Oracle updates Exadata systems to speed database operations
Oracle Exadata servers are designed for cloud and data centers oriented around transaction processing
If you had forgotten that Oracle was in the hardware business, it’s easy to understand why, as Oracle has not exactly promoted the business very well.
Oracle’s hardware is descended from Sun Microsystems servers, which Oracle acquired in 2010. Oracle has since shifted direction with the hardware, dumping its custom Sparc processors for x86 and tuning the hardware specifically to run Oracle software.
Oracle is claiming that the data-optimized hardware components and data-intelligent software enhancements in the X11M allow for quicker transaction processing, accelerated analytics, and AI workloads by up to 30 times over the prior generation of servers.
Boosts AI workload performance by offloading intricate vector processing to storage servers, minimizing data transfers and enhancing efficiency. AI queries are up to 32 times faster when using binary vector formats, and optimized vector distance functions cut CPU usage, improving query performance by as much as 4.7 times.
Supports traditional OLTP and analytics customers by supporting up to 1.25 times more concurrent transactions and up to 21 percent lower SQL 8K I/O read latency. This means it can achieve up to one million write IOPS on storage servers for transactional workloads.
Oriented around online transaction processing, typically the forte of IBM mainframes. But going up against IBM isn’t the idea as Oracle knows databases and knows its software, and if anyone can optimize its hardware/software integration, it’s them, experts say.
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