Drm converter
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DRM converter protected and non protected video and audio files, generally used non protected formats, such as MP3, MP4, M4A (AAC), WAV(Audio), WMA and MP4(MPEG4), WMV, AVI(DivX)(Video).
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File format
Digital media comes in different file formats for images, audio, and video depending on the device and how the file will be used. Common file formats include JPEG, GIF, PNG for images and MP3, WAV, and AAC for audio. Video file formats include AVI, MP4, and MOV. File formats can vary in properties like file size, quality, resolution, and whether they are compressed or uncompressed. Compression reduces file sizes but also lowers quality, while uncompressed files are highest quality but largest in size. The appropriate file format depends on balancing quality needs with file size and device compatibility.
Audio Codec
Audio codecs compress and decompress digital audio data according to audio file formats. Codecs aim to represent high fidelity audio with minimal bits while retaining quality, reducing storage space. Common codecs include Windows Media and Winamp. Lossy codecs like MP3 are used widely and prioritize size over quality. Lossless codecs like FLAC maintain exact copies but have lower compression. Common audio formats include WAV (uncompressed), FLAC (lossless), and MP3 (lossy).
Sound Formats
Sound formats are file formats for storing digital audio data on a computer. There are three main types: uncompressed formats like WAV and AIFF which maintain quality but have large file sizes, lossless compressed formats like FLAC which reduce file size without quality loss, and lossy compressed formats like MP3 and AAC which significantly reduce file size at the cost of some quality loss. Lossy formats are best for sharing and streaming audio online or on mobile devices due to their small file sizes.
Audio formats
CDs were originally able to store more data than computer hard drives but hard drives now far exceed CD capacity. By 2007, over 200 billion CDs had been sold worldwide, though sales have declined as digital storage and distribution has increased. CD pros include not being able to crash and easy use, while cons are being scratchable and having a small storage capacity. MP3s use lossy compression to reduce file sizes but also reduce audio quality slightly. MP3 pros are small file sizes and wide compatibility, while the con is potential quality loss. WAV files are uncompressed and highest quality but also largest in size, with pros being quality and support, and cons being large file sizes and slow importing.
LO3 - Lesson 8 - File Formats
This document discusses different file formats for images, audio, and video. It explains that various file formats are needed due to different devices and distribution methods. File formats can vary in properties like file size, quality, compression, and resolution, as well as limitations like Digital Rights Management. Common audio file formats discussed include MP3, WAV, WMA, and FLAC, while video file formats include MP4, OGG, WMV, and AVI. The document encourages researching file format properties like compression levels and file sizes as well as limitations such as quality when choosing a format.
3 multimedia elements - audio
There are three main types of audio file formats: uncompressed, lossless compression, and lossy compression. Lossless compression preserves all audio quality while reducing file size, while lossy compression permanently removes some audio information to greatly reduce file size. Common audio formats include WAV (uncompressed), lossless WMA, MP3 and AAC (lossy), and MIDI (event-based musical instrument data). Audio is digitized through sampling, with higher sampling rates and more bits per sample providing better quality but larger file sizes. Formats like WAV and AIFF store uncompressed audio, while MP3 and WMA use lossy compression to reduce file sizes.
Lesson 4 - Audio File Formats
This document discusses digital audio media, including the goals of understanding various audio file formats and audio compression. It explains key terms like audio and compression, and asks the reader to research and explain the characteristics of three audio file formats, including whether they are compressed. Keywords include audio, sound, compression and platforms that allow listening to digital media.
Multimedia data and file format
Multimedia data and information must be stored in a disk file using formats similar to image file formats. Multimedia formats, however, are much more complex than most other file formats because of the wide variety of data they must store. Such data includes text, image data, audio and video data, computer animations, and other forms of binary data, such as Musical Instrument Digital Interface (MIDI), control information, and graphical fonts. (See the "MIDI Standard" section later in this chapter.) Typical multimedia formats do not define new methods for storing these types of data. Instead, they offer the ability to store data in one or more existing data formats that are already in general use.
