Oracle Server X9-2 from Acardia

Most Secure Two-Socket x86 System for Oracle Databases with SAN/NAS Environments

Oracle Server X9-2 is engineered for Oracle Database and applications in SAN/NAS deployments, and for delivering infrastructure as a service (IaaS) in cloud and virtualized environments requiring optimal core density, memory footprint, and I/O bandwidth.

Best for Oracle Database, Middleware, and Applications

• Supports two Intel® Xeon® Processor Scalable Family Platinum, Gold or Silver processors in a compact, energy-efficient, 1U footprint
• Reduces vulnerability to cyberattacks and helps build secure custom storage solutions in combination with Oracle Solaris and layered security in-depth
• Maximizes performance and decreases latency with Oracle Database Smart Flash Cache utilizing Oracle’s unique NVM Express design
• Built-in, proactive fault detection, advanced diagnostics, and firmware optimized for Oracle software deliver extreme reliability for enterprise workloads
• Delivers 30 percent more uptime running Oracle software vs. competitive x86 servers

• Powered by two Intel® Xeon® Processor Scalable Family Platinum, Gold or Silver processors

  • With up to 24 cores per socket this server delivers extreme compute density in a compact 1U enclosure
  • Increases processing power by more than 35 percent over previous-generation servers

• Twenty-four dual inline memory module (DIMM) slots with maximum memory of 1.5 TB

  • Expanded memory capacity and increased bandwidth speed for enterprise workloads

• Eight NVM Express (NVMe) SSD-enabled slots supporting up to 51.2 TB

  • Enables high-bandwidth flash
  • Accelerates Oracle Database performance

• Four PCIe Gen3 slots plus two 10GBase-T or two 25 GbE SFP28 ports

  • Maximizes I/O bandwidth for VM consolidation of enterprise applications

• Choice of Oracle Linux or Oracle Solaris with fault management architecture and ILOM included at no additional cost

  • Provides unique RAS features that increase overall server uptime
  • Provides up to 30 percent more uptime running Oracle software compared to competitive x86 platforms

• Hot-swappable and redundant disks, cooling fans and power-supply units

  • Minimizes single points of failure

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