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QuickTime is a proprietary multimedia framework developed by Apple Inc.marker, capable of handling various formats of digital video, media clips, sound, text, animation, music, and interactive panoramic image. It is available for Mac OS classic (System 7 onwards), Mac OS X and Microsoft Windows operating systems. The latest version is QuickTime X (10.0) and is only available on Mac OS X v10.6.


QuickTime is integrated with Mac OS X, and it was an optional component at install for earlier versions of Mac OS. All Apple systems ship with QuickTime already installed. QuickTime for Windows systems is downloadable, either as a standalone installation or bundled with iTunes.

Software development kits (SDKs) for QuickTime are available to the public with an Apple Developer Connection (ADC) subscription.

QuickTime players

QuickTime is available for Mac OS X and Windows operating systems, and is distributed free of charge. Some other free player applications that rely on the QuickTime framework provide features not available in the basic QuickTime Player. For example:
  • iTunes can export audio in WAV, AIFF, MP3, AAC, and Apple Lossless.
  • In Mac OS X, a simple AppleScript can be used to play a movie in full-screen mode. However, since version 7.2 the QuickTime Player now also supports full-screen viewing in the non-pro version.

QuickTime Pro

The included QuickTime Player is limited to only basic playback operations unless the user purchases a QuickTime Pro license key, which Apple sells for US$29.95. Apple's "Pro Applications" (e.g. Final Cut Studio, Logic Studio) come with a free QuickTime Pro license. Pro keys are specific to the major version of QuickTime for which they are purchased. The Pro key unlocks additional features of the QuickTime Player application on Mac OS X or Windows (although most of these can be accessed simply by using players, video editors or miscellaneous utilities from other sources). Use of the Pro key does not entail any additional downloads.

Features enabled by the Pro license include, but are not limited to:
  • Editing clips through the Cut, Copy and Paste functions, merging separate audio and video tracks, and freely placing the video tracks on a virtual canvas with the options of cropping and rotation.
  • Saving and exporting (encoding) to any of the codecs supported by QuickTime. QuickTime 7 includes presets for exporting video to a video-capable iPod, Apple TV, and the iPhone.
  • Saving existing QuickTime Movies from the web directly to a hard disk drive. This is often, but not always, either hidden or intentionally blocked in the standard mode. It should be noted that two options exist for saving movies from a web browser:
    • Save As Source – This option will save the embedded video in its original format. (i.e., not limited to *.mov files.)
    • Save As QuickTime Movie – This option will save the embedded video in a *.mov file format no matter what the original encoding is/was.

The latest version of Mac OS X, Mac OS X v10.6 "Snow Leopard", includes QuickTime X, the latest version of the player. This version lacks cut, copy and paste and will only export to 4 formats, but its limited export feature is free.

QuickTime framework

The QuickTime framework provides the following:
  • Encoding and transcoding video and audio from one format to another.
  • Decoding video and audio, then sending the decoded stream to the graphics or audio subsystem for playback. In Mac OS X, QuickTime sends video playback to the Quartz Extreme Compositor.
  • A plug-in architecture for supporting additional codecs (such as DivX).

As of early 2008 the framework hides many of the older codecs listed below from the user although users must enable the option to "Show legacy encoders" in QuickTime Preferences to use them. The framework supports the following file types and codecs natively:


  • Apple Lossless
  • Audio Interchange (AIFF)
  • Core Audio File (CAF)
  • Digital Audio: Audio CD – 16-bit (CDDA), 24-bit, 32-bit integer & floating point, and 64-bit floating point
  • MIDI
  • MPEG-1 Layer 3 Audio (.mp3)
  • MPEG-4 AAC Audio (.m4a, .m4b, .m4p)
  • DRM-protected audio from the iTunes store
  • QDesign Music
  • Qualcomm PureVoice (QCELP)
  • Sun AU Audio
  • ULAW and ALAW Audio
  • Waveform Audio (WAV)