For example, a multimedia format may allow text to be stored as PostScript or Rich Text Format (RTF) data rather than in conventional ASCII plain-text format. Still-image bitmap data may be stored as BMP or TIFF files rather than as raw bitmaps. Similarly, audio, video, and animation data can be stored using industry-recognized formats specified as being supported by that multimedia file format.
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File format
Digital media comes in different file formats for images, audio, and video depending on the device and how the file will be used. Common file formats include JPEG, GIF, PNG for images and MP3, WAV, and AAC for audio. Video file formats include AVI, MP4, and MOV. File formats can vary in properties like file size, quality, resolution, and whether they are compressed or uncompressed. Compression reduces file sizes but also lowers quality, while uncompressed files are highest quality but largest in size. The appropriate file format depends on balancing quality needs with file size and device compatibility.
Audio Codec
Audio codecs compress and decompress digital audio data according to audio file formats. Codecs aim to represent high fidelity audio with minimal bits while retaining quality, reducing storage space. Common codecs include Windows Media and Winamp. Lossy codecs like MP3 are used widely and prioritize size over quality. Lossless codecs like FLAC maintain exact copies but have lower compression. Common audio formats include WAV (uncompressed), FLAC (lossless), and MP3 (lossy).
Sound Formats
Sound formats are file formats for storing digital audio data on a computer. There are three main types: uncompressed formats like WAV and AIFF which maintain quality but have large file sizes, lossless compressed formats like FLAC which reduce file size without quality loss, and lossy compressed formats like MP3 and AAC which significantly reduce file size at the cost of some quality loss. Lossy formats are best for sharing and streaming audio online or on mobile devices due to their small file sizes.
Audio formats
CDs were originally able to store more data than computer hard drives but hard drives now far exceed CD capacity. By 2007, over 200 billion CDs had been sold worldwide, though sales have declined as digital storage and distribution has increased. CD pros include not being able to crash and easy use, while cons are being scratchable and having a small storage capacity. MP3s use lossy compression to reduce file sizes but also reduce audio quality slightly. MP3 pros are small file sizes and wide compatibility, while the con is potential quality loss. WAV files are uncompressed and highest quality but also largest in size, with pros being quality and support, and cons being large file sizes and slow importing.
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This document discusses different file formats for images, audio, and video. It explains that various file formats are needed due to different devices and distribution methods. File formats can vary in properties like file size, quality, compression, and resolution, as well as limitations like Digital Rights Management. Common audio file formats discussed include MP3, WAV, WMA, and FLAC, while video file formats include MP4, OGG, WMV, and AVI. The document encourages researching file format properties like compression levels and file sizes as well as limitations such as quality when choosing a format.
3 multimedia elements - audio
There are three main types of audio file formats: uncompressed, lossless compression, and lossy compression. Lossless compression preserves all audio quality while reducing file size, while lossy compression permanently removes some audio information to greatly reduce file size. Common audio formats include WAV (uncompressed), lossless WMA, MP3 and AAC (lossy), and MIDI (event-based musical instrument data). Audio is digitized through sampling, with higher sampling rates and more bits per sample providing better quality but larger file sizes. Formats like WAV and AIFF store uncompressed audio, while MP3 and WMA use lossy compression to reduce file sizes.
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This document discusses digital audio media, including the goals of understanding various audio file formats and audio compression. It explains key terms like audio and compression, and asks the reader to research and explain the characteristics of three audio file formats, including whether they are compressed. Keywords include audio, sound, compression and platforms that allow listening to digital media.
Multimedia data and file format
Multimedia data and information must be stored in a disk file using formats similar to image file formats. Multimedia formats, however, are much more complex than most other file formats because of the wide variety of data they must store. Such data includes text, image data, audio and video data, computer animations, and other forms of binary data, such as Musical Instrument Digital Interface (MIDI), control information, and graphical fonts. (See the "MIDI Standard" section later in this chapter.) Typical multimedia formats do not define new methods for storing these types of data. Instead, they offer the ability to store data in one or more existing data formats that are already in general use.
