Product Overview
Oracle Server X6-2L is the ideal 2U platform for databases and enterprise
storage solutions. Supporting the standard and enterprise editions of Oracle
Database, this server delivers best-in-class database reliability in single-node
configurations. With support for up to nine high-bandwidth NVM Express
(NVMe) flash drives, Oracle Database can be accelerated using Database
Smart Flash Cache, a feature of Oracle Database.
Optimized for compute,
memory, I/O, and storage density simultaneously, Oracle Server X6-2L
delivers extreme storage capacity at lower cost when combined with Oracle
Solaris and ZFS file system compression. Each server comes with built-in,
proactive fault detection, and advanced diagnostics, along with firmware that
is already optimized for Oracle software, to deliver extreme reliability.
Designed for security
- Supports two Intel Xeon processor E5-2600 v4 product family CPUs, providing up to 44 total cores in an energy-efficient, 2U footprint
- Reduces vulnerability to cyber attacks and helps build secure custom storage solutions in combination with Oracle Solaris and layered security in-depth
- Maximizes performance and decreases latency of database transactions 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
Designed to run Oracle Database
Oracle Server X6-2L is powered by two Intel® Xeon® processor E5-2600 v4 product
family CPUs and 24 memory slots. With up to 22 cores per socket, this server supports
the highest performing processor and the most flexible storage options in a 2U
enclosure. With more than 20 percent increase in processing power versus the previous
generation, Oracle Server X6-2L provides optimal core, memory, and storage density
combined with matched I/O throughput.
Built for the demands of enterprise workloads, this server offers six PCIe 3.0 expansion
slots (two 16-lane and four 8-lane slots) for maximum I/O card and port density. The four
embedded 10GBase-T ports free up PCIe slots for additional network and storage
connectivity. Each Oracle Server X6-2L comes with a choice of either a SAS-3 (12
Gb/sec) RAID controller or a SAS-3 host bus adapter. This SAS-3 HBA occupies one of
the 8-lane PCIe slots. With 138 gigabytes per second of bidirectional I/O bandwidth,
Oracle Server X6-2L can handle the most demanding enterprise workloads.
Oracle Server X6-2L offers best-in-class reliability, serviceability, and availability (RAS)
features that increase overall uptime of the server. This extreme reliability makes Oracle
Server X6-2L the best choice for single-node Oracle Database deployments in remote
or branch office locations. Real-time monitoring of the health of the CPU, memory, and
I/O subsystems, coupled with off-lining capability of failed components, increases the
system availability. Building on the firmware-level problem detection, Oracle Linux and
Oracle Solaris are enhanced to provide fault detection capabilities when running on
Oracle Server X6-2L. In addition, exhaustive system diagnostics and hardware-assisted
error reporting and logging enable identification of failed components for ease of
service.
Features & Benefits
Key Features |
Key Benefits |
- Energy-efficient and storage-dense
enterprise-class server with flexible
disk options
|
- Optimize for either storage capacity or storage performance with multiple disk-cage and tiered-storage options
|
- Highest levels of security enabled out of the box
|
- Reduce vulnerability to cyberattacks
|
- Two Intel® Xeon® processor E5-2600 v4 product family CPUs
|
- Improve reliability with built-in diagnostics and fault detection from Oracle Linux and Oracle Solaris
|
- Twenty-four dual inline memory module (DIMM) slots with maximum memory of 768 GB
|
- Satisfy demands of enterprise applications with extreme I/O card and port density
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- Six PCIe Gen 3 slots plus four 10GBase-T ports
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- Increase storage capacity 15x, combining extreme compute power with Oracle Solaris and ZFS compression
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- Four NVM Express SSD-enabled slots, for high-bandwidth flash
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- Maximize IT productivity by running Oracle software on Oracle hardware
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- Hot-swappable and redundant disks, cooling fans, and power supply units
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- Accelerate Oracle Database with hotswappable flash using Oracle’s unique NVM Express design
|
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- Maximize system power efficiency with Oracle’s optimized memory implementation
|
Maximize IT productivity by running Oracle software on Oracle hardware
To help users achieve accelerated performance for Oracle Database, Oracle Server X6-
2L supports hot-swappable, high-bandwidth flash that combines with Database Smart
Flash Cache to drive down cost per database transaction. Using Oracle's unique NVM
Express design, Oracle Server X6-2L supports up to nine small form factor NVMe drives
for a total capacity of 28.8 TB in its all-flash configuration.
The four disk-cage options offer a choice between maximizing storage capacity or
storage IOPS. With the 8-disk and 24-disk configurations, Oracle Server X6-2L allows
for three types of 2.5 inch small form factor devices: 10 K RPM hard drives,
conventional solid-state drives (SSDs), and NVMe SSDs (up to four or nine in the allflash
configuration). The SSD and NVMe options allow for tiered storage—ideal for
accelerating enterprise applications. With the 12-disk configuration, the server
maximizes storage capacity using 3.5 inch large form factor disks.
With a maximum of 98.4 TB of direct-attached storage, Oracle Server X6-2L is equally
ideal as a storage server. The compute power of Oracle Server X6-2L can be used to
extend storage density even further with Oracle Solaris and ZFS file system
compression and achieve up to 15x compression of data without significant
performance impact. The server also is well suited for storage server implementations,
such as video compression and transcoding, which require a combination of compute
power and storage capacity at the same time