  • 3GPP & 3GPP2 file formats
  • AVI file format
  • Bitmap (BMP) codec and file format
  • DV file (DV NTSC/PAL and DVC Pro NTSC/PAL codecs)
  • Flash & FlashPix files
  • GIF and Animated GIF files
  • H.261, H.263, and H.264 codecs
  • JPEG, Photo JPEG, and JPEG-2000 codecs and file formats
  • MPEG-1, MPEG-2, and MPEG-4 Video file formats and associated codecs (such as AVC)
  • Quartz Composer Composition (.qtz, Mac OS X only)
  • QuickTime Movie (.mov) and QTVR movies
  • Sorenson Video 2 and 3 codecs
  • Other video codecs: Apple Video, Cinepak, Component Video, Graphics, and Planar RGB
  • Other still image formats: PNG, TIFF, and TGA
  • Cached information from streams: QTCH

QuickTime file format

The QuickTime (.mov) file format functions as a multimedia container file that contains one or more tracks, each of which stores a particular type of data: audio, video, effects, or text (e.g. for subtitles). Each track either contains a digitally-encoded media stream (using a specific codec) or a data reference to the media stream located in another file. Tracks are maintained in a hierarchical data structure consisting of objects called atoms. An atom can be a parent to other atoms or it can contain media or edit data, but it cannot do both.

The ability to contain abstract data references for the media data, and the separation of the media data from the media offsets and the track edit lists means that QuickTime is particularly suited for editing, as it is capable of importing and editing in place (without data copying). Other later-developed media container formats such as Microsoft's Advanced Systems Format or the open source Ogg and Matroska containers lack this abstraction, and require all media data to be rewritten after editing.

Other file formats that QuickTime supports natively (to varying degrees) include AIFF, WAV, DV-DIF, MP3, and MPEG program stream. With additional QuickTime Extensions, it can also support Ogg, ASF, Flash Video, Matroska, DivX Media Format, and others.

QuickTime and MPEG-4

On February 11, 1998, the ISO approved the QuickTime file format as the basis of the MPEG-4 file format. The MPEG-4 file format specification was created on the basis of the QuickTime format specification published in 2001. The MP4 (.mp4) file format was published in 2001 as the revision of the MPEG-4 Part 1: Systems specification published in 1999 (ISO/IEC 14496-1:2001). In 2003, the first version of MP4 format was revised and replaced by MPEG-4 Part 14: MP4 file format (ISO/IEC 14496-14:2003). The MP4 file format was generalized into the ISO Base Media File Format ISO/IEC 14496-12:2004, which defines a general structure for time-based media files. It in turn is used as the basis for other multimedia file formats (for example MP4, 3GP, Motion JPEG 2000). A list of all registered extensions for ISO Base Media File Format is published on the official registration authority website This registration authority for code-points in "MP4 Family" files is Apple Computer Inc. and it is named in Annex D (informative) in MPEG-4 Part 12.

By 2000, MPEG-4 formats became an industry standards, first appearing with support in QuickTime 6 in 2002. Accordingly, the MPEG-4 container is designed to capture, edit, archive, and distribute media, unlike the simple file-as-stream approach of MPEG-1 and MPEG-2.

Profile support

QuickTime 6 added limited support for MPEG-4; specifically encoding and decoding using Simple Profile (SP). Advanced Simple Profile (ASP) features, like B-frames, were unsupported (in contrast with, for example, encoders such as XviD or 3ivx). QuickTime 7 supports the H.264 encoder and decoder.

Container benefits

Because both the MOV and MP4 containers can use the same MPEG-4 codecs, they are mostly interchangeable in a QuickTime-only environment. However, MP4, being an international standard, has more support. This is especially true on hardware devices, such as the Sony PSP and various DVD players; on the software side, most DirectShow / Video for Windows codec packs include an MP4 parser, but not one for MOV.

In QuickTime Pro's MPEG-4 Export dialog, an option called "Passthrough" allows a clean export to MP4 without affecting the audio or video streams. One recent discrepancy ushered in by QuickTime 7 is that the MOV file format now supports multichannel audio (used, for example, in the high-definition trailers on Apple's site), while QuickTime's support for audio in the MP4 container is limited to stereo. Therefore multichannel audio must be re-encoded during MP4 export.


