Jan 19, 2017  Type: Mac OS X Version: Mac OS X 10.11 El Capitan (64-bit) Step 3: In the next screen, you will have to select the size of the VM. You need to choose at least 4 GB of RAM space for the Virtual Machine as shown in the screenshot below. Step 4: The next screen will let you create a virtual hard disk for your Virtual Machine. Either create a new. Apple has announced the Mac OS Sierra as the next version of Mac system software. During its presentation that took place at the WWDC 2016 conference, the new macOS sierra was versioned as Mac OS X 10.12 and will be accessible as a free copy for all compatible Macs. The Mac OS 10.12 final comes with a lot of amazing features. Aug 28, 2012  What in God's name are you talking about? Every Mac from 1984 to 1998 had 3.5' floppy drives. The first Mac under my control was a Mac SE with two 3.5' floppy drives and no hard drive. The original iMac in 1998 was the first not to have a floppy drive. You must be confusing 5.25' floppy drives with 3.5' floppy drives.

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A disk image, in computing, is a computer file containing the contents and structure of a disk volume or of an entire data storage device, such as a hard disk drive, tape drive, floppy disk, optical disc, or USB flash drive. A disk image is usually made by creating a sector-by-sector copy of the source medium, thereby perfectly replicating the structure and contents of a storage device independent of the file system. Depending on the disk image format, a disk image may span one or more computer files.

The file format may be an open standard, such as the ISO image format for optical disc images, or a disk image may be unique to a particular software application.

The size of a disk image can be large because it contains the contents of an entire disk. To reduce storage requirements, if an imaging utility is filesystem-aware it can omit copying unused space, and it can compress the used space.

History[edit]

• Disk formatting is the process of preparing a data storage device such as a hard disk drive, solid-state drive, floppy disk or USB flash drive for initial use. In some cases, the formatting operation may also create one or more new file systems.
• Nov 02, 2007  If you searched the archives you would have found one easy command for creating a virtual FDD in OS X: Re: Virtual floppy not implemented:( For reference the command is: How to create a formatted floppy, named floppy.dmg in one shot: hdiutil create -volname virtual -size 1440k -fs MS-DOS floppy.

Disk images were originally (in the late 1960s) used for backup and disk cloning of mainframe disk media. The early ones were as small as 5 megabytes and as large as 330 megabytes, and the copy medium was magnetic tape, which ran as large as 200 megabytes per reel.^[1] Disk images became much more popular when floppy disk media became popular, where replication or storage of an exact structure was necessary and efficient, especially in the case of copy protected floppy disks.

Uses[edit]

Disk images are used for duplication of optical media including DVDs, Blu-ray discs, etc. It is also used to make perfect clones of hard disks.

A virtual disk may emulate any type of physical drive, such as a hard disk drive, tape drive, key drive, floppy drive, CD/DVD/BD/HD DVD, or a network share among others; and of course, since it is not physical, requires a virtual reader device matched to it (see below). An emulated drive is typically created either in RAM for fast read/write access (known as a RAM disk), or on a hard drive. Typical uses of virtual drives include the mounting of disk images of CDs and DVDs, and the mounting of virtual hard disks for the purpose of on-the-fly disk encryption ('OTFE').

Some operating systems such as Linux^[2] and macOS^[3] have virtual drive functionality built-in (such as the loop device), while others such as older versions of Microsoft Windows require additional software. Starting from Windows 8, Windows includes native virtual drive functionality.^[4][5]

Virtual drives are typically read-only, being used to mount existing disk images which are not modifiable by the drive. However some software provides virtual CD/DVD drives which can produce new disk images; this type of virtual drive goes by a variety of names, including 'virtual burner'.

Enhancement[edit]

Using disk images in a virtual drive allows users to shift data between technologies, for example from CD optical drive to hard disk drive. This may provide advantages such as speed and noise (hard disk drives are typically four or five times faster than optical drives,^[6] are quieter, suffer from less wear and tear, and in the case of solid-state drives, are immune to some physical trauma). In addition it may reduce power consumption, since it may allow just one device (a hard disk) to be used instead of two (hard disk plus optical drive).

Virtual drives may also be used as part of emulation of an entire machine (a virtual machine).

Software distribution[edit]

Since the spread of broadband, CD and DVD images have become a common medium for Linux distributions.^[2] Applications for macOS are often delivered online as an Apple Disk Image containing a file system that includes the application, documentation for the application, and so on. Online data and bootable recovery CD images are provided for customers of certain commercial software companies.

Disk images may also be used to distribute software across a company network, or for portability (many CD/DVD images can be stored on a hard disk drive). There are several types of software that allow software to be distributed to large numbers of networked machines with littleor no disruption to the user. Some can even be scheduled to update only at night so that machines are not disturbed during business hours. These technologies reduce end-user impact and greatly reduce the time and man-power needed to ensure a secure corporate environment.^[7] Efficiency is also increased because there is much less opportunity for human error. Disk images may also be needed to transfer software to machines without a compatible physical disk drive.

For computers running macOS, disk images are the most common file type used for softwaredownloads, typically downloaded with a web browser. The images are typically compressed Apple Disk Image (.dmg suffix) files. They are usually opened by directly mounting them without using a real disk. The advantage compared with some other technologies, such as Zip and RAR archives, is they do not need redundant drive space for the unarchived data.

Software packages for Windows are also sometimes distributed as disk images including ISO images. While Windows versions prior to Windows 7 do not natively support mounting disk images to the files system, several software options are available to do this; see Comparison of disc image software.

Virtual Floppy Drive Mac Os Download

Security[edit]

Virtual hard disks are often used in on-the-fly disk encryption ('OTFE') software such as FreeOTFE and TrueCrypt, where an encrypted 'image' of a disk is stored on the computer. When the disk's password is entered, the disk image is 'mounted', and made available as a new volume on the computer. Files written to this virtual drive are written to the encrypted image, and never stored in cleartext.

The process of making a computer disk available for use is called 'mounting', the process of removing it is called 'dismounting' or 'unmounting'; the same terms are used for making an encrypted disk available or unavailable.

Virtualization[edit]

A hard disk image is interpreted by a Virtual Machine Monitor as a system administrator using terms of naming, a hard disk image for a certain Virtual Machine monitor has a specific file.

Hard drive imaging is used in several major application areas:

• Forensic imaging is the process where the entire drive contents are imaged to a file and values are verify the integrity of the image file Forensic images are acquired with the use of software tools. Some tools have added forensic functionality previously mentioned, is typically used to replicate the contents of the hard drive for use in another system. This can typically be done by software programs as it only structure are files themselves.
• Data recovery imaging is the process of imaging every single sector on the source drive to another medium from which required files can be retrieved. In data recovery situations, one cannot rely on the integrity of the file structure and therefore a complete sector copy is mandatory to imaging end there though. Forensic images are typically acquired using software tools However, forensic imaging software tools have significantly limited ability to deal with drives that have hard errors which is often the case in the first place
• Data recovery imaging must have the ability to work with unstable drives instability can be caused by wear and other issues Data recovery imaging must have the ability to read data from 'bad sectors'. Read instability is a major factor when working with drives in A typical operating system limited in its ability to deal with drives that take a long time to read. For these reasons software that relies on the hard drive is often unsuccessful in data recovery imaging separate hardware control of the source hard drive is required to achieve the full spectrum of data recovery imaging. for the drive that can be violated hard drive may not allow data to be propagated through to the operating system on the drive may compensate by reading damaged data.
• Data recovery images may or may not make use of any type of image file. Typically, a data image is performed and therefore no image file is required.

There are two schemes predominant across all Virtual Machine Monitor implementations:

• Preallocate the entire storage for the virtual disk
• The virtual disk can again be implemented storage is allocated Several Virtual Machine Monitor implementations the storage providing it to the virtual machine that is in operation.

There are two modes in which a disk can be mapped for a virtual machine:

• The disk is presented as if it is a logical or a virtual disk file to the operating system and its hardware is hidden In data protection through isolation for concurrent updates because it presents the consistent behavior as a virtual disk file.
• Physical mode called the pass through mode, the by the layer and passes all physical characteristics of the underlying hardware are exposed to the guest operating system. There is no file locking to provide data protection.

System backup[edit]

Some backup programs only back up user files; boot information and files locked by the operating system, such as those in use at the time of the backup, may not be saved on some operating systems. A disk image contains all files, faithfully replicating all data. For this reason, it is also used for backing up CDs and DVDs.

Files that don't belong to installed programs can usually be backed up with file-based backup software, and this is preferred because file-based backup usually saves more time or space because they never copy unused space (as a bit-identical image does), they usually are capable of incremental backups, and generally have more flexibility. But for files of installed programs, file-based backup solutions may fail to reproduce all necessary characteristics, particularly with Windows systems. For example, in Windows certain registry keys use short filenames, which are sometimes not reproduced by file-based backup, some commercial software uses copy protection that will cause problems if a file is moved to a different disk sector, and file-based backups do not always reproduce metadata such as security attributes. Creating a bit-identical disk image is one way to ensure the system backup will be exactly as the original. Bit-identical images can be made in Linux with dd, available on nearly all live CDs.

Most commercial imaging software is 'user-friendly' and 'automatic' but may not create bit-identical images. These programs have most of the same advantages, except that they may allow restoring to partitions of a different size or file-allocation size, and thus may not put files on the same exact sector. Additionally, if they do not support Windows Vista, they may slightly move or realign partitions and thus make Vista unbootable (see Windows Vista startup process).

Rapid deployment of clone systems[edit]

Large enterprises often need to buy or replace new computer systems in large numbers. Installing operating system and programs into each of them one by one requires a lot of time and effort and has a significant possibility of human error. Therefore, system administrators use disk imaging to quickly clone the fully prepared software environment of a reference system. This method saves time and effort and allows administrators to focus on unique distinctions that each system must bear.

There are several types of disk imaging software available that use single instancing technology to reduce the time, bandwidth, and storage required to capture and archive disk images. This makes it possible to rebuild and transferinformation-rich disk images at lightning speeds, which is a significant improvement over the days when programmers spent hours configuring each machine within an organization.^[8]

Legacy hardware emulation[edit]

Emulators frequently use disk images to simulate the floppy drive of the computer being emulated. This is usually simpler to program than accessing a real floppy drive (particularly if the disks are in a format not supported by the host operating system), and allows a large library of software to be managed.

Virtual Floppy Drive Mac Os Bootable

Copy protection circumvention[edit]

A mini image is an optical disc image file in a format that fakes the disk's content to bypass CD/DVD copy protection.

Because they are the full size of the original disk, Mini Images are stored instead. Mini Images are small, on the order of kilobytes, and contain just the information necessary to bypass CD-checks. Therefore; the Mini Image is a form of a No-CD crack, for unlicensed games, and legally backed up games. Mini images do not contain the real data from an image file, just the code that is needed to satisfy the CD-check. They cannot provide CD or DVD backed data to the computer program such as on-disk image or video files.

Creation[edit]

Creating a disk image is achieved with a suitable program. Different disk imaging programs have varying capabilities, and may focus on hard drive imaging (including hard drivebackup, restore and rollout), or optical media imaging (CD/DVD images).

A virtual disk writer or virtual burner is a computer program that emulates an actual disc authoring device such as a CD writer or DVD writer. Instead of writing data to an actual disc, it creates a virtual disk image.^[9][10] A virtual burner, by definition, appears as a disc drive in the system with writing capabilities (as opposed to conventional disc authoring programs that can create virtual disk images), thus allowing software that can burn discs to create virtual discs.^[11]

File formats[edit]

Utilities[edit]

RawWrite and WinImage are examples of floppy disk image file writer/creator for MS-DOS and Microsoft Windows. They can be used to create raw image files from a floppy disk, and write such image files to a floppy.

In Unix or similar systems the dd program can be used to create disk images, or to write them to a particular disk. It is also possible to mount and access them at block level using a loop device.

Apple Disk Copy can be used on Classic Mac OS and macOS systems to create and write disk image files.

Authoring software for CDs/DVDs such as Nero Burning ROM can generate and load disk images for optical media.

See also[edit]

• ISO image, an archive file of an optical media volume
• Protected Area Run Time Interface Extension Services (PARTIES)

References[edit]

1. ^'IBM Mainframe Operating Systems'(PDF). Archived from the original(PDF) on 2014-07-01. Retrieved 2014-06-17.
2. ^ ^ab'Linux ISO Images'. LinuxHelp.net. Archived from the original on 2007-03-02. Retrieved 2007-03-23.
3. ^Although macOS's built-in DiskImageMounter software does not emulate a physical drive
4. ^'Accessing data in ISO and VHD files'. Building Windows 8 (TechNet Blogs). Microsoft. 30 August 2011. Archived from the original on 19 April 2012. Retrieved 27 April 2012.
5. ^'Mount-DiskImage'. Storage Cmdlets (TechNet). Microsoft. Archived from the original on 2017-12-01.
6. ^pcguide.com - Access Time
7. ^'Software Distribution'. Dell KACE. Archived from the original on 2015-10-03. Retrieved 2015-10-01.
8. ^'Disk Imaging'. Dell KACE. Archived from the original on 2015-10-02. Retrieved 2015-10-01.
9. ^'Phantom Burner Overview'. Phantombility, Inc. Archived from the original on 19 August 2011. Retrieved 19 July 2011.
10. ^'Virtual CD - The original for your PC'. Virtual CD website. H+H Software GmbH. Archived from the original on 24 September 2011. Retrieved 19 July 2011.
11. ^'Virtual CD/DVD-Writer Device'. SourceForge. Geeknet, Inc. Archived from the original on 17 February 2011. Retrieved 19 July 2011.

External links[edit]

Supporting ALL types of media, including CD/DVD, BD/HD DVD, Hard Drives, SSD, USB flash drives, Zip drives, Jaz drives, floppies etc.

Virtual Floppy Software

Rescue lost files from a bad or trashed CD, DVD or a Blu Ray disc. Recover deleted files from a Hard Drive, Memory card or of from flash media that Windows says needs to be formatted ! Save important documents, precious pictures or video from the family, your only system backup,...

IsoBuster can do it all!

One tool, supporting all formats, for only one very democratic price.

No accumulated cost if you need more than one type media or file system supported. IsoBuster is a highly specialized yet easy to use media data recovery tool. It supports all disc formats and all common file systems. Insert a disc, USB stick or memory card, Start up IsoBuster and select the drive or media (if not selected already) and let IsoBuster mount the media. IsoBuster immediately shows you all the partitions or tracks and sessions located on the media, combined with all file systems that are present. This way you get easy access, just like explorer, to all the files and folders per file system. Instead of being limited to one file system that the OS picks for you, you have access to 'the complete picture'. Access data from older sessions or hidden partitions, access data that your OS (e.g. Windows) does not see or hides from you etc.

Virtual Floppy Drive Mac Os X

Box is representative only.
Product only available as a download.

Combine this all-revealing functionality with far better read and recovery mechanisms, scanning for lost files functionality, workarounds for a wide range of drive and software bugs, limitations or shortcomings and you have an enormously powerful data recovery tool. IsoBuster is must-have-software for every PC user and is deliberately kept low priced to be able to offer a solution for everybody.

IsoBuster full feature list:

• Data recovery from all possible CD, DVD and Blu Ray (BD & HD DVD) formats:
  CD-i, VCD, SVCD, SACD, CD-ROM, CD-ROM XA, CD-R, CD-RW, CD-MRW, DVD-ROM, DVCD, DVD-RAM, DVD-R, DVD-RW, DVD+R, DVD+RW, DVD+MRW, DVD+R Dual Layer, DVD-R Dual Layer, DVD+RW Dual Layer, DVD+VR, DVD+VRW, DVD-VR, DVD-VRW, DVD-VM, DVD-VFR, BD-ROM, BD-R, BD-R DL, BD-RE, BD-RE DL, BD-R SRM, BD-R RRM, BD-R SRM+POW, BD-R SRM-POW, BD-XL, BDXL-R, BDXL-RE, BDXL-R TL, BDXL-R QL, BDXL-RE TL, UHD, M-Disc, BDAV, BDMV HD DVD-ROM, HD DVD-R, HD DVD-R DL, HD DVD-RW, HD DVD-RW DL, HD DVD-RAM, HD DVD-Video, UDO, ... And the list continues.
• Data Recovery from Hard Drives, HDD, SSD, ODD, USB flash / thumb sticks, Memory stick, compact media cards, MMC media cards, SD, Micro SD, Mini SD, xD, GSM, CF, SDHC, SDSC, SDXC, SDIO, mobile phone memory card, memory cards that are used in digital cameras, camcorders, cell phones, MP3 players and any other type media cards, Floppy, Zip, Clik, Jaz, MiniDisc, Hi-MD drives etc.
• Support for Toshiba HDD recorders (RD-XS32, RD-XS52, RD-XS34, RD-XV34, RD-XS54, RD-XS35, RD-XS55)
• Support for Pioneer HDD recorders (DVR-510, DVR-520, DVR-530, DVR-630, DVR-531, DVR-533, DVR-633, DVR-540, DVR-543, DVR-640, DVR-450, DVR-550, DVR-650, DVR-555, DVR-460, DVR-560, DVR-660, LX60D, LX61D, LX70)
• Support for Sony HDD recorders that mimic (or under the hood are) Pioneers (RDR-HX750, RDR-HX780, RDR-HXD1090)
• Support for Panasonic HDD recorders (DMR-E80H, DMR-E100H, DMR-E85H, DMR-E95H, DMR-E96H, DMR-E500H, DMR-EH50, DMR-EH60, DMR-EH55, DMR-EH56, DMR-EH57, DMR-EH75V, DMR-EH75, DMR-EH58, DMR-EH68, DMR-EH59, DMR-EH69, DMR-BS750, DMR-BS850, DMR-BS780, DMR-BS880, DMR-BS785, DMR-BS885) (MEIHDFS)
• Support for Philips HDD recorders (DVDR-3575H, DVDR-3576H) (HDDFS) (DVR-3500)
• Support for Magnavox HDD recorders (H2080MW8, H2160MW9, MDR-513H, MDR-515H, MDR-533H, MDR-535H, MDR-537H, MDR-557H) (HDDFS)
• Support for RCA DRC8030N HDD recorder
• Support for LiteOn HDD recorders (LVW-5045, ILO DVDRHD04)
• Support for Medion MD 81888 HDD recorder (which is really a LiteOn under the hood)
• All device access, media access, data gathering and interpretation is done exclusively by the software. It does not rely on Windows to provide or interpret the data and so can work completely independent from Windows' limitations.
• Better error handling and several retry-mechanisms to aid you in getting the data anyway.
• The use of both generic and alternative ways to get to the data, get the best out of your CD/DVD-ROM drive.
• The use of primary and secondary file systems to get to the data and/or make use of file system data that might be ignored or 'forgotten' by popular OS. Explore the alternatives.
• CDs stay 'readable' after problems (such as Buffer Under-run,...).
• Read / Extraction from open sessions.
• All sessions, including older ones, are accessible and can be recovered.
• Supports mounting several virtual sessions inside a single DVD+RW or DVD-RW track.
• Read and Extraction of files, CD/DVD images, tracks and sessions from all optical media.
• Scanning for lost UDF files and folders. More on UDF recovery.
• Scanning for lost or deleted NTFS files and folders
• Find lost data on CDs, DVDs, BDs or HD DVDs, created with integrated drag and drop applications, otherwise also known as packet writing software. Optimized, but not exclusive, for:
  • Roxio Direct CD, Roxio Drag-to-Disc
  • Ahead / Nero InCD
  • Prassi / Veritas / Sonic DLA
  • VOB / Pinnacle Instant-Write
  • CeQuadrat Packet CD
  • NTI FileCD
  • BHA B's CLiP
  • Microsoft Windows XP, VISTA, 7, 8
  • Sony abCD,...
• Support for Direct CD compressed files. Decompression on the fly.
• Support for Microsoft's Live File system.
• Built in UDF Reader, UDF 1.02 (e.g DVDs), UDF 1.5 (e.g. Packet writing on CD-R, DVDR, CD-RW and DVDRW), UDF 2.01, 2.50, 2.60 (e.g. BD-R SRM+POW),...
• Find lost pictures created and saved to CD or DVD with Sony Mavica, other digital cameras or other devices with embedded UDF write functionality.
• Find lost