Кодируем видео с помощью handbrake

Technical documentation

• System requirements
  Make sure your system can run HandBrake
• Supported source formats
  Types of video files HandBrake can read
• Official presets
  Technical summary of the official presets
• Performance
  How various settings affect encoding speed
• Process Isolation
  Process Isolation and Multiple Simultaneous Jobs supports

• Video

  • Video codecsdraft
  • 10/12-bit encodingdraft
  • HDR10 encodingdraft
  • Constant quality versus average bit ratedraft
  • Presets and tunesdraft
  • Profiles and levelsdraft
  • Video anglesdraft
  • Anamorphic videodraft
  • Frame ratedraft
  • Filtersdraft

• Hardware encoders

  • AMD VCE
  • Apple VideoToolbox
  • Intel Quick Sync Video
  • NVIDIA NVENC
  • Media Foundation (ARM)

• Audio

  • Dynamic range compressiondraft
  • Audio qualitydraft

• Files and compatibility

  • Container formatsdraft
  • iPod 5th Generation supportdraft
  • Automatic file namingdraft

Display size and viewing distance

Imperfections tend to be more noticeable at larger display sizes and closer viewing distances. This is especially true for lower resolution videos (less than 720p), which are typically scaled or “blown up” to fill your display, magnifying even minor imperfections in quality.

You may wish to slightly increase quality for viewing on larger displays (50 inches / 125 cm diagonal or greater), or where viewing from closer than average distances. Reduced quality may be acceptable for viewing on smaller screens or where storage space is limited, e.g. mobile devices.

Next steps

Continue to Previewing your settings.

1. SD video has a resolution of 720×480 or fewer pixels (720×576 for PAL). DVDs, small web videos, and most analog sources are SD.
2. 720p HD video has a resolution of 1280×720 pixels. With three times the resolution of SD, and about half that of 1080p HD, 720p HD is commonly used by consumer video cameras, web videos, and broadcast TV sports.
3. 1080p HD video has a resolution of 1920×1080 pixels—twice the resolution of 720p and six times the resolution of 480p. 1080p HD video is commonly used by mobile phones and tablets, consumer and professional video cameras, and Blu-ray.
4. 2160p UHD video has a resolution of 3840×2160 pixels and is four times the resolution of 1080p. 4K video is used by high-end mobile phones and tablets, consumer and professional video cameras, and 4K Blu-ray.
5. Learn more about optimum viewing distances for high definition TV displays.

Display size and viewing distance

Imperfections tend to be more noticeable at larger display sizes and closer viewing distances. This is especially true for lower resolution videos (less than 720p), which are typically scaled or “blown up” to fill your display, magnifying even minor imperfections in quality.

You may wish to slightly increase quality for viewing on larger displays (50 inches / 125 cm diagonal or greater), or where viewing from closer than average distances. Reduced quality may be acceptable for viewing on smaller screens or where storage space is limited, e.g. mobile devices.

Next steps

Continue to Previewing your settings.

1. SD video has a resolution of 720×480 or fewer pixels (720×576 for PAL). DVDs, small web videos, and most analog sources are SD.
2. 720p HD video has a resolution of 1280×720 pixels. With three times the resolution of SD, and about half that of 1080p HD, 720p HD is commonly used by consumer video cameras, web videos, and broadcast TV sports.
3. 1080p HD video has a resolution of 1920×1080 pixels—twice the resolution of 720p and six times the resolution of 480p. 1080p HD video is commonly used by mobile phones and tablets, consumer and professional video cameras, and Blu-ray.
4. 2160p UHD video has a resolution of 3840×2160 pixels and is four times the resolution of 1080p. 4K video is used by high-end mobile phones and tablets, consumer and professional video cameras, and 4K Blu-ray.
5. Learn more about optimum viewing distances for high definition TV displays.

