Oracle Exadata X82 Datasheet |best|

Hardware is only half of the equation. The true power of the Exadata X8-2 lies in its proprietary storage software layer, which integrates deeply with the Oracle Database kernel. Smart Scan (Query Offloading)

Standard servers use TCP/IP, which incurs CPU interrupts. The X8-2 uses (RDMA over Converged Ethernet). This allows one server to write directly into the memory of another server with zero CPU overhead. The datasheet lists this as “Dual-port 100 Gb Ethernet.”

Related search suggestions: I'll provide a few related search terms to explore next. (Invoking related search terms...)

The Oracle Exadata Database Machine X8-2 is an enterprise-class, integrated system that marked a significant leap in performance, storage capacity, and network bandwidth when it succeeded its predecessor. Utilizing Intel’s "Cascade Lake" processors and a high-speed, low-latency internal fabric, the X8-2 is engineered to deliver dramatically better throughput for demanding database workloads, including OLTP, analytics, and mixed-workload consolidation. The X8-2 includes two main component types: and Storage Servers , each with distinct specification variants to cater to different performance and capacity needs.

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. oracle exadata x82 datasheet

Yes, Oracle Premier Support for X8-2 runs through 2025-2026, with Extended Support available until 2028. Oracle typically supports major hardware for 5+ years after general availability (GA was 2019).

| Component | Specification | |-----------|---------------| | | 1x Intel Xeon Gold 5218 (16 cores) | | Memory | 192 GB DDR4 | | Persistent Memory (PMEM) | Optional: 4.5 TB (Intel Optane DC Persistent Memory) | | Flash Storage | 12.8 TB NVMe PCIe (Intel P4610) | | Disk Storage | 12x 14 TB High Capacity SAS HDDs (168 TB raw per cell) | | Cache Architecture | Smart Flash Cache (Write-back, Read-optimized) | | Dual Ported | Yes – for Exadata RAC redundancy |

: A full rack supports up to 912 CPU cores and 28.5 TB of memory dedicated to database processing.

If you need to map out an from an older Exadata generation (like X5 or X7) Hardware is only half of the equation

Each Database Server in the X8-2 is a high-performance x86 server.

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

The Database Server (DB Server) in the X8-2 houses the primary Oracle Database instance, handling all SQL parsing, optimization, and execution. It leverages a powerful, dual-processor configuration and substantial memory.

While the compute nodes provide processing power, the storage layer defines the Exadata X8-2’s performance envelope. The datasheet emphasizes the "Smart Flash Cache," a hallmark of Exadata architecture. In the X8-2, the flash capacity is expanded, accelerating I/O-bound workloads by effectively turning flash storage into a high-speed buffer for spinning disks. The X8-2 uses (RDMA over Converged Ethernet)

Provisioned as a fully managed cloud service within Oracle's global cloud data centers, offering automated scaling, patching, and rapid deployment. 7. Key Performance Metrics (Full Rack)

The Oracle Exadata Database Machine X8-2 represents a major milestone in the evolution of engineered systems designed specifically for running Oracle Database workloads. By co-engineering hardware and software, Oracle built a platform that delivers high performance, availability, and cost-efficiency for both Online Transaction Processing (OLTP) and Data Warehousing (DW) environments.

The core breakthrough of the Exadata X8M-2 architecture is the integration of a paired with Intel Optane Persistent Memory (PMEM) inside the storage servers. Direct-to-Wire PMEM Access