QuickTime platform compatibility
OS Latest version
System 6.0-System 6.0.5 2.0
System 6.0.7-System 7.0.1 2.5
(68K) System 7.1-8.1 4.0.3
(PPC) System 7.1.2-System 7.5.3 4.0.3
(PPC) System 7.5.5-8.5.1 5.0.5
Mac OS 8.6-9.2.2 6.0.3
Mac OS X v10.0.4 5.0 (bundled)
Mac OS X v10.1.5 6.3.1
Mac OS X v10.2.8 6.5.3
Mac OS X v10.3.9 7.5
Mac OS X v10.4.11-v10.5.8 7.6.5 (current)
Mac OS X v10.6.1 QuickTime X (current for 10.6.1)
OS Latest version
Windows 3.1x/Windows NT 3.1-3.5 2.1.2
Windows NT 3.51 2.1.2
Windows 95 5.0.5; 6.3 unofficially
Windows NT 4.0 6.1; 6.5.2 unofficially
Windows 98/ME 6.5.2
Windows 2000 7.1.6; 7.2 unofficially
Windows XP/Vista/7 7.6.5 (current)

Apple released the first version of QuickTime on December 2, 1991 as a multimedia add-on for System Software 6 and later. The lead developer of QuickTime, Bruce Leak, ran the first public demonstration at the May 1991 Worldwide Developers Conference, where he played Apple's famous 1984 TV commercial on a Mac, at the time an astounding technological breakthrough. Microsoft's competing technology—Video for Windowsemployed several thousand lines of allegedly stolen Quicktime source code and did not appear until November 1992.

QuickTime 1.x

. The original video codecs included:
  • the Apple Video codec (also known as "Road Pizza"), suited to normal live-action video
  • the Animation codec, which used run-length encoding and better suited cartoon-type images with large areas of flat color
  • the Graphics codec, for 8-bit images, including ones that had undergone dithering

The first commercial project produced using QuickTime 1.0 was the CD-ROM From Alice to Ocean. The first publicly visible use of QuickTime was Ben & Jerry's interactive factory tour (dubbed The Rik & Joe Show after its in-house developers). The Rik and Joe Show was demonstrated onstage at MacWorld in San Francisco when John Sculley announced QuickTime.

Apple released QuickTime 1.5 for Mac OS in the latter part of 1992. This added the SuperMac-developed Cinepak vector-quantization video codec (initially known as Compact Video), which managed the previously unheard-of feat of playing back video at 320 x 240 resolution at 30 frames per second on a 25 MHz 68040 CPU. It also added text tracks, which allowed for things like captioning, lyrics, etc., at very little addition to the size of a movie.

In an effort to increase the adoption of QuickTime, Apple contracted an outside company, San Francisco Canyon Company, to port QuickTime to the Windows platform. Version 1.0 of QuickTime for Windows provided only a subset of the full QuickTime API, including only movie playback functions driven through the standard movie controller.

QuickTime 1.6.x came out the following year. Version 1.6.2 first incorporated the "QuickTime PowerPlug" which replaced some components with PowerPC-native code when running on PowerPC Macs.

QuickTime 2.x

Apple released QuickTime 2.0 for Mac OS in February 1994—the only version never released for free. It added support for music tracks, which contained the equivalent of MIDI data and which could drive a sound-synthesis engine built into QuickTime itself (using a limited set of instrument sounds licensed from Roland), or any external MIDI-compatible hardware, thereby producing sounds using only small amounts of movie data.

Following Bruce Leak's departure to Web TV the leadership of the QuickTime team was taken over by Peter Hoddie.

QuickTime 2.0 for Windows appeared in November 1994 under the leadership of Paul Charlton. As part of the development effort for cross-platform QuickTime, Charlton (as architect and technical lead), along with ace individual contributor Michael Kellner and a small highly effective team including Keith Gurganus, ported a subset of the Macintosh Toolbox to Intel and other platforms (notably, MIPS and SGI Unix variants) as the enabling infrastructure for the QuickTime Media Layer (QTML) which was first demonstrated at the Apple Worldwide Developers Conference (WWDC) in May 1996. The QTML later became the foundation for the Carbon API which allowed legacy Macintosh applications to run on the Darwin kernel in Mac OS X.

The next versions, 2.1 and 2.5, reverted to the previous model of giving QuickTime away for free. They improved the music support and added sprite tracks which allowed the creation of complex animations with the addition of little more than the static sprite images to the size of the movie. QuickTime 2.5 also fully integrated QuickTime VR 2.0.1 into QuickTime as a QuickTime extension. On January 16, 1997, Apple released the QuickTime MPEG Extension (PPC only) as an add-on to QuickTime 2.5, which added software MPEG-1 playback capabilities to QuickTime.