Technical documentation

• System requirements
  Make sure your system can run HandBrake
• Supported source formats
  Types of video files HandBrake can read
• Official presets
  Technical summary of the official presets

• Video

  • Video encodersdraft
  • Video encoding speeddraft
  • Constant quality versus average bit ratedraft
  • x264 presets and tunesdraft
  • x264 profile and leveldraft
  • Video anglesdraft
  • Anamorphic videodraft
  • Modulusdraft
  • Frame ratedraft
  • Intel QuickSync Video (QSV) optionsdraft

• Audio

  • Dynamic range compressiondraft
  • Audio qualitydraft

• Files and compatibility

  • Container formatsdraft
  • iPod 5th Generation supportdraft
  • Automatic file namingdraft

• Filters

Launching HandBrake

You may launch HandBrake by quickly clicking twice (double-clicking) on the cocktail & pineapple icon. Depending on your system settings, a single click may suffice.

Next steps

Continue to Checking for updates.

1. Nightly builds are based on HandBrake’s latest development code, including new and experimental features that may be unstable or significantly different than the latest release version. Although everyone is welcome to try them, nightly builds are best suited for experienced users and developers.
2. HandBrake is not associated with any third-party checksum utilities. Only use software from vendors you trust.
3. HandBrake is not associated with any third-party checksum utilities. Only use software from vendors you trust.
4. If Gatekeeper is disabled on your Mac, you may not see this message.
5. These instructions are taken directly from Apple’s Gatekeeper support documents. You can learn more about Gatekeeper here and here.

Production presets

HandBrake’s Production create mastering grade, short GOP, constant frame rate video with high bit rate audio, suited for professional video editing workflows. These presets typically create files much larger than most compressed sources and are not suitable for general use.

Production Proxy create fast to encode, Intra-only video limited to one-quarter the desired editing resolution.

Preset	Type	Video	Audio	Max Resolution	Picture Quality	Frame Types	GOP Size	Encoding Speed	File Size
Production Max	MP4	H.264	AAC stereo	Unlimited	Max Master	I/P	1-12	Depends on source	Gigantic
Production Standard	MP4	H.264	AAC stereo	Unlimited	Standard Master	I/P	1-12	Depends on source	Huge
Production Proxy 1080p	MP4	H.264	AAC stereo	¼ 2160p 4K	Proxy	Intra-only	1	Fast	Average
Production Proxy 540p	MP4	H.264	AAC stereo	¼ 1080p HD	Proxy	Intra-only	1	Very Fast	Small

Performance comparison between picture resolutions

Video resolution can have a major impact on encoding speed and file size.

A video’s resolution is its width and height in pixels, or individual points on a display. HandBrake includes official targeting multiple standard picture resolutions, such as 2160p UHD 4K, 1080p Full HD, 720p HD, and 576p/480p SD, as well as certain intermediate resolutions.

Resolution is calculated in two dimensions (width and height). For example, 1080p High Definition video is 1920 pixels wide and 1080 pixels tall, sometimes expressed as 1920×1080. By multiplying these figures, we can calculate how many pixels each video frame comprises. 1920 multiplied by 1080 is 2,073,600 pixels, or about 2 megapixels.

Compared to 480p Standard Definition video (720×480), which is 345,600 pixels or about 0.35 megapixels, 1080p is approximately six times more detailed. From this, we can infer the additional computation encoding a High Definition Blu-ray video in its original resolution will require longer encoding times and create larger file sizes to store all the extra information compared to encoding a Standard Definition DVD video.

Here, we’ve encoded the same high quality 2160p 4K video in six different output resolutions using the x265 video encoder’s medium encoder preset.

The following results were produced using a PC equipped with an Intel Xeon E5-2699 v4 CPU with 22 cores and 44 threads running at a sustained turbo between 2.6-2.8 GHz, 32 GB memory, and Windows 10 Professional.

