Oracle Exadata X82 Datasheet Exclusive Info

: Internal connectivity is managed via a 40 Gb/s InfiniBand fabric, providing low-latency, high-bandwidth communication between compute and storage nodes. Storage Tiers :

| Capacity Metric | Full Rack Value | |----------------|-----------------| | Maximum Database CPU Cores per Rack | Up to 912 CPU cores (for database processing) | | SQL Processing Cores in Storage | Up to 576 CPU cores | | Memory per Rack | Up to 28.5 TB | | Database Servers per Rack | 2 to 19 servers | | Storage Servers per Rack | 3 to 18 servers | | Flash Capacity per Rack (raw) | Up to 920 TB | | Disk Capacity per Rack (raw) | Up to 3.0 PB | | Hybrid Columnar Compression | Typically delivers 10×–15× compression ratios | | Internal Network | 40 Gb/second (QDR) InfiniBand | | Uncompressed I/O Bandwidth | Up to 350 GB/second per full rack | | Database Read IOPS | Up to 4.8 million 8K read I/O operations per second | | Database Write IOPS | Up to 4.3 million 8K flash write I/O operations per second |

Oracle has positioned the X8 generation with competitive pricing. According to Oracle's announcements, the Exadata X8 is delivered , despite significant hardware and performance enhancements. The new Extended (XT) Storage Server is priced at a 70% reduction from the standard intelligent storage servers, making it a cost-effective option for large-volume, low-use data. For exact pricing, potential buyers should contact Oracle Sales or an authorized Oracle partner. oracle exadata x82 datasheet

Oracle Exadata X8-2 datasheet details a platform optimized for high-performance database workloads, featuring upgraded Intel Xeon processors and increased storage capacity over previous generations. Core Technical Specifications

Oracle does not publicly list precise Exadata pricing (it requires a custom quote). However, general guidance: : Internal connectivity is managed via a 40

Source: Oracle Exadata Storage Server X8-2 Service Manual

Oracle’s Exadata Database Machine, specifically the model, represents a convergence of hardware and software designed to rectify these bottlenecks. Unlike general-purpose servers, Exadata is an "engineered system," optimized specifically for Oracle Database workloads. This paper dissects the X8-2 datasheet specifications to reveal the engineering decisions that drive its performance capabilities. The new Extended (XT) Storage Server is priced

However, the for secondary sites, dev/test, and mid-tier production due to mature drivers and wide availability on the secondary market.

According to thermal datasheets: Approximately 10.5 kW under peak load. Low-load idle is around 5.2 kW. You need 208-240V AC power feeds.

While searching for the Oracle Exadata X82 datasheet , it is important to understand Oracle’s naming convention. The “X8-2” refers to the second-generation X8 servers using Intel Xeon processors. The “X8M” introduced ground-breaking Optane persistent memory. The term “X82” typically refers to the Exadata X8-2 model (the eighth generation, 2-socket servers). This article consolidates the official datasheet specifications for the Exadata X8-2 and X8M families.

Omits NVMe flash memory and uses a lower-cost processor configuration to reduce total cost of ownership (TCO). 3. Network Fabric