Server node

Single 2RU server.

Single 2RU server.

Two 2RU server nodes. Each server node operates independently from the other server node. The lower server is node 0. The upper server is node 1.

CPUs

One 16-core 2.4 GHz Intel Xeon S4314 processor.

Two 16-core 2.4 GHz Intel Xeon S4314 processors.

Two 16-core 2.4 GHz Intel Xeon S4314 processors per server node.

Memory

256 GB – eight 32 GB low-voltage DDR4 RDIMMs rated at 3200 MT/sec.

Optional memory expansion to 512 GB. See Optional Component Installation.

512 GB – sixteen 32 GB low-voltage DDR4 RDIMMs rated at 3200 MT/sec.

Optional memory expansion is available to 1 TB. See Optional Component Installation.

512 GB – sixteen 32 GB low-voltage DDR4 RDIMMs rated at 3200 MT/sec per server node.

Optional memory expansion to 1 TB per node. Both server nodes must have the same amount of memory. See Optional Component Installation.

Storage devices

The server includes:

• Two internal 240 GB M.2 SATA SSDs reserved for operating system storage and system booting

• Two 2.5-inch 6.8 TB NVMe SSDs (in 3.5-inch mounting brackets) in front slots 0 and 1

No additional storage options are supported.

The server includes:

• Two internal 240 GB M.2 SATA SSDs reserved for operating system storage and system booting

• Two 2.5-inch 6.8 TB NVMe SSDs (in 3.5-inch mounting brackets) in front slots 0 and 1

Up to ten optional NVMe SSDs can be added. See Optional Component Installation.

Each server node includes:

• Two internal 240 GB M.2 SATA SSDs reserved for operating system storage and system booting

The 4RU storage shelf includes one of the following available configurations:

• Partially populated storage shelf with either six, twelve, or eighteen 2.5-inch 7.68 TB SAS SSDs (in 3.5-inch mounting brackets)

• Twenty-four 2.5-inch 7.68 TB SAS SSDs (in 3.5-inch mounting brackets) in slots 0-23

• Six 2.5-inch 7.68 TB SAS SSDs (in 3.5-inch mounting brackets) in slots 0-5 and eighteen 3.5-inch 18 TB SAS HDDs in slots 6-23

For a partially populated storage shelf, optional 7.68 TB SAS SSDs, or 18 TB SAS HDDs can be added. See Optional Component Installation.

USB 3.0 ports

One external port at the back of the server.

One external port at the back of the server.

One external port at the back of each server node.

PCI Express (PCIe) I/O slots

Ten external low-profile PCIe Gen-4 slots. In the base configuration:

PCIe slot 6 contains one of the following:

• Dual Port (SFP28) 25 Gb Ethernet Adapter

• Quad Port (RJ-45) 10Gbase-T Adapter

Additional option card configurations can be ordered. See Optional Component Installation.

Ten external low-profile PCIe Gen-4 slots. In the base configuration:

PCIe slot 6 contains one of the following:

• Dual Port (SFP28) 25 Gb Ethernet Adapter

• Quad Port (RJ-45) 10Gbase-T Adapter

PCIe slot 10 contains an Oracle Retimer Card.

Additional option card configurations can be ordered. See Optional Component Installation.

Ten external low-profile PCIe Gen-4 slots for each server node. In the base configuration:

PCIe slot 1 contains a Dual Port (SFP28) 25 Gb Ethernet Adapter (node interconnect)

PCIe slot 6 contains one of the following:

• Dual Port (SFP28) 25 Gb Ethernet Adapter

• Quad Port (RJ-45) 10Gbase-T Adapter

PCIe slots 2 and 9 contain a Dual-port External 12Gb/s SAS3 host bus adapter

Additional option card configurations can be ordered. See Optional Component Installation.

Cluster device

N/A

N/A

One integrated cluster device with node-to-node interconnection is provided on each server node through two 25GbE ports with SFP28 connections.

SAS ports

N/A

N/A

Four external SAS3 ports on each server node.

Eight SAS3 ports on the storage shelf (four used).

Eight SAS3 ports on the storage expansion shelf (four used).

Onboard Ethernet ports

One 10/100/1000Base-T network interface port with RJ-45 connector on each server rear panel.

One 10/100/1000Base-T network interface port with RJ-45 connector on each server rear panel.

One 10/100/1000Base-T network interface port with RJ-45 connector on each server node rear panel.

Network management (NET MGT) port

One 10/100/1000Base-T network interface port with RJ-45 connector dedicated to the service processor (SP) on each server node rear panel.