Encoder	Video Resolution	Megapixels	Quality	Encoding Speed	Realtime Speed	Total Bit Rate	Total Size
H.265 (x265)	3840×1714 (2160p 4K, cropped)	6.58 MP	RF 24	14.0 FPS	0.58x	10.00 Mb/s	920.7 MB
H.265 (x265)	2560×1440 (1440p 2.5K)	3.69 MP	RF 24	22.7 FPS	0.95x	5.42 Mb/s	497.2 MB
H.265 (x265)	1920×1080 (1080p Full HD)	2.07 MP	RF 24	33.7 FPS	1.40x	3.27 Mb/s	300.2 MB
H.265 (x265)	1280×720 (720p HD)	0.92 MP	RF 24	49.3 FPS	2.05x	1.84 Mb/s	168.9 MB
H.265 (x265)	960×540 (540p ED)	0.52 MP	RF 24	63.7 FPS	2.65x	1.19 Mb/s	109.3 MB
H.265 (x265)	720×480 (480p SD)	0.35 MP	RF 24	74.9 FPS	3.12x	0.88 Mb/s	81.1 MB

Higher
resolutions
retain
more
detail,
but
take
longer
to
encode
and
require
larger
file
sizes.

The higher resolution encodes take more time and create larger file sizes. The lower resolution encodes take less time and create smaller file sizes, at the expense of significantly reducing detail.

It is a good idea to increase the quality by lowering RF 1-2 points for lower resolution encodes, as small defects in quality can become more apparent when the video is scaled up to fill a large display. Likewise, higher resolution encodes usually do not need as high quality to look good, as minimal or no scaling is necessary on modern displays. You can read more about this on the Adjusting quality article.

In practical terms, the resolution of your video and the you select will be a major factor in file size, encoding speed, and total encoding time.

Установка Handbrake

Будучи пользователем Ubuntu или основанной на ней ОС, вы можете установить Handbrake тремя способами: из репозиториев Ubuntu, из собственного репозитория разработчиков либо при помощи утилиты Flatpack.

Из репозитория разработчиков

Первым делом нужно добавить в список доступных репозиториев репозиторий разработчиков программы. Для этого выполните в терминале команды:

sudo add-apt-repository ppa:stebbins/handbrake-releases

sudo apt-get update

После этого установите консольную версию Handbrake:

sudo apt-get install handbrake-cli

И для удобства добавьте графический интерфейс:

sudo apt-get install handbrake-gtk

Программа появится в Меню в разделе Аудио и видео и будет полностью готова к работе.

Выполните в терминале следующие команды:

sudo apt-get update

sudo apt install handbrake

С использованием Flatpack

Если Flatpack уже установлен в вашей ОС, найдите приложение Handbrake в Менеджере приложений и установите его, нажав на кнопку Установить либо Install. Обязательно пролистайте страницу установки вниз, скорее всего, вам будет предложено установить дополнительные плагины (например, IntelMediaSDK plugin for HandBrake).

Если же Flatpack отсутствует, нужно предварительно заняться его установкой. Выполните команду:

sudo apt install flatpak

Потом установите плагин для управления программным обеспечением:

sudo apt install gnome-software-plugin-flatpak

Добавьте в систему репозиторий Flathub:

flatpak remote-add —if-not-exists flathub https://flathub.org/repo/flathub.flatpakrepo

После выполнения всех действий перезагрузите компьютер и запустите Менеджер приложений.

Letterboxing

When anamorphic DVD content is stretched for viewing on a widescreen TV, it always stretches to 854*480. 480 is too “tall” for films wider than 16:9. To make it “shorter” the top and bottom are matted with black lines. So whether a movie has an aspect ratio of 1.78:1, 1.85:1, or 2.35:1, it is always going to displayed 854 pixels wide. The visible frame height (when you remove the letterboxing) just gets shorter and shorter to match the aspect ratio—480, 460, and 360, consecutively. (Those height and width values are only approximate. For details, see the Macroblock Appendix.)

The storage width is the width of the visible frame on the DVD (almost always 720) and the display width is 854 (storage height of 480 times 16/9). The display height is the height of the visible frame on the DVD—the frame after cropping away black bars. This is going to be roughly equivalent to the display width divided by the film’s aspect ratio.

