This tutorial wishes to present a quick start guide of how an mpeg2 standard definition video (capped from satellite broadcasts) can be transcoded into x264 mkv, using StaxRip. The operating system used in this example is Windows 7.
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- StaxRip and Pavtube Video Converter Ultimate are excellent two H.265 encoder applications capable of hardware-based video encoding and can drastically decrease encoding time. Only if your computer has CUDA-enabled GPU, you can use StaxRip and Pavtube Video Converter Ultimate to convert video to H.265 at fast speed with the NVIDIA technology.
- StaxRip v2.6.0 Might break settings from previous version, so starting with new settings is recommended Might break templates and jobs from previous version, so checking or renewing them is recommended Changed (context-)menus from earlier versions must be restored, manually adjusted or need a global settings reset in order to see and use them.
StaxRip Video Encoding. By Martin Brinkmann on October 20, 2008 in Software - Last Update. One of the nicest features of StaxRip is the fact that it can download needed codecs and utilities from within the program interface. StaxRip makes use of templates to speed up configuring the various settings and can convert or merge single.
Basic steps
- Capping the raw video
- Editing the raw video (optional): this will be our source video
- Getting StaxRip
- Installing StaxRip
- Setting up StaxRip to transcode the source, this includes: codec settings, deinterlacing, cropping, bitrate
- Transcoding
- Checking the output for various errors
- Correcting errors (if they occur)
- Enjoying the output :)
The source video
This tutorial assumes that we have a finalized source video (i.e., we have edited it, got rid of commercial breaks and other unwanted parts), ready to be transcoded into x264 in StaxRip. I will use a fairly standard tennis video in my examples below, which I recorded from an FTA (free-to-air) DVB satellite channel, JSC Sports 2. This channel broadcasts in standard definition, its quality is farly mediocre, neither outstandingly high nor too crappy. These are the basic properties of the source video (you can get these information using MediaInfo, for example):- video container: transport stream (.ts)
- video codec: mpeg2
- frame rate & interlacing: 25 fps interlaced
- storage resolution: 720 x 576 pixels (counted in anamorphic pixels)
- display resolution: 1047 x 576 pixels (counted in square pixels)
- display aspect ratio: 16:9 ('widescreen')
- average bitrate: 4.9 Mbps
- audio: mp2, 256 Kbps, 48 KHz, stereo
- size of file: 59.1 MB
Getting StaxRip
Make sure that you download StaxRip from the official site: http://staxmedia.sourceforge.net/. Go to the project Summary Page: http://sourceforge.net/projects/staxmedia/. Click on Files, and download the latest version. At the time of writing this guide, the latest version is 1.1.7.1_beta:Installing StaxRip
Installing StaxRip simply means copying the files and folders in the 7z archive to a directory of your choice (there is no separate setup file). You can open up the 7z file in WinRAR for example. Extract all the files into a folder. In our example we will call the folder where we copy the files 'StaxRip_1.1.7.1beta':To launch StaxRip, simply double-click on StaxRip.exe. It is perhaps better to create a shortcut on your desktop:
Transcoding in StaxRip
When you first launch StaxRip after successfully installing it, it will show the Getting Started window:We will create our own template, so you can tick Don't show this next startup, and click Close. The main window of Staxrip is now visible:
We will modify the various settings here and save it as a new template that we can use over and over again (so we do not have to do all the settings again).
Setting the x264 codec
First, we modify and configure the codec. (Notice that the MKV container was already active, so we don't need to find and select it.) Click on DivXPlus, then click on x264 Film HQ:With this, we selected the x264 codec. The small window displays the most important settings of the codec that we selected. Next, click on Config Codec:
The window that opens up next is where all the x264 settings can be configured:
Let us first concentrate on the Mode setting. Select Bitrate.
Bitrate and Two Pass both achieve the same thing: with this setting we can aim at a particular file size or a particular (average) bit rate. Bitrate uses only one pass of transcoding, while Two Pass achieves the same thing slower as it requires two passes: the first pass is a quick one (unless you put a tick next to Slow Firstpass – but it is really not necessary): it creates a stats file, which “contains information about every input frame, which can be input to x264 in order to improve the output. The idea is you run a first pass to generate the stats file, and the second pass will create an optimized encode of the video. The improvement is mostly gained from better ratecontrol” (source: Official x264 settings). For average or low-quality SD sources, I usually use the 1-pass Bitrate mode:
The only setting we modify for this basic example is the Frame Options. Tick Deblocking and write -2 for both Strength and Threshold:
No other setting will be modified. Click on OK.