For example, a multimedia format may allow text to be stored as PostScript or Rich Text Format (RTF) data rather than in conventional ASCII plain-text format. Still-image bitmap data may be stored as BMP or TIFF files rather than as raw bitmaps. Similarly, audio, video, and animation data can be stored using industry-recognized formats specified as being supported by that multimedia file format.
Ppt on audio file formats
1. The document discusses different audio file formats including uncompressed, lossless compressed, and lossy compressed formats.
2. Uncompressed formats like .wav and .aiff store audio with no loss of quality but have large file sizes, while lossy compressed formats like .mp3 reduce quality to greatly reduce file size through techniques like perceptual encoding.
3. Lossless compressed formats like .flac and .alac provide compression without any quality loss by eliminating redundant data, offering file size reduction of around 2:1 compared to uncompressed.
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This document discusses various audio file formats including uncompressed, lossy compressed, and lossless compressed formats. It defines key audio file formats such as WAV, AIFF, MP3, AAC, Ogg Vorbis, FLAC, and ALAC. WAV and AIFF are uncompressed formats that maintain quality but use significant storage. MP3, AAC, and Ogg are popular lossy formats that reduce file size by removing imperceptible audio data. FLAC and ALAC are lossless compression formats that reduce file size without quality loss by identifying and removing redundant data patterns.
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This document discusses audio file formats. It begins by explaining what sound is and how it is digitized through sampling and quantization. It then covers both uncompressed formats like PCM, WAV, and AIFF as well as compressed formats. Lossy formats discussed include MP3, AAC, OGG, and WMA, while lossless formats include FLAC, ALAC, and WMA Lossless. The document recommends using uncompressed formats for raw audio work, lossless compression like FLAC for high-quality music listening, and lossy compression if storage space needs to be conserved or quality is less important.
Multimedia formats
The document discusses several multimedia formats for audio and video, including ASF, ASX, WMA, WMV, MIDI, RealAudio, AU, AIFF, SND, WAVE, MP3, AVI, Windows Media, MPEG, QuickTime, RealVideo, and Shockwave. It provides brief descriptions of each format including what type of content they support and their typical file extensions.
Codecs
Codec stands for enCOder/DECoder or COmpressor/DECompressor. It is a software or hardware that compresses and decompresses audio and video data streams.
Video File formats Chart with Explanation
This document compares and summarizes common video and image file formats. For video, it discusses the differences between streaming and downloading media. It then provides details on popular video formats like ASF, AVI, MOV, MPEG, and RM, describing their characteristics and requirements. For images, the document outlines file size and color depth supported for formats like BMP, GIF, JPEG, PCX, TIFF, and PNG.
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Digital audio editors and audio processing software can be used to edit audio files. These programs allow users to record audio, edit clips by adjusting start/stop times and adding fades, mix multiple tracks, apply audio effects like compression and equalization, and convert between file formats. Audio can also be compressed to reduce file sizes using software that converts files like WMA to smaller MP3 files.
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This document discusses MP3 music files and the related technologies. It explains that ripper software is used to extract and compress audio from a CD into an MP3 file format. This lossy compression reduces the file size significantly while still maintaining good audio quality for most listeners. MP3 files can be created at different bitrates that determine the quality and file size. MP3 players were used to play these compressed digital music files and newer digital audio players support additional codecs like AAC. Compact discs are optical discs that store digital data, including music in a digital format.
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The document discusses various file formats for different types of digital files. It begins by defining what a file format is and how it specifies how information is encoded for storage. It then provides examples of common image, audio, video, and text file formats. For each type of file, it lists some of the most popular specific formats like JPEG, PNG, MP3, WAV, AVI, DOC, HTML, and PDF. It provides brief descriptions of each format including what they are called, their file extensions, how they compress or store data, browser support, and common uses. The document serves to introduce and compare some of the most widely used file formats.
