
A Principled Technologies test report 2
Consolidating older database servers with the Intel processor-powered
Dell PowerEdge R730xd using SanDisk DAS Cache
SATA SSDs and one used PCIe SSDs. Both configurations of the Dell PowerEdge server
ran local versions of Windows Server 2012 R2 and SQL Server 2014.
We learned that the mixed-use SATA SSD configuration of the Dell PowerEdge
R730xd could replace six of the tested legacy servers, while decreasing response time by
59 percent on each of the individual database applications. The PCIe SSD configuration
of the Dell PowerEdge R730xd could also replace six legacy servers, but decreased
latency even further resulting on lower average response time- by as much as 75
percent on each of database applications we tested. (We present our detailed results in
Appendix C.)
If you upgraded to the new Intel processor-powered Dell PowerEdge R730xd
running SQL Server 2014, you could consolidate multiple older servers and improve
application performance by delivering much faster response time. You could also
experience the savings that typically come with running fewer servers—from reduced
power consumption, cabling, rack space, and so forth. You would also be making an
investment in your company’s future, because the storage flexibility of the R730xd
means that your server can grow along with your needs.
STORAGE FLEXIBILITY IN 2U
Powered by the Intel Xeon E5-2660 v3 processors, Dell PowerEdge R730xd is
Dell’s new 2U server designed with storage flexibility and agility in mind. With up to 24
DDR4 DIMMs of memory and with several storage variations, including 26 2.5-inch
drives, and the hybrid R730xd chassis, which mixes high-capacity 3.5-inch disks and
high-speed 1.8-inch SATA SSDs, you can tailor the server to your specific performance
needs and make changes as your storage needs change. It might be that three SSDs are
sufficient to handle your current database server load, but a year from now your needs
will increase dramatically. With the PowerEdge R730xd, you can configure your drives
the way that makes sense today and add more SATA SSDs and/or PCIe SSDs when the
time comes.
The model we tested had 8 DDR4 DIMMs of memory and 26 2.5-inch drives.
Figure 1 shows how we configured the PowerEdge R730xd storage drives in our testing.
Because of the great flexibility of this server, this is one of many possible configurations
and could be customized according to your workloads and requirements.
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