Testing Method
Most of the hardware for NAS testing isn’t an important factor when it comes to benchmarks, most of it comes down to the network infrastructure. I will be teaming the two Intel Gigabit Ethernet ports on my test bench and connect them to my managed switch. The same will be done with the available LAN ports on the NAS, which should give a great testing environment.
As part of the testing, the NAS is connected through a D-Link DXS-1210-12TC managed 10GBase switch and then to our test bench to give the best real world setup test that we can and the NAS itself will be packed with the supplied HDDs and mSATA module. Intel’s NASPT software does require us to drop the memory down to 2GB, as using any more would lead to data caching and skew the results.
I will be testing the NAS box performance under each of the drive setup options that it has available.
Test system:
- Supermicro C7Z97-OCE
- Intel Xeon E3-1230Lv3
- Exceleram EP3001A 2GB PC3-10666
- Kingston HyperX 240GB SSD
- Sapphire R7 240 2GB
- be quiet! Dark Power Pro 11 850W
- Thermaltake Water 3.0 Performer C
- Lian Li PC-T60
Disks in Product:
In today’s review, I’ll be using a mix of Toshiba HDDs from 1TB to 6TB capacity as well as a mSATA module that were supplied with this sample instead of my usual WD 6TB drives. This is simply to show the special capabilities of this particular system.
Network Setup:
We would like to thank our sponsors for supplying us with the components needed for the test system as well as drives.
Software used:
With a device of this sort having so many different applications, Intel’s NASPT software covers all the bases and also gives us a set of results that we will be able to utilize and give a benchmark against other similar systems in the future.
Intel NASPT (Network Attached Storage Performance Toolkit) performs its test by transferring varying sizes and quantities of data to and from the device based on twelve different scenarios.
