructure as a Service) Service. With this implementation, you’ll be able to use Oracle-hosted Exadata servers with a pay-as-you-go subscription model, ensuring that you don’t overspend on your IT infrastructure.

View Exadata Cloud Data Sheet

A Hybrid model, Oracle will install your Exadata server in your data center, and then take care of maintenance and database management. You’ll pay a flat, month-to-month fee for this service.

View Exadata Cloud at Customer Data Sheet

Oracle’s Zero Data Loss Recovery Appliance continuously protects Oracle databases throughout the enterprise and accelerates their recovery to any point in time. It integrates unique automated backup and recovery, remote replication, and Oracle Cloud archiving capabilities to protect crucial customer databases running on virtually any platform against ransomware, theft, equipment failure, and human error. This allows databases to be recovered within zero to sub-second of any outage. Additionally, it reduces backup time by eliminating the need for full backups and frees database server resources to focus on operational work.