Benchmarking With Intel's NAS Toolkit

One Program, 18 Benchmarks

Many of the benchmarks included in Intel’s NAS Performance Toolkit are very multimedia oriented. As a result, these tests reflect the main use of a NAS unit in a home network, and perhaps not as much in a business setting. Alongside these multimedia benchmarks, there are also traditional tasks available, like backup and restore, working with many same files and copying entire directories to be examined. The application benchmarks are as follows:

  • HD Video Playback, 2x HD Video Playback, 3x HD Video Playback, 4x HD Video Playback

These benchmarks examine the behavior of the NAS unit while (simultaneously) playing one or more HD video files at 720p using Windows Media Player. Intel gives a percentage rate for the sequential reading of data in these tests, which lies at 99.5% for the HD Video Playback Test. With 2x HD Video Playback, it lies at 18.1%. The result is 6.6% with 3x HD Video Playback and 9.6 % with 4x HD Video Playback.

  • HD Video Record

This test writes an HD Video file in 720p format to the NAS unit. This test is made of up of mostly sequentially transferred data.

  • HD Video Playback & Recording

HD Video Play & Record examines the behavior of the NAS unit when simultaneously reading and writing an HD Video file in the 720p format. The sequentially-transferred data in this test is approximately 18% of the test.

  • HD 2x Playback 2x Record

This benchmark is similar to the one above, but the proportion of sequential file operations is 3%.

  • HD Playback With Office

This metric measures the data transfer rates when an HD Video file is read from the NAS unit while working with the Office applications. This test is made up of 608 files. The proportion of sequential file operations is 53.2%.

  • HD Playback With Backup

Like the previous test, but this time an HD Video file is played while simultaneously carrying out a backup on the NAS unit.

  • Content Creation

This benchmark is made up of 95% write operations to the NAS unit. This simulates the creation of files on the NAS unit such as is the case when, for example, using video editing programs.

  • Backup / Restore

These tests are used to determine the performance data using a 4 GB file for data backup and a 4 GB file for restoration. The proportion of sequential data transfers for both of these tests is over 99%. When backing up, write processes of 8 KB are used.

  • File Copy To NAS / File Copy From NAS

These tests determine the data transfer rate when copying files to or from the NAS unit. In both of these test processes, a 4 GB file is copied. Unlike with Backup / Restore, 64 KB is read and written.

  • Directory Copy From NAS / Directory Copy To NAS

Similar to the previous test, files are copied to and from the NAS unit. A total of 126 files with a total size of approximately 188 MB are written and read across the network.

  • Photo Album

This test determines how the NAS unit handles the supply of a multitude of small files—for example, viewing digital photographs stored on the NAS unit. It simulates the viewing of a total of 169 photographs with an overall size of approximately 1.2 GB.

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  • DiscoDuck
    This looks like a test I should run on my WHS.
  • malveaux
    Heya,

    Nice. Intel released benchmarking software for NAS... NAS?!?! And they wont let it work on AMD cpu's?

    Weaksauce.

    Cheers,
  • smelly_feet
    To Toms Hardware:

    Please add powerconsumption in all your benchmarks (at the wall). The only reason for me to buy a NAS (over a miniitx) is powerconsumption and heat generated.
  • malveaux
    Hrm,

    I too am interested in that Smelly_Feet.

    As it is, I use an older computer with some drives in it running FreeNAS. I have no real reason to look into stand-alone-options. If however there are things that use less energy all the time, I'd be tempted to switch things around.

    Cheers,