Technical documentation

• System requirements
  Make sure your system can run HandBrake
• Supported source formats
  Types of video files HandBrake can read
• Official presets
  Technical summary of the official presets
• Performance
  How various settings affect encoding speed
• Process Isolation
  Process Isolation and Multiple Simultaneous Jobs supports

• Video

  • Video codecsdraft
  • 10/12-bit encodingdraft
  • HDR10 encodingdraft
  • Constant quality versus average bit ratedraft
  • Presets and tunesdraft
  • Profiles and levelsdraft
  • Video anglesdraft
  • Anamorphic videodraft
  • Frame ratedraft
  • Filtersdraft

• Hardware encoders

  • AMD VCE
  • Apple VideoToolbox
  • Intel Quick Sync Video
  • NVIDIA NVENC
  • Media Foundation (ARM)

• Audio

  • Dynamic range compressiondraft
  • Audio qualitydraft

• Files and compatibility

  • Container formatsdraft
  • iPod 5th Generation supportdraft
  • Automatic file namingdraft

Version history / Release notes / Changelog

HandBrake 1.4.2
All platforms
General
Improvements and fixes around colour bit-depth handling.
Fixed various issues where incorrect colour information could be written during muxing.
Hardware Encoding
Fixed corrupted video output when decoding HDR10 content with QuickSync
Subtitles
Fixed a slight subtitle colour shift issue when using libass
Mac
Fixed a build system errors that could cause failures linking libbluray
Fixed incorrect documentation URL
Fixed a possible crash that can occur when applying a malformed preset.
Windows
Added «Preset» used to the Queue summary tab.
Added «Save New Preset» to the preset menu, and toolbar preset dropdown to make it easier to find. (#3783)
Added category headers to the presets menu when using the flat display mode.
Changed the log filename format back to start with the destination filename as it did with 1.3 (#3740)
Changed tab selection behaviour on queue when changing jobs. it will no longer reset to the first tab. (#3813)
Fixed a minor UI juddering effect on the queue task list when jobs start or finish (#3813)
Fixed calculation errors when using padding on the dimensions tab (#3802)
Fixed an issue where static preview wasn’t live-updating when changes occurred (#3803)
Fixed a crash on the Audio Defaults screen whilst trying to add Tracks (#3785)
Fixed incorrect taskbar icon state when running multiple encodes (#3791)
Fixed an issue where «None» resolution limit was not honoured (#3872)
Fixed an issue with preset export. VideoTune was not written correctly (#3829)
View full changelog

Performance comparison between official presets

A is a group of settings specifically tailored for the software or device you want your videos to play on. Read more about HandBrake’s Official presets.

may differ from each other in multiple ways. For example: video resolution, filters, encoder, encoder preset, and quality; audio tracks (stereo, surround sound, or both), encoders, and quality; subtitle tracks and types; chapter markers; container options; and compatibility concerns. Because so many variables can differ between HandBrake’s , performance can vary greatly.

HandBrake’s General are designed to maintain compatibility with a broad range of modern devices and software, and provide logical steps in encoding performance, quality, and file size.

The following results were produced using a Mid-2010 Mac Pro equipped with an Intel Xeon w3680 CPU with 6 cores and 12 threads running at 3.33 GHz, 24 GB memory, and macOS Mojave.

Official Preset	Encoder	Quality	Audio Tracks	Encoding Speed	Realtime Speed	Total Bit Rate	Total Size
Very Fast 1080p30	H.264 (x264)	RF 24	AAC stereo	33.1 FPS	1.38x	3.50 Mb/s	320.8 MB
Fast 1080p30	H.264 (x264)	RF 22	AAC stereo	19.1 FPS	0.80x	5.49 Mb/s	503.6 MB
HQ 1080p30 Surround	H.264 (x264)	RF 20	AAC stereo; Dolby Digital (AC-3)	12.7 FPS	0.53x	8.15 Mb/s	748.0 MB
Super HQ 1080p30 Surround	H.264 (x264)	RF 18	AAC stereo; Dolby Digital (AC-3)	6.7 FPS	0.28x	10.71 Mb/s	983.7 MB

HandBrake’s
faster
General
Presets
produce
smaller
files
with
average
quality,
while
its
high
quality
General
Presets
produce
larger
files
that
take
longer
to
encode.