Deinterlacing
Next we will specifiy a deinterlacer filter. Our source is an interlaced video, so it is very important that during transcoding the video is deinterlaced, otherwise the quality will be inferior. Interlacing basically means that each picture frame contains two half pictures or “fields” mixed together, but they are slightly shifted in time. Since there are 25 such frames every second, there are 50 half-fields shown in a video per second (or 60 in the case of NTSC video). StaxRip includes a built-in deinterlacer, but in this tutorial we will use another deinterlacer, which will make sure that the moving scenes in the video will be smooth, fluid, without so-called saw tooth edge distortions (also known as “combing” artifacts). It achieves this by separating the two half fields of each interlaced frames, and placing them after one another (so there is no mixing together, no interlacing) – this is called progressive scanning. Thus, the deinterlacer will create a 50 fps progressive video if the source video was 25 fps interlaced (as in our example); if your source is 30 fps interlaced, the output will be 60 fps progressive). This interlacing method is called progressive “bobbing” or full framerate deinterlacing. The filter that we will use and install into StaxRip is LeakKernelDeint
(we will use its Bob module, called LeakKernelBob, to achieve bobbing deinterlacing). (Of course, if your source is not interlaced but progressive, you do not have to use deinterlacing! Put no tick before Field.)To get LeakKernelDeint, go to http://avisynth.org/mediawiki/External_filters#Deinterlacing. Click on the Plugin link for LeakKernelDeint: http://leak.no-ip.org/AviSynth/LeakKernelDeint/. Download LeakKernelDeint_1.5.4.zip. We will install LeakKernelDeint into a folder where StaxRip can automatically load this filter from. This folder can be found if you click Tools > Directories > Plugins. Extract all the content of LeakKernelDeint_1.5.4.zip into the folder that opens up
Now, we create the filter profile for LeakKernelBob in StaxRip. Right-click the Filters list and select Profiles... from the context menu.
A window opens up showing the filter profile definitions. Write this line right below [Field]: LeakKernelBob = LeakKernelBob(order=1,sharp=true) After writing in this line, click OK.
Now, we can select the LeakKernelBob deinterlacer filter when we click on the Field inside Filters:
Before we save all these settings as a template, make sure that you have NO tick before Crop in the Filters (it is always advisable to set the cropping manually, not automatically):
Saving the settings into a template
It is time to save all these settings as a template. Click Project > Save as Template. A small window opens up. Give a name to your template, e.g. SD x264-mkv Leak. If you want this template to open up whenever you start StaxRip, tick Load template on startup (this is a good idea if you use these settings a lot...). Click OK.Now, close Staxrip, then start it again. All your settings will open up as you saved them into the SD x264-mkv Leak template.
Loading the source
It's time to load the source file into StaxRip. In our case, the source is x264test.ts. Simply drag the file into the Source field of StaxRip:Now, StaxRip will start demuxing the ts file, and will be ready to start the transcoding.
Now, you can drop your file to the Source field, Staxrip will demux it, and it is now really ready to transcode. (Notice that StaxRip has created a folder next to the source file. This folder contains various helping files for StaxRip for the transocding. You can delete this folder after the transoding has finished successfully.)
Cropping
The next step is to check if it is necessary to crop the video. Click on Crop:The Crop window opens up, showing the first frame of the source video. Now, if you see black bars on the top/bottom or left/right, you should crop the video, otherwise the transcoding into x264 will not be efficient enough. In our example, it is necessary to crop (look at the black bars at the edges):
Move your cursor to the edge where the black bar is. A blue bar will occur. Use the + or - key to move that edge/margin (one click on the + or - key moves the edge by 2 pixels). Important: the value for “Mod” must always be 16/16after cropping! In our case the original resolution was 720x576 pixels. After cropping the four edges by -8 pixels, we get 704x560 pixels, which is Mod 16/16 (there are no errors). Close the window.
Notice that the main window now shows the cropped values (and that there are no errors):
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Specifying the bitrate, begin transcoding
Last, we specify the Target settings. We will give 1600 for the Video Bitrate. For medium/low-quality SD mpeg-2 sources a value between 1300–1800 Kbps is enough (you may want to experiment with the values depending on the quality of your source); notice that the approximate output size is also automatically given:The Audio settings (at the bottom) can remain as they are: we will use the default 96 kbps AAC audio codec.
Click on Next. The Job window pops up, click on Start. The transcoding begins. First the audio is being transcoded:
Then the transcoding into x264 is being done.
Finally, mkvmerge merges the x264 video and AAC audio into an mkv “container”. The transcoding has finished, the output is x264test.mkv. Play the file, check if everything is fine. If you open up the file in Mediainfo, it shows that the output is indeed x264 with AAC audio, and it is 50 fps progressive (thanks to the LeakKernelBob deinterlacer filter).
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It will be time-consuming to encode video to H.265 in a low-end PC without GPU acceleration. Actually, in Handbrake H.265 encoding test, the quality of the H.265 video and the equivalent H.264 video are basically the same. But when playing HEVC video with VLC on PC, the 13.6% VLC Player was responsible for playing the H.265 encode. The 6.5% VLC Player was playing the original H.264 encode. So, if you only use CPU to encode video, I don’t recommend HEVC codec. Nevertheless, HEVC encoding on a high-end computer gives you smaller size, same quality comparing with Handbrake. And if your computer is geared with GPU-enabled graphics card, you also can get fast HEVC encoding speed.
In addition, one important point is that your HEVC encoder is able to encode video to H.265 utilizing NVIDIA CUDA & NVIDIA NVENC. StaxRip and Pavtube Video Converter Ultimate are excellent two H.265 encoder applications capable of hardware-based video encoding and can drastically decrease encoding time. Only if your computer has CUDA-enabled GPU, you can use StaxRip and Pavtube Video Converter Ultimate to convert video to H.265 at fast speed with the NVIDIA technology.
You can check the list below to see if your GPU is on your computer. If it is, it means your computer has a modern GPU that can take advantage of CUDA-accelerated applications.
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| NVIDIA Graphics card (CUDA) |
| CUDA-Enabled Tesla Products |
| Tesla Workstation Products Tesla K80/Tesla K40/Tesla K20/Tesla C2075/Tesla C2050/C2070 Tesla Data Center Products Tesla P100/Tesla P40/Tesla P4/Tesla M40/Tesla K80/Tesla K20/Tesla K10 |
| CUDA-Enabled Quadro Products |
| Quadro Desktop Products Quadro P6000//Quadro M6000 24GB/Quadro M6000/Quadro K6000/Quadro M5000/Quadro K5200/Quadro K5000/Quadro M4000/Quadro K4200/Quadro K4000/Quadro M2000/Quadro K2200/Quadro K2000/Quadro K2000D/Quadro K1200/Quadro K620/Quadro K600/Quadro K420/Quadro 410/Quadro Plex 7000 Quadro Mobile Products Quadro K6000M/Quadro M500M/Quadro K5200M/Quadro K5100M/Quadro M5000M/Quadro K500M/Quadro K4200M/Quadro K4100M/Quadro M4000M/Quadro K3100M/Quadro M3000M/Quadro K2200M/Quadro K2100M/Quadro M2000M/Quadro K1100M/Quadro M1000M/Quadro K620M/Quadro K610M/Quadro M600M/Quadro K510M/Quadro M500M |
| CUDA-Enabled GeForce Products |
| GeForce Desktop Products NVIDIA TITAN X/GeForce GTX 1080//GeForce GTX 1060/GeForce GTX 1050/GeForce GTX TITAN X/GeForce GTX TITAN Z/GeForce GTX TITAN Black/GeForce GTX TITAN///GeForce GTX 970/GeForce GTX 960/GeForcGeForce GTX 980e GTX 950/GeForce GTX 780 Ti/GeForce GTX 780/GeForce GTX 770/ GeForce Notebook Products GeForce GTX 1080/GeForce GTX 1070/GeForce GTX 1060/GeForce GTX 980/GeForce GTX 980M/GeForce GTX 970M/GeForce GTX 965M/GeForce GTX 960M/GeForce GTX 950M/GeForce 940M/GeForce 930M/GeForce 920M/GeForce 910M |
| CUDA-Enabled NVS Products |
| Desktop Products NVIDIA NVS 810/NVIDIA NVS 510/NVIDIA NVS 315/NVIDIA NVS 310 Mobile Products NVS 5400M/NVS 5200M/NVS 4200M |
StaxRip and Pavtube Video Converter Ultimate HEVC Encode Comparison
| HEVC Encoder | StaxRip | Pavtube Video Converter Ultimate |
| Supported Input to Encode to HEVC | DVD, Video | Blu-ray, DVD, Video |
1080p movie x265 HEVC encode time: Star Wars – Force Awakens (2hr 18min 21 GB BDRip original) | * 3.75 hours to re-encode as x265 via CPU * 1.8 hours to re-encode an equivalent quality 1080p x265 using the NVIDIA GPU | * 3.1 hours to re-encode as x265 via CPU * 1 hours to re-encode an equivalent quality 1080p x265 using the NVIDIA GPU |
| Supported Output Codec and Formats | ||
| XviD, DivX | Yes | Yes |
| x264/H264/AVC | Yes | Yes |
| x265/H265/HEVC | Yes | Yes |
| AVI, MKV, MP4, | Yes | Yes |
| M3U8, 3GP, TS, MOV, M4V, | NO | Yes |
| MP3, AC3, AAC, Ogg Vorbis, . | Yes | Yes |
| MKA, WMA, DTS | NO | Yes |
| Other Features | ||
| Adjust A/V parameters | Yes | Yes |
| Crop | Yes | Yes |
| Trim | NO | Yes |
| Split & Merge | NO | Yes |
| Add external subtitle | NO | Yes |
| Replace/remove audio in video | NO | Yes |
| Copy Blu-ray and DVD | NO | Yes |
| Keep DTS 5.1/7.1 | NO | Yes |
In short
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From the chart above, we can learn that Pavtube Video Converter Ultimate is superior to Staxrip no matter in input, output or other features aspects. On the other hand, Pavtube Video Converter Ultimate is a paid software but it deserves it. It has free trial version but the output video will have Pavtube logo watermark in the middle. If you want to remove the watermark, you need to get a full version.
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- Pavtube Video Converter Ultimate: Free Trial version | Full version
- Staxrip: Download
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