x264 HD Benchmark 2.0
by graysky

Download The Benchmark Here!

Want to see how your machine scores and/or contribute data? Download a copy here -

The md5sum for this RAR file is 685990995E79D8E23E48C5C38D550312.

Initial Setup

Download and install AviSynth 2.5.7 (needed to run the benchmark). You can get it from this link or by simply double-clicking on the link provided in the benchmark package.

Then extract the files in the RAR package to a folder of your choice. If you do not already have WinRAR, you can download a copy here.

That's it!

Running The Benchmark

Simply double-click on the x264_benchmark-720p.vbs file. It will launch a window that appears like this :

Before the benchmark begins, you will be asked to enter a file name for the results. It really doesn't matter what you use; but be descriptive - it helps you remember which set of results corresponds to which overclock or computer.

In my example, I just used the multiplier and FSB as the file name (9x333 for example), but again, you can use any file name you want. After you hit <ENTER>, the benchmark will start.

It will run through a 2-pass encode of a short 1280x720 video clip a total of four times and then write a file containing the results along with relevant system specs.

Please do not use your machine while the test runs to allow for an accurate result.

You can test your machine at different overclocked levels, but it is a good idea to also test it @ its stock level as a baseline so you can compare the overclocked results to it.

Here is an example of the data output when the benchmark finishes:

Reporting Results

Results will be published here at Tech ARP (the x264 Benchmark's official host) for all to view. If you would like to contribute your results, simply post the contents of your results.rtf (or whatever you ended-up renaming it) to this forum thread or any of the many other threads I created around the 'web.

Since the output is merely a text file, you can recognize the potential for people to cheat by simply making-up their own results, or skewing the real data.

I don't know of a way to eliminate this (as I said, I really have no programming experience). All I can say about this is please don't. No one will think you're cool because you have faster numbers and I am not publicizing results with your name by it (data is anonymous) so there are no bragging rights, etc.

Enjoy and thanks for participating!

-gs

Questions & Comments

Please feel free to post your questions or comments here!

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