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General| Processor | SPARC T5 |
|---|---|
| Number of Processors | 8 |
| CPU Clock Speed | 3.6 GHz |
| Cores per Processor | 16 |
| Threads per Core | 8 |
| Cores per System | 128 |
| Threads per System | 1024 |
| Network | 10 GbE, 40 GbE |
| Virtualization | Oracle VM Server for SPARC |
| Operating System | Oracle Solaris |
| Internal Storage | Up to 24 TB SSD |
| I/O Slots | 16 x PCIe 3.0 slots |
Describes the integrated hardware and software system designed for large-scale, performance-sensitive, mission-critical application deployments.
Details the components of Oracle SuperCluster T5-8, including SPARC T5-8 servers, Exadata Storage Servers, and ZFS storage appliances.
Explains how hardware components and connections are configured for redundancy and high availability.
Covers configuration options using logical domains (LDoms) for specialized virtual systems on a single hardware platform.
Explains the use of clustering software to interconnect servers for appearance as a single system.
Details the network requirements for Oracle SuperCluster T5-8, including components and connections.
Provides essential precautions and considerations for selecting a rack location and ensuring proper grounding.
Details physical specifications and space requirements for accommodating the system, including dimensions and weight.
Covers power consumption details for SuperCluster T5-8 and expansion racks, including facility and PDU requirements.
Outlines environmental requirements, heat dissipation, and airflow needs for optimal system cooling.
Provides guidance on planning the system's route from delivery to installation, including package dimensions and access.
Details network preparation steps, including connection requirements, IP addresses, and DNS setup.
Provides a summary of the system installation process, covering preparation, beginning installation, and powering PDUs.
Highlights critical safety information and notices for Oracle servers and equipment before installation.
Details the process of unpacking the system, including required tools and finding unpacking instructions.
Guides on safely moving the rack into its final installation position, including route planning and leveling feet.
Provides step-by-step instructions for connecting power cords and powering on the system for initial use.
Explains the installation and usage of optional Fibre Channel PCIe cards for data migration and SAN access.
Lists general safety cautions and warnings applicable to Oracle SuperCluster T5-8 systems during maintenance.
Details the procedure for gracefully shutting down the system, including cluster and component shutdown sequences.
Provides instructions for powering on the system in the reverse order of shutdown.
Describes available tools for SuperCluster software, detailing their functions and versions.
Explains how to create and administer additional boot environments using the beadm utility.
Details the ssctuner utility for monitoring and tuning system parameters in real-time.
Guides on configuring CPU and memory allocations for domains using the osc-setcoremem tool.
Explains how to monitor the system using Oracle Auto Service Request (ASR) for hardware fault detection.
Details how to monitor the system using Oracle Configuration Manager (OCM) for configuration data collection.
Outlines the software version and component requirements for monitoring with EM Exadata Plug-in.
Describes performance optimizations for Oracle SuperCluster T5-8 to improve I/O, thread management, and request handling.
Lists the prerequisites for configuring Exalogic software products for the system.
Provides steps to enable domain-level enhancements within the Oracle WebLogic Server Administration Console.
Details how to enable session replication enhancements for Managed Servers in a WebLogic cluster.
Explains creating a Grid Link Data Source for JDBC connectivity with Oracle RAC clusters using ONS.
Guides on configuring SDP-enabled JDBC drivers for the cluster, including database support for InfiniBand.
Describes creating an SDP listener on the InfiniBand network for Oracle Exalogic Elastic Cloud Software connections.
Shows cable layouts and identifies connector locations for InfiniBand and Ethernet components.
Details the connections within the InfiniBand fabric, including spine and leaf switch connections.
Lists the cables connecting the Ethernet management switch to servers, storage controllers, and PDUs.
Describes the connections for the ZFS storage appliance, including controller and disk shelf cabling.
Details the single-phase AC power cabling from each PDU to the power supplies in the rack.
Outlines the three-phase AC power cabling from each PDU to the power supplies in the rack.
Explains connecting multiple Oracle SuperCluster T5-8 systems using Sun Datacenter InfiniBand Switch 36.
Provides cable connections for the first spine switch when cabling two full racks together.
Details cable connections for the first spine switch when cabling three full racks together.
Shows cable connections for the first spine switch when cabling four full racks together.
Provides cable connections for the first spine switch when cabling five full racks together.
Details cable connections for the first spine switch when cabling six full racks together.
Shows cable connections for the first spine switch when cabling seven full racks together.
Provides cable connections for the first spine switch when cabling eight full racks together.
Lists components included in Exadata Storage Expansion Rack Full, Half, and Quarter Rack configurations.
Provides site preparation information specific to the Oracle Exadata Storage Expansion Rack.
Details the procedures for installing the Oracle Exadata Storage Expansion Rack, similar to SuperCluster T5-8.
Lists the default IP addresses assigned to Exadata Storage Expansion Rack components during manufacturing.
Shows cable layouts for the expansion rack, including front/rear views and specific component cabling.