QuickTime 3.x

The release of QuickTime 3.0 for Mac OS on March 30, 1998 introduced the now-standard revenue model of releasing the software for free, but with additional features of the Apple-provided MoviePlayer application that end-users could only unlock by buying a QuickTime Pro license code. Since the "Pro" features were the same as the existing features in QuickTime 2.5, any previous user of QuickTime could continue to use an older version of the central MoviePlayer application for the remaining lifespan of Mac OS to 2002; indeed, since these additional features were limited to MoviePlayer, any other QuickTime-compatible application remained unaffected.

QuickTime 3.0 added support for graphics importer components that could read images from GIF, JPEG, TIFF and other file formats, and video output components which served primarily to export movie data via FireWire. Apple also licensed several third-party technologies for inclusion in QuickTime 3.0, including the Sorenson Video codec for advanced video compression, the QDesign Music codec for substantial audio compression, and the complete Roland Sound Canvas instrument set and GS Format extensions for improved playback of MIDI music files. It also added video effects which programmers could apply in real-time to video tracks. Some of these effects would even respond to mouse clicks by the user, as part of the new movie interaction support (known as wired movies).

QuickTime interactive

During the development cycle for QuickTime 3.0 part of the engineering team was working on a more advanced version of QuickTime to be known as QuickTime interactive or QTi. Although similar in concept to the wired movies feature released as part of QuickTime 3.0, QuickTime interactive was much more ambitious. It allowed any QuickTime movie to be a fully interactive and programmable container for media. A special track type was added that contained an interpreter for a custom programming language based on 68000 assembly language. This supported a comprehensive user interaction model for mouse and keyboard event handling based in part on the AML language from the Apple Media Tool.

The QuickTime interactive movie was to have been the playback format for the next generation of HyperCard authoring tool. Both the QuickTime interactive and the HyperCard 3.0 projects were canceled in order to concentrate engineering resources on streaming support for QuickTime 4.0, and the projects were never released to the public.

QuickTime 4.x

Apple released QuickTime 4.0 on June 8, 1999 for Mac OS 7.5.5 through 8.6 (later Mac OS 9) and Windows 95, Windows 98, and Windows NT. Three minor updates (versions 4.0.1, 4.0.2, and 4.0.3) followed.It introduced features that most users now consider basic:
  • Graphics exporter components, which could write some of the same formats that the previously-introduced importers could read. (GIF support was omitted, possibly because of the LZW patent.)
  • Support for the QDesign Music 2 and MPEG-1 Layer 3 audio (MP3)
  • QuickTime 4 was the first version to support streaming. It was accompanied by the release of the free QuickTime Streaming Server version 1.0.

On December 17, 1999, Apple provided QuickTime 4.1, this version's first major update. Two minor versions (4.1.1 and 4.1.2) followed. The most notable improvements in the 4.1.x family were:
  • Support for files larger than 2.0 GB in Mac OS 9. (This is a consequence of Mac OS 9 requiring the HFS Plus filesystem. )
  • Variable bit rate (VBR) support for MPEG-1 Layer 3 (MP3) audio
  • Support for Synchronized Multimedia Integration Language (SMIL)
  • Introduction of AppleScript support in Mac OS
  • The requirement of a PowerPC processor for Mac OS systems. QuickTime 4.1 dropped support for Motorola 68k Macintosh systems.

QuickTime 5.x

QuickTime 5 was one of the shortest-lived versions of QuickTime, released in April 2001 and superseded by QuickTime 6 a little over a year later. This version was the last to have greater capabilities under Mac OS 9 than under Mac OS X, and the last version of QuickTime to support Mac OS versions 7.5.5 through 8.5.1 on a PowerPC Mac and Windows 95. Version 5.0 was initially only released for Mac OS and Mac OS X on April 14, 2001, and version 5.0.1 followed shortly thereafter on April 23, 2001, supporting Mac OS, Mac OS X, and Windows. Three more updates to QuickTime 5 (versions 5.0.2, 5.0.4, and 5.0.5) were released over its short lifespan.

QuickTime 5 delivered the following enhancements:
  • MPEG-1 playback for Windows, and updated MPEG-1 Layer 3 audio support for all systems.
  • Sorenson Video 3 playback and export (added with the 5.0.2 update).
  • Realtime rendering of effects & transitions in DV files, including enhancements to DV rendering, multiprocessor support, and Altivec enhancements for PowerPC G4 systems.
  • Flash 4 playback and export.
  • A new QuickTime VR engine, adding support for cubic VR panoramas.