Audio file format
An audio file format is a file format for storing digital audio data on a computer system. There are three main types of audio file formats: uncompressed, lossless compression, and lossy compression (like MP3 and AAC). Examples of common file extensions include .wav, .mp3, .m4a, and .ra.
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***Updated to include HD and 4k video***
Contains some GIF animations - so you'll need to download to get the full effect!
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Digital video can be recorded and edited on a computer. It is stored using file formats like AVI, MOV, MPEG, and FLV which determine compatibility and file size. Digital video is composed of individual frames that have a rate, size, and color depth. Video editing software allows cutting, combining, and adding effects to video clips. Captured digital video can be used in multimedia products like presentations, websites, and games.
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1. There are three main types of audio file formats: uncompressed, lossless compressed, and lossy compressed. Uncompressed formats like WAV and AIFF store raw audio data, while lossy formats like MP3 and lossless formats like FLAC compress audio data to reduce file sizes.
2. Common uncompressed formats are WAV and AIFF. Popular lossless compression formats are FLAC, ALAC, and WavPack. Widely used lossy formats are MP3, AAC, and Vorbis.
3. Audio file formats also specify containers and codecs. Containers store audio data and metadata, while codecs perform audio encoding and decoding. Examples of audio file formats discussed are W
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The document discusses MIDI (Musical Instrument Digital Interface), which allows musical instruments and devices to communicate. It describes MIDI's components like synthesizers, sequencers, tracks, channels, and messages. MIDI provides a low-bandwidth way to transmit musical data and sound effects over the web by moving sound production to the client. It can be used to synchronize devices and convey musical performance data for applications like multimedia, games, and karaoke.
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The document discusses different file formats for images, audio, and video. It describes the properties and limitations of various image file formats like JPEG, GIF, and PNG. These file formats differ in features like color depth, compression levels, and file size. The document also explains the concepts of compressed and uncompressed files as well as lossy and lossless compression techniques used to reduce file sizes.
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Ppt on audio file formats
1. The document discusses different audio file formats including uncompressed, lossless compressed, and lossy compressed formats.
2. Uncompressed formats like .wav and .aiff store audio with no loss of quality but have large file sizes, while lossy compressed formats like .mp3 reduce quality to greatly reduce file size through techniques like perceptual encoding.
3. Lossless compressed formats like .flac and .alac provide compression without any quality loss by eliminating redundant data, offering file size reduction of around 2:1 compared to uncompressed.
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This document discusses various audio file formats including uncompressed, lossy compressed, and lossless compressed formats. It defines key audio file formats such as WAV, AIFF, MP3, AAC, Ogg Vorbis, FLAC, and ALAC. WAV and AIFF are uncompressed formats that maintain quality but use significant storage. MP3, AAC, and Ogg are popular lossy formats that reduce file size by removing imperceptible audio data. FLAC and ALAC are lossless compression formats that reduce file size without quality loss by identifying and removing redundant data patterns.
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This document discusses audio file formats. It begins by explaining what sound is and how it is digitized through sampling and quantization. It then covers both uncompressed formats like PCM, WAV, and AIFF as well as compressed formats. Lossy formats discussed include MP3, AAC, OGG, and WMA, while lossless formats include FLAC, ALAC, and WMA Lossless. The document recommends using uncompressed formats for raw audio work, lossless compression like FLAC for high-quality music listening, and lossy compression if storage space needs to be conserved or quality is less important.
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This document compares and summarizes common video and image file formats. For video, it discusses the differences between streaming and downloading media. It then provides details on popular video formats like ASF, AVI, MOV, MPEG, and RM, describing their characteristics and requirements. For images, the document outlines file size and color depth supported for formats like BMP, GIF, JPEG, PCX, TIFF, and PNG.