One 10/100/1000Base-T network interface port with RJ-45 connector dedicated to the service processor (SP) on each server node rear panel.

One 10/100/1000Base-T network interface port with RJ-45 connector dedicated to the service processor (SP) on each server node rear panel.

Serial management (SER MGT) port

One RS-232 RJ-45 serial port on each server rear panel.

One RS-232 RJ-45 serial port on each server rear panel.

One RS-232 RJ-45 serial port on each server node rear panel.

VGA port

N/A

N/A

N/A

Service Processor (SP)

Each server has a service processor with the following features:

• Includes the Baseboard Management Controller (BMC), which supports the industry-standard Intelligent Platform Management Interface (IPMI) feature set.

• Supports remote KVMS over IP.

• Supports Ethernet access to SP through a dedicated 10/100/1000Base-T management port and optionally through one of the host GbE ports (sideband management).

Each server has a service processor with the following features:

• Includes the Baseboard Management Controller (BMC), which supports the industry-standard Intelligent Platform Management Interface (IPMI) feature set.

• Supports remote KVMS over IP.

• Supports Ethernet access to SP through a dedicated 10/100/1000Base-T management port and optionally through one of the host GbE ports (sideband management).

Each server node has a service processor with the following features:

• Includes the Baseboard Management Controller (BMC), which supports the industry-standard Intelligent Platform Management Interface (IPMI) feature set.

• Supports remote KVMS over IP.

• Supports Ethernet access to SP through a dedicated 10/100/1000Base-T management port and optionally through one of the host GbE ports (sideband management).

Power supplies

Two A269.2 1200W or two A271/A271A 1400W power supplies are included in the base configuration. Power supplies for the system are redundant (N+N) and hot-pluggable. Systems with A269.2 power supplies can use 100 - 127 or 200 - 240 VAC sources. Systems with A271/A271A power supplies require high-line 200 - 240 VAC sources.

Two A269.2 1200W or two A271/A271A 1400W power supplies are included in the base configuration. Power supplies for the system are redundant (N+N) and hot-pluggable. Systems with A269.2 power supplies can use 100 - 127 or 200 - 240 VAC sources. Systems with A271/A271A power supplies require high-line 200 - 240 VAC sources.

Two hot-pluggable power supplies per server node and per storage shelf.

The server node includes A269.2 1200W or two A271/A271A 1400W power supplies in the base configuration. Power supplies for the system are redundant (N+N) and hot-pluggable. Systems with A269.2 power supplies can use 100 - 127 or 200 - 240 VAC sources. Systems with A271/A271A power supplies require high-line 200 - 240 VAC sources.

The DE3-24C storage shelf can use 100 - 127 or 200 - 240 VAC sources

Cooling fans

Four 80-mm, hot-pluggable fan modules per server for chassis cooling. Each fan module contains two counter-rotating fan pairs (four rotors total).

Each power supply has its own cooling fans.

Four 80-mm, hot-pluggable fan modules per server for chassis cooling. Each fan module contains two counter-rotating fan pairs (four rotors total).

Each power supply has its own cooling fans.

Four 80-mm, hot-pluggable fan modules per server node for chassis cooling. Each fan module contains two counter-rotating fan pairs (four rotors total).

Each power supply (server node and storage shelf) has its own cooling fans.

Operating system

Oracle Linux.

Oracle Linux.

Oracle Linux.

Management software

Oracle Integrated Lights Out Manager (ILOM) 5.1.

Oracle Integrated Lights Out Manager (ILOM) 5.1.

Oracle Integrated Lights Out Manager (ILOM) 5.1.

Report the serial number located on the front panel of the system, the top of the system, or on the Customer Information Sheet that is shipped with the system.

You only need to extend the server node a couple of inches on its slide rails to see the serial label on the top of the system. You do not need to release any cables, or slide it to the extended maintenance position.

Report the Top Level Identifier (TLI). To see the TLI, look on the Customer Information Sheet or look at the top of a server node or storage shelf on the left-hand side towards the front.

The TLI part number and TLI serial number are the same for the factory-bundled server nodes of an appliance. The following figure shows an example Top Level Identifier label:

Description of the illustration tli.jpg

If the appliance is in a rack where you cannot see the TLI, do one of the following:

• Look on another component (server node or storage shelf) of the appliance. All factory-bundled server nodes of Oracle Database Appliance have the same TLI numbers.

• Slide a server node partway out on its rails, just far enough to see the TLI. See the Oracle Database Appliance X9-2 Service Manual for details.

  You only need to extend the server node a couple of inches on its slide rails to see the TLI. You do not need to release any cables, or slide it to the extended maintenance position.