QuickTime 6.x

On July 15, 2002, Apple released QuickTime 6.0, providing the following features:

  • MPEG-4 playback, import, and export, including MPEG-4 Part 2 video and AAC Audio.
  • Support for Flash 5, JPEG 2000, and improved Exif handling
  • Instant-on streaming playback
  • MPEG-2 playback (via the purchase of Apple's MPEG-2 Playback Component)
  • Scriptable ActiveX control

QuickTime 6 was initially available for Mac OS 8.6 – 9.x, Mac OS X (10.1.5 minimum), and Windows 98, Me, 2000, and XP. However, development of QuickTime 6 for Mac OS slowed considerably in early 2003, after the release of Mac OS X v10.2 in August 2002. QuickTime 6 for Mac OS continued on the 6.0.x path, eventually stopping with version 6.0.3.

QuickTime 6.1 & 6.1.1 for Mac OS X v10.1 and Mac OS X v10.2 (released October 22, 2002) and QuickTime 6.1 for Windows (released March 31, 2003) offered ISO-Compliant MPEG-4 file creation and fixed the CAN-2003-0168 vulnerability.

Apple released QuickTime 6.2 exclusively for Mac OS X on April 29, 2003 to provide support for iTunes 4, which allowed AAC encoding for songs in the iTunes library. (iTunes was not available for Windows until October 2003.)

On June 3, 2003, Apple released QuickTime 6.3, delivering the following:
  • Support for 3GPP, including 3G Text, video, and audio (AAC and AMR codecs)
  • Support for the .3gp, .amr, and .sdv file formats via separate component

QuickTime 6.4, released on October 16, 2003 for Mac OS X v10.2, Mac OS X v10.3, and Windows, added the following:
  • Addition of the Apple Pixlet codec (only for Mac OS X v10.3 and later)
  • ColorSync support
  • Integrated 3GPP

On December 18, 2003, Apple released QuickTime 6.5, supporting the same systems as version 6.4. Versions 6.5.1 and 6.5.2 followed on April 28, 2004 and October 27, 2004. These versions would be the last to support Windows 98 and Me. The 6.5 family added the following features:
  • 3GPP2 and AMC mobile multimedia formats
  • QCELP voice code
  • Apple Lossless (in version 6.5.1)

QuickTime 6.5.3 was released on October 12, 2005 for Mac OS X v10.2.8 after the release of QuickTime 7.0, fixing a number of security issues.

QuickTime 7.x

Initially released on April 29, 2005 in conjunction with Mac OS X v10.4 (for version 10.3.9 and 10.4.x), QuickTime 7.0 featured the following:
  • Improved MPEG-4 compliance
  • H.264/MPEG-4 AVC codec (does not support the AVCHD H.264 AVC format from HD camcorders)
  • Core Graphics (Quartz) for screen drawing, allowing for live resizing and playback on an OpenGL surface
  • Core Audio replacing Sound Manager, supporting high resolution sound
  • Support for using Core Image filters in Mac OS X v10.4 on live video. (Not to be confused with Core Video)
  • Support for Quartz Composer (.qtz) animations
  • Support for distinct decode order and display order
  • The QTKit, a Cocoa framework for QuickTime
After a couple of preview Windows releases, Apple released 7.0.2 as the first stable release on September 7, 2005 for Windows 2000 and Windows XP. Version 7.0.4, released on January 10, 2006 was the first universal binary version. But it suffered numerous bugs, including a buffer overrun, which is more problematic to most users.

Apple dropped support for Windows 2000 with the release of QuickTime 7.2 on July 11, 2007. The last version available for Windows 2000, 7.1.6, contains numerous security vulnerabilities. References to this version have been removed from the QuickTime site, but it can be downloaded from Apple's support section. Apple has not indicated that they will be providing any further security updates for older versions. QuickTime 7.2 is the first version for Windows Vista.

Apple dropped support for Flash content in QuickTime 7.3, breaking content that relied on Flash for interactivity, or animation tracks. Security concerns seem to be part of the decision. Flash flv files can, however, still be played in QuickTime if the free Perian plugin is added.

In QuickTime 7.3, a processor that supports SSE is required. QuickTime 7.4 does not require SSE. Unlike versions 7.2 and 7.3, QuickTime 7.4 refuses to be installed on Windows XP SP1 system (its setup program checks if Service Pack 2 is installed).QuickTime 7.5 was released on June 10, 2008. QuickTime 7.5.5 was released on September 9, 2008, which requires Mac OS X v10.4 or higher, dropping 10.3 support. QuickTime 7.6 was released on January 21, 2009.

QuickTime X

QuickTime X (pronounced Quicktime Ten) shipped with Mac OS X v10.6. It was demonstrated at WWDC on June 8, 2009. One reason for the jump in numbering from 7 to X (ten), apart from a branding one by matching the OS-X identification, is that QTX is fundamentally different compared with the versions before it, as it was redesigned from the bottom up, mainly in order to implement the new realms of 64-bit computing and because it had become too bloated from each release to the next. However elements from QT7 have remained, as there are still unresolved issues with what the underlying QTX platform can do, meaning that inside of the QTX Player which the user will not notice, it will choose whether to use new or old technology to deal with the media concerned. The website Ars Technica revealed that QuickTime X uses Quicktime 7.x via QTKit to run older codecs that have not made the transition to 64-bit.

QTX includes visual chapters, conversion, and sharing for YouTube and MobileMe, video editing, capture of video and audio streams, screen recording, GPU acceleration and live streaming. Although the preferences for the application have been entirely removed, meaning users have difficulty in setting playback controls and other settings. These are currently only achievable using direct Terminal commands or the use of third party control software.

Another reported problem is, for users who need to, they cannot have both QuickTime 7 and QuickTime X on the same machine unless they choose carefully to do so. This is achieved either by selecting QT7 via a custom install of the Snow Leopard operating system upgrade from Leopard, or by later choosing to optionally install QT7 from the Snow Leopard installation disc. It then appears in the Utilities folder. Users of Snow Leopard cannot download QT7 from the internet, via Apple's download page, and then install. This is confirmed when trying to install QT7 after downloading it onto a machine currently running QTX (currently only Snow Leopard machines), as the installer will not let the user do so. Furthermore, users who already had QT7 Pro before upgrading from Leopard to Snow Leopard operating system, still have had it saved for available use after successful upgrade. Provided that Snow Leopard users already have QT7 installed, they can also still purchase the Pro version if required.

Unfortunately, none of this is made clear anywhere on the Quicktime page of the Apple website, which can often lead to confusion for many users.

The status of QuickTime X's port to Windows and Mac OS X v10.5 "Leopard" is currently unknown.

Creating software that uses QuickTime

QuickTime consists of two major subsystems: the Movie Toolbox and the Image Compression Manager. The Movie Toolbox consists of a general API for handling time-based data, while the Image Compression Manager provides services for dealing with compressed raster data as produced by video and photo codecs.

Developers can use the QuickTime software development kit (SDK) to develop multimedia applications for Mac or Windows with the C programming language or with the Java programming language (see QuickTime for Java), or, under Windows, using COM/ActiveX from a language supporting this.

The COM/ActiveX option was introduced as part of QuickTime 7 for Windows and is intended for programmers who want to build standalone Windows applications using high-level QuickTime movie playback and control with some import, export, and editing capabilities. This is considerably easier than mastering the original QuickTime C++ API.

QuickTime 7 for Mac introduced the QuickTime Kit (aka QTKit), a developer framework that is intended to replace previous APIs for Cocoa developers. This framework is for Mac only, and exists as Objective-C abstractions around a subset of the C interface. Mac OS X v10.5 extends QTKit to full 64-bit support. The QTKit allows multiplexing between Quicktime X and Quicktime 7 behind the scenes so that the user need not worry about which version of Quicktime they need to use.

Bugs and vulnerabilities

QuickTime 7.4 was found to disable Adobe's video compositing program, After Effects. This was due to the DRM built into version 7.4 since it allowed movie rentals from iTunes. QuickTime 7.4.1 resolved this issue.

Versions 4.0 through 7.3 contained a buffer overflow bug which could compromise the security of a PC using either the QuickTime Streaming Media client, or the QuickTime player itself. The bug was fixed in version 7.3.1.

Some versions of QuickTime prior to version 7.5.5 are known to be vulnerable to a cross-site scripting problem.

QuickTime 7.6 has been found to disable Macintosh users' ability to play certain games such as Civilization IV and The Sims 2. There are fixes available from the publisher, Aspyr.

See also


External links

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