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This document discusses MP3 music files and the related technologies. It explains that ripper software is used to extract and compress audio from a CD into an MP3 file format. This lossy compression reduces the file size significantly while still maintaining good audio quality for most listeners. MP3 files can be created at different bitrates that determine the quality and file size. MP3 players were used to play these compressed digital music files and newer digital audio players support additional codecs like AAC. Compact discs are optical discs that store digital data, including music in a digital format.
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The document discusses various file formats for different types of digital files. It begins by defining what a file format is and how it specifies how information is encoded for storage. It then provides examples of common image, audio, video, and text file formats. For each type of file, it lists some of the most popular specific formats like JPEG, PNG, MP3, WAV, AVI, DOC, HTML, and PDF. It provides brief descriptions of each format including what they are called, their file extensions, how they compress or store data, browser support, and common uses. The document serves to introduce and compare some of the most widely used file formats.
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***Updated to include HD and 4k video***
Contains some GIF animations - so you'll need to download to get the full effect!
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Digital video can be recorded and edited on a computer. It is stored using file formats like AVI, MOV, MPEG, and FLV which determine compatibility and file size. Digital video is composed of individual frames that have a rate, size, and color depth. Video editing software allows cutting, combining, and adding effects to video clips. Captured digital video can be used in multimedia products like presentations, websites, and games.
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1. There are three main types of audio file formats: uncompressed, lossless compressed, and lossy compressed. Uncompressed formats like WAV and AIFF store raw audio data, while lossy formats like MP3 and lossless formats like FLAC compress audio data to reduce file sizes.
2. Common uncompressed formats are WAV and AIFF. Popular lossless compression formats are FLAC, ALAC, and WavPack. Widely used lossy formats are MP3, AAC, and Vorbis.
3. Audio file formats also specify containers and codecs. Containers store audio data and metadata, while codecs perform audio encoding and decoding. Examples of audio file formats discussed are W
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The document discusses different file formats for images, audio, and video. It describes the properties and limitations of various image file formats like JPEG, GIF, and PNG. These file formats differ in features like color depth, compression levels, and file size. The document also explains the concepts of compressed and uncompressed files as well as lossy and lossless compression techniques used to reduce file sizes.
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This document discusses various file formats used for different purposes. It describes proprietary file formats for applications like Microsoft Word and Excel. It also covers common file formats for text documents (TXT, RTF), images (BMP, GIF, JPEG, PNG), audio (WAV, MP3), video (MPEG, AVI), spreadsheets (XLS, CSV, XML), and PDF documents. Each format is suited to different needs depending on whether the file contains text, images, audio or video, and whether formatting, file size or editing is prioritized.
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introduction to audio formats - Multimedia Students
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Chap62
This document compares various audio file formats including RAW, MP3, AIFF, MPEG, WAV, ACT, and WMA. It discusses the characteristics of each format such as compression, file extensions, advantages like size and limitations like lack of compatibility. Key points covered include how MP3, MPEG, and WMA use lossy compression while WAV and AIFF are uncompressed, and the benefits and drawbacks of each in terms of quality, size, and features.
1.1.3 DATA STORAGE
This document discusses data storage formats for different types of multimedia files. It begins by explaining that sound, pictures, video, text and numbers are stored digitally in different formats. It then discusses various file formats for storing audio like MIDI, MP3, WAV and lossy/lossless compression techniques. For images, it covers JPEG, GIF and vector/bitmap formats. Video compression techniques like MPEG and MP4 are also summarized. The document concludes by covering text/number representation using ASCII and error detection methods like parity checks and checksums.
Module 09 digital multimedia
The document provides an overview of Module 9 of an Alpha Tech Program on digital multimedia. It covers lessons on digital audio, video, and photography. Key points include:
- Lesson 1 defines digital technology and its benefits, including expanding media device features.
- Lesson 2 covers digital audio characteristics like compression and editing. It instructs students to create an audio piece to practice these skills.
- Lesson 3 defines digital video characteristics and digital video editing/output formats. Students are asked to create a video to apply these skills.
- Lesson 4 explains benefits of digital cameras like editing images. Students will create a photo collage practicing these skills.
