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Catalog / Manual / Engineering Specification Download
Oracle Exadata X82 DatasheetEach server is powered by two 24-core Intel Xeon Platinum 8260 processors (2.4 GHz). HC uses spinning disk for cold data and flash for cache (cheap for archiving). EF uses all NVMe flash for hot data (faster, but more expensive per TB). Technically, yes. However, Exadata requires specific Oracle software licenses and support contracts. Without an active Oracle Support ID, you cannot download the Exadata Storage Server Software or firmware updates. The is an engineered system designed for high-performance database workloads, combining scale-out compute, intelligent storage, and a high-speed network fabric. Key features from the Oracle Exadata X8-2 Data Sheet include: Core Processing & Memory oracle exadata x82 datasheet The X8-2 has been succeeded by: Exadata's performance is driven by its unique storage software layer: Each Database Server in the X8M-2 architecture is built to run complex database processes, memory-intensive queries, and parallel processing workloads. Each server is powered by two 24-core Intel The represents a definitive milestone in engineered systems, specifically architected to run Oracle Database workloads with unparalleled speed, scale, and reliability. By tightly coupling industry-standard hardware with proprietary, database-aware intelligence software, the Exadata X8-2 eliminates traditional infrastructure bottlenecks. The X8-2 generation introduced significant enhancements in processing power, flash memory capacity, and networking speed. 1. Compute and Memory Power PMEM sits in front of the traditional Flash memory tier. Technically, yes Uses high-bandwidth 40 Gb/second InfiniBand Networking to enable Remote Direct Memory Access (RDMA), bypassing OS overhead for faster response times. For exact configuration options and official support timelines, consult Oracle’s Hardware Support Policies or your Oracle representative. Contains 2 Database Servers and 3 Storage Servers. This is the minimum operational footprint for full high-availability redundancy. |
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