The Very Fast starts with a faster video encoder preset (x264 veryfast) and quality RF 24. The Fast uses a slower video encoder preset (x264 fast) and also raises quality to RF 22. In combination, this results in a higher quality video, larger file size, and longer time to encode.

Likewise, the HQ and Super HQ use even slower video encoder presets (x264 slow and veryslow, respectively) and even higher quality (RF 20 and 18, respectively), while also including surround audio. The price for higher quality and more features is again larger file sizes, and longer time to encode.

Encoding a large, high quality, 4K 2160p to 1080p can be slow on an aging computer. Only the fastest completed faster than realtime, meaning the encode finished in a shorter time than it would take to watch the video.

Let’s look at the same encodes on a faster computer. The following results were produced using a PC equipped with an Intel Xeon E5-2699 v4 CPU with 22 cores and 44 threads running at a sustained turbo between 2.6-2.8 GHz, 32 GB memory, and Windows 10 Professional.

Official Preset	Encoder	Quality	Audio Tracks	Encoding Speed	Realtime Speed	Total Bit Rate	Total Size
Very Fast 1080p30	H.264 (x264)	RF 24	AAC stereo	66.4 FPS	2.77x	3.46 Mb/s	317.3 MB
Fast 1080p30	H.264 (x264)	RF 22	AAC stereo	55.8 FPS	2.33x	5.37 Mb/s	492.5 MB
HQ 1080p30 Surround	H.264 (x264)	RF 20	AAC stereo; Dolby Digital (AC-3)	44.1 FPS	1.84x	8.00 Mb/s	734.4 MB
Super HQ 1080p30 Surround	H.264 (x264)	RF 20	AAC stereo; Dolby Digital (AC-3)	23.8 FPS	0.99x	10.30 Mb/s	949.3 MB

The newer computer with a faster CPU and memory performs better. While the x264 codec doesn’t scale linearly with such high thread counts, it’s still much faster here. Quality is the same compared to the slower computer, only the results are achieved more quickly.

You can do these tests yourself.

Open a video in HandBrake and encode using each of these . Observe how fast each encodes. Compare the resulting file sizes. Watch the encoded videos and visually judge their quality. Consider whether you want surround audio (assuming your contains a surround audio track). Finally, choose which satisfies your needs, and use it for your everyday encoding.

What happens on a TV

When you play the DVD on a widescreen 16:9 television, it keeps the height and stretches the width (854*480). This is what it means when a DVD box proclaims “Enhanced for widescreen.” When you play the DVD on a standard 4:3 television, it reduces the width to 640 (the maximum width for a standard TV) and squishes the height to 360 to match the aspect ratio.

Both ways recreate the film’s aspect ratio. The first way multiplies the height (480) by a 16:9 aspect ratio, and uses that for the width. The second method takes the width (720), reduces it to the maximum width of a standard TV (640), divides it by the film’s aspect ratio (1.78:1 aka 16:9), and uses that as the height.

Technical documentation

• System requirements
  Make sure your system can run HandBrake
• Supported source formats
  Types of video files HandBrake can read
• Official presets
  Technical summary of the official presets
• Performance
  How various settings affect encoding speed
• Process Isolation
  Process Isolation and Multiple Simultaneous Jobs supports

• Video

  • Video codecsdraft
  • 10/12-bit encodingdraft
  • HDR10 encodingdraft
  • Constant quality versus average bit ratedraft
  • Presets and tunesdraft
  • Profiles and levelsdraft
  • Video anglesdraft
  • Anamorphic videodraft
  • Frame ratedraft
  • Filtersdraft

• Hardware encoders

  • AMD VCE
  • Apple VideoToolbox
  • Intel Quick Sync Video
  • NVIDIA NVENC
  • Media Foundation (ARM)

• Audio

  • Dynamic range compressiondraft
  • Audio qualitydraft

• Files and compatibility

  • Container formatsdraft
  • iPod 5th Generation supportdraft
  • Automatic file namingdraft

Warning about scams and fakes

HandBrake is available for free at the HandBrake website. This is the only official download source for HandBrake.

Beware of third-party websites and peer-to-peer downloads of HandBrake. They may include unwanted extras such as additional applications, ransomware, or other forms of malware. The HandBrake Team has no control over these external services. Avoid!

Beware of online marketplaces and auction sites. HandBrake is free software.

Warning about broken third-party builds

Certain Linux distributions and package repositories create their own versions of HandBrake. These modified versions are often crippled (features removed for political reasons) and broken (bugs due to modifications), and should be avoided.

Broken third-party packages/builds include but are not limited to:

• Arch AUR: ,
• Debian Multimedia: , ,
• Gentoo:
• openSUSE Packman: , ,
• RPM Fusion: ,
• Ubuntu Universe: , ,

Please do not request support for these or any other unofficial versions. The HandBrake Team has zero control over them and therefore cannot provide meaningful support.

Linux users should install the official release PPA, install the official snapshots PPA, or compile from the official source code.

Next steps

Continue to Downloading and installing HandBrake.

1. For more information about the license, see the LICENSE file and a summary of GPLv2 on TLDRLegal.
2. Downloaded files should match the official release checksums as published on the official HandBrake website. Downloaded files with unlisted checksums may be tampered with.

Using the quality control

Most of HandBrake’s official use the x264 or x265 video encoders with a Constant Rate Factor, sometimes abbreviated CRF or simply RF. A lower RF number produces higher quality video, and a higher RF number produces lower quality video.

You can think of the RF control in HandBrake as a quality control. To increase video quality, adjust the control toward the right. To reduce video quality, adjust the control toward the left.

Adjust
the
quality
control
toward
the
right
to
increase
quality,
or
toward
the
left
to
lower
it.

Begin by making small adjustments. Plus or minus 1-2 RF is usually noticeable.

Technical documentation

• System requirements
  Make sure your system can run HandBrake
• Supported source formats
  Types of video files HandBrake can read
• Official presets
  Technical summary of the official presets
• Performance
  How various settings affect encoding speed
• Process Isolation
  Process Isolation and Multiple Simultaneous Jobs supports

• Video

  • Video codecsdraft
  • 10/12-bit encodingdraft
  • HDR10 encodingdraft
  • Constant quality versus average bit ratedraft
  • Presets and tunesdraft
  • Profiles and levelsdraft
  • Video anglesdraft
  • Anamorphic videodraft
  • Frame ratedraft
  • Filtersdraft

• Hardware encoders

  • AMD VCE
  • Apple VideoToolbox
  • Intel Quick Sync Video
  • NVIDIA NVENC
  • Media Foundation (ARM)

• Audio

  • Dynamic range compressiondraft
  • Audio qualitydraft

• Files and compatibility

  • Container formatsdraft
  • iPod 5th Generation supportdraft
  • Automatic file namingdraft

Features

Features and playback compatiblity varies between MKV, WebM, and MP4. The following is a summary of some of these differences:

• In an MP4 container, you can store MPEG-4 video created by ffmpeg or x264.