The document provides instruction on creating and
Free software-course
This document provides summaries of free and open source software for various purposes including web browsing, video playback, DVD ripping, sound recording, photo editing, graphics, geographic information systems, web browsing, email, video conversion, 3D animation, CAD, music syncing, video editing, word processing and office suites. It lists popular applications such as Firefox, VLC, Audacity, GIMP, Inkscape, Google Earth, Thunderbird, Format Factory, Blender, SketchUp, OpenOffice and Picasa and provides brief descriptions of their core functions.
Computer Softwares
Windows Movie Maker is a basic video editing software included in Microsoft Windows that allows users to add effects, transitions, titles, audio tracks, and create movies. It also functions as a basic audio editing program. WinRAR is a file compression utility that can create and extract various archive file formats like RAR, ZIP, and 7z. It includes features like encryption, file recovery, and support for modern file systems. Adobe Photoshop is a graphics editing program and industry standard for image manipulation that allows complex photo editing and compositing.
Ig2 task 1 work sheet (improved version)
The document provides definitions and explanations of various terms related to sound design and production for computer games. It includes a glossary with over 15 terms defined, with each definition citing a source URL. For each term, the author also provides a short description of how the term relates to their own production practice. The terms cover areas such as sound file formats, audio limitations, audio recording systems, and more. The document appears to be an assignment where the author was asked to research and define sound design terms as part of their studies.
12.m3 cms content-updating-pt3
The document discusses digital audio and animation formats for use on the web. It provides details on common audio formats like WAV, MP3, MIDI and animation formats like GIF, SWF, and describes their advantages and disadvantages. Streaming media allows compressing and transmitting audio over the internet by breaking it into packets. Common streaming formats are RealAudio, Windows Media. Animation is possible due to persistence of vision and phi phenomena.
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Menggabungkan audio ke dalam sajian multimedia 3.english
Menggabungkan audio ke dalam sajian multimedia 3.english
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Drm converter
- 1. DRM CONVERTER The Fastest DRM Remover
- 2. WHAT IS DRM CONVERTER DRM Converter is the best ever software which is used to convert DRM protected and non protected video and audio files, generally used non protected formats, such as MP3, MP4, M4A (AAC), WAV(Audio), WMA and MP4(MPEG4), WMV, AVI(DivX)(Video). DRM converts the video and audio files for use with any audio and video of playing devices: iPhone, iPod, Zune, MP4 Players (iRiver, creative, Philips, Samsung, Cowon, and Sony), CD Players, Car Audio, home DVD Player and Video, Mobile Phone etc. DRM converter supports as input any video and audio formats, which can be played in Quick Time Player, Real Player or Window Media Player
- 3. KEY FEATURES Conversion: DRM converter can convert the media files which can be played in Quick Time Player, Real Player or Window Media Player. And in other words you can say that, this application offers a broad range of output including MP3, M4A, iPod, iTunes,WAV, WMA, and AAC. Extraction: The application has also the facility of extracting the stuffing of DVD and CD. While Copying, the program keeps the ID3 tags as well as the name of Album, Artist, Title etc. and in other words it makes possible to copy the protected CD’s. Decryption: Beside Conversion, DRM converter can also replace and remove the file fortification. The program has the option to comprise the reading of the unique and the converted. Compatibility: DRM converter converts the file from the subsequent application: Napster, Zune, Music match, Music load, MSN Music, Music Now, iTunes, AOL, Rhapsody and MTV.
- 4. SYSTEM REQUIREMENTS Operating Systems: Windows 98, Windows XP, Windows 2003, Windows Vista RAM: 256 MB of RAM Processor: Pentium 100 MHz or more Hard Disk: 15 MB of available space
- 5. PROS OF DRM CONVERTER The application is completely free and very quick The Interface is Graphical and Intuitive So these are information given about DRM Converter
- 6. For More Information Kindly Visit http://www.video-converters.org/drm-converter.php