[repack] - Oracle Exadata X82 Datasheet
In standard server setups, when a query runs, the storage system must send entire raw data tables over the network to the database server, which then filters out the unwanted rows. Exadata changes this completely.
This tiering is transparent and adaptive.
Optimised for cold data storage, achieving up to 50x compression ratios for historical data backups. Deployment Options: Elastic Scaling and Flexibility oracle exadata x82 datasheet
Expanding to scales these components linearly, delivering up to 384 cores and up to 12 TB of RAM across the database servers.
: Delivers up to 350 GB/second of uncompressed I/O bandwidth and 4.8 million 8K read IOPS per full rack. In standard server setups, when a query runs,
This comprehensive guide breaks down the technical specifications, architectural innovations, and enterprise capabilities detailed in the Oracle Exadata X8M-2 datasheet. Architectural Evolution: What Makes the X8M-2 Different?
Merging hundreds of distinct production databases onto a single managed rack. This reduces licensing costs while isolating database workloads via Oracle Database Resource Manager. Optimised for cold data storage, achieving up to
Two 24-core Intel® Xeon® Gold 6248R processors (total of 48 cores per server).
The stands as an elite engineered system designed to optimize performance, scalability, and cost efficiency for Oracle Database workloads. By integrating hardware, software, and networking into a pre-tuned, pre-tested architecture, it addresses critical database infrastructure bottlenecks.
The evolution of database workloads has placed unprecedented demands on underlying hardware infrastructure. Modern enterprises require systems that can handle mixed workloads—high-concurrency OLTP transactions and complex analytical queries—simultaneously. Traditional server architectures often struggle with this duality due to I/O bottlenecks and CPU contention.
The Oracle Exadata X8-2 offers significant benefits for enterprise applications, including: