Since I'm so blind to video formats, I often ask my friends about which format is better when I use some DVD rippers like WinX DVD Ripper Platinum to rip my movie DVDs. And some suggest me to rip DVD to MP4 file while some to H.264 video. I'm really so confused about it, please tell me what's the difference between MP4 and H.264??? Thanks a million!
MP4 is a container format written as .mp4, the full name of which is MPEG-4 Part 14. MP4 is undoubtedly the most popular video format at present, because it allows a combination of audio, video, subtitles, and still images to be held in one single file. Moreover, it can be played on nearly all devices and media players, leaving other formats like AVI, WMV, MOV far behind; it can be shared and distributed on many online video sites like YouTube. It is usually encoded with H.264/HEVC/MPEG-4 video codec and AAC audio codec.
H.264 is currently one of the frequently-used video codecs for recording, compression, and distribution of video content. It is a popular compression standard for HD video, and even supports resolutions up to and including 8K UHD. Since H.264 can achieve high quality video at relatively lower bitrates than previous standards like MPEG2, H,263, etc, it's commonly used in AVCHD camcorders, HDTV, Blu-ray, and HD DVD. MP4(.mp4) is one of the H.264 encoded video formats.
From the respective definition above, we can easily see that MP4 is a file container format, while H.264 is actually a video compression codec that requires a video container to host the encoded video. They are different things, not even with the same property. In most cases, H.264 encoded files are MP4 files and they can also be MOV, AVI, or MKV ones.
H.264 is a new video compression standard that has more advanced compression methods than MPEG-4 compression. H.264 is about 1.5 to 2 times more efficient than MPEG-4 encoding. Furthermore, HEVC enjoys half bit rate of H.264 with the same high quality.
H.264 playback is more fluent than the basic MPEG-4 compression. Better yet, it requires lower bit rate than MPEG-4 for network transmission. Also, H.264 and HEVC usually deliver in the same quality, but HEVC codec requires about half bit rate of H.264.
H.264 is more efficient for mobile or surveillance applications. Both H.264 and MPEG-4 are widely compatible with almost all media players and devices. But owing to higher compression rate, H.264 is more used to encoded in MP4 format for playing on mobiles or tablets. Although HEVC enjoys higher compression rate, it's limited supported on iOS 11, macOS High Sierra or later, Windows 10, etc.
At the very beginning, you need a video converter to comvert your MP4 or H.264 videos. WinX HD Video Converter Deluxe is an excellent video converter that helps you convert MP4 to H.264, H.264 to MPEG-4 and transcode videos between 420+ profiles.
In a word, MP4 is so far the most widely used format that is readable on any platform while H.264 is the most compatible video compression standard. Video encoded with H.264 codec can be wrapped in MP4 container. You can take advantages of professional video converter to convert video to MP4 H.264 for better playing or sharing on other platforms. If you still have any question about MP4 and H.264, feel free to let us know.
Graduated from Nanyang Technological University, Singapore, she employs herself in IT related content creation (since 2013) and happens to perfectly combine her major (computer & science) and her gusto (writing). She's seasoned at offering video audio conversion workarounds and always passionate about new trends, from hot HEVC, 4K to the new AV1 codec.
What is H.264? What Is MP4? What are the differences between H.264 vs MP4? If you are looking for information about H.264 vs MP4, this post is what you need. Besides, this post from MiniTool is going to talk about how to convert MP4 to H.264 on computers for free.
What Is H.264? H.264, also called AVC (Advanced Video Coding), is a video compression standard based on block-oriented, motion-compensated integer-DCT coding that allows for the recording, compression, and distribution of digital video content.
H.264 is the successor to MPEG-2 Part and the H.264 algorithm can better reduce the bit rate. H.264 is best known as being the most commonly used video encoding format on Blu-ray Discs and it is widely used by streaming internet sources.
What Is MP4? MP4, which is also known as MPEG-4 Part 14, is a digital multimedia container format that is commonly used to store video and audio. Besides, it can also store other types of data like subtitles and still images. Like other modern container formats, MP4 supports streaming over the Internet.
The MPEG-4 Part 14 file has only one filename extension and it is .mp4. It is a standard specified as a part of MPEG-4. Although there are more than 20 different MPEG standards, MP4 is still the most used video container due to its versatility in application.
From the above definitions, we can easily see that MP4 is a file container format, while H.264 is actually a video compression codec that requires a video container to carry the encoded video. They are different things, even with the same properties. In most cases, H.264 encoded files are MP4 files, but they can also be AVI or MKV files.
H.264 has a higher compression ratio than basic MP4 while maintaining the same quality. In terms of file size, H.264 is usually about 1-2 times more efficient than MP4 encoding, which will help save more space.
H.264 video appears to provide a better quality reality than previous standards at a more suitable compression ratio. Meanwhile, H.264 is more suitable for real-time playback and unchanged quality. H.264 and MP4 are better options if you expect high-quality video.
MP4 is a standard for wider video, mobile video, broadcast content, and DVD broadcast, and broadcast television programming. The H.264 standard also emerged with the growing need to stream video more efficiently. Its programs work with almost all modern devices, apps, and platforms, and appear.
As this H.264 vs MP4 shows, whether you need to upload videos to YouTube, store videos on mobile devices, compress video file sizes, or have other uses, H.264 is always the better choice for exporting videos, but there are a few exceptions where MPEG-4 may be the preferred choice for some applications or platforms.
MiniTool Video Converter is a video converter. It supports over 30 output formats and lets you create a custom output format. When customizing the output format, you can change video resolution, video frame rate, video bitrate, video encoder to H.264, MPEG-4, or HEVC, and the encoder, channel, sample rate, bitrate of the audio track.
Step 5: Click the Convert button to start the MP4 to H.264 conversion. Once the conversion is done, you can find the converted video in the Converted section. Click the Show in folder to locate the file.
Another MP4 to H.264 converter is WonderFox HD Video Converter Factory. It has free and Pro versions. The free version can handle hundreds of video and audio conversions and lets you download from YouTube, Vimeo, Facebook, etc. limited to 100 files.
As a 100% free online file converter, AnyConv allows you to convert H264 to MP4 online. More importantly, you can use it on any operating system that has a web browser. Please keep in mind that the H264 maximum file size is 50 MB.
FileZigZag is a popular free online converter that supports a wide range of formats including audio, video, image, document, eBook, and archive. It enables you to convert MP4 to H.264 online free and with the highest quality conversion available. MP4 file size that you can upload can be up to 50 MB.
Have you figured out the differences between H.264 and MP4 after reading this post? If you have any questions or suggestions about it, please let us know via [email protected] or share them in the comments section below.
This guide focuses on the encoder x264. It assumes you have ffmpeg compiled with --enable-libx264. If you need help compiling and installing see one of our compiling guides. See HWAccelIntro for information on supported hardware H.264 encoders.
This method allows the encoder to attempt to achieve a certain output quality for the whole file when output file size is of less importance. This provides maximum compression efficiency with a single pass. By adjusting the so-called quantizer for each frame, it gets the bitrate it needs to keep the requested quality level. The downside is that you can't tell it to get a specific filesize or not go over a specific size or bitrate, which means that this method is not recommended for encoding videos for streaming.
A preset is a collection of options that will provide a certain encoding speed to compression ratio. A slower preset will provide better compression (compression is quality per filesize). This means that, for example, if you target a certain file size or constant bit rate, you will achieve better quality with a slower preset. Similarly, for constant quality encoding, you will simply save bitrate by choosing a slower preset.
For example, if your input is animation then use the animation tuning, or if you want to preserve grain in a film then use the grain tuning. If you are unsure of what to use or your input does not match any of tunings then omit the -tune option. You can see a list of current tunings with -tune help, and what settings they apply with x264 --fullhelp.
The -profile:v option limits the output to a specific H.264 profile. You usually do not need to use this option and the recommendation is to omit setting the profile which will allow x264 to automatically select the appropriate profile.
Some devices (mostly very old or obsolete) only support the more limited Constrained Baseline or Main profiles. You can set these profiles with -profile:v baseline or -profile:v main. Most modern devices support the more advanced High profile. 041b061a72