  • Supports H.264, H.265, MPEG-4, MPEG-2 video.
  • It stores audio in the AAC format. It is also possible to pass through Dolby Digital 5.1 Surround Sound (AC3) audio from a DVD in an MP4 file, although it is a new standard and not widely supported. VLC can decode it, and the AppleTV can pass it through to a surround sound receiver.
  • MP4 also supports chapters, for which HandBrake uses Apple’s chapter format.
  • MP4 also is capable of storing video.
  • Be aware that chapters and AC3 audio can only be seen by QuickTime if you change the file extension from .mp4 to .m4v. HandBrake will do this for you automatically when you enable those features, although this can be disabled in the preferences if you really want .mp4 at the end of the name.
  • The MP4 format can also be optimized for “fast start” progressive downloads over the Web.
  • It can also include “soft” text subtitles that can be turned on or off, instead of always being hard burned into the video frames.

• In an MKV container, you can store MPEG-4 video created by ffmpeg or x264, or Theora video.

  • Supports H.264, H.265, MPEG-4, MPEG-2 video and VP3 (Vorbis)
  • It stores audio in the AAC, MP3, Vorbis or FLAC formats. It can also pass through the Dolby Digital 5.1 (AC3) and Digital Theater Systems (DTS) surround sound formats used by DVDs.
  • It supports chapters, as well as video.
  • It can include “soft” subtitles that can be turned on or off, instead of always being hard burned into the video frame. These can either be bitmap images of the subtitles included on a DVD (known as vobsub) or text.

• In a WebM container, you can store VP8 or VP9 video.

  • Supports VP8 and VP9 video codecs.
  • It stores audio in either Vorbis or Opus formats.
  • It can include “hard” burned in subtitles. “Soft” subtitles are currently unsupported.

Adding multiple encodes simultaneously

When using the , you may find it beneficial to create multiple at one time.

On Mac, first open the window using the menu. In the section, ensure that the setting is selected and is part of the field.

Open
the
Preferences
window
using
the
HandBrake
menu.Select
Automatically
name
output
files
to
ensure
unique
file
names
when
adding
multiple
Titles
to
the
Queue.

This ensures that each of your will be given a unique file name, and not overwrite each other.

On Windows, first open the window using the menu. In the section, ensure that the setting is selected. Set a (where your new videos will be created) and make sure is part of the field.

Open
the
Preferences
window
using
the
Tools
menu.Set
up
Automatic
File
Naming
to
ensure
unique
file
names
when
adding
multiple
Titles
to
the
Queue.

This ensures that each of your will be given a unique file name, and not overwrite each other.

If your is a Blu-ray, DVD, or other disc or disc-like format with multiple , you may open it with HandBrake and add multiple to the simultaneously.

Additionally, you may open a folder of multiple single- videos (excluding discs and disc-like formats) as one virtual with multiple using the dialog, and then add multiple to the .

The
Open
Source
dialog
allows
you
to
select
a
folder
containing
multiple
video
files.The
Title
control
lets
you
select
which
video
clip
you
want
to
use.

On Linux, select from the menu, then select the you wish to encode using the presented dialog. Be sure to give each a unique file name.

On Mac, select from the menu, then select the you wish to encode using the presented dialog.

Select
Add
Titles
to
Queue…
from
the
File
menu
to
open
a
selection
dialog.Select
the
Titles
you
wish
to
encode
from
the
Add
Titles
to
Queue
dialog.

On Windows, select from the menu to add all .

You may open additional and add them to the in the same manner.

Graphical interface

The following tools are required to build and run the GUI.

• Microsoft Visual Studio Community

• A Git client

  • Source Tree (recommended)
  • Client included with Visual Studio 2015 or later
• (see the LibHB build instructions preceding these, or download from https://handbrake.fr/nightly.php)

Clone using your git client.

Source code for the GUI resides in the folder and the solution file is named . Make sure HandBrakeWPF is set as the startup project in the Solution Explorer by right-clicking the name and selecting “Set as startup project”.

To build the GUI, select Build Solution from the Build menu.

When complete, locate the output folder where is created (typically in , depending on the selected build profile). Copy to this folder. This completes the build process.

1. The FDK AAC encoder is only provided in source code form and is not fully compatible with the GNU General Public License Version 2 used by HandBrake. Builds including FDK AAC must be for personal use only and may not be distributed. Do not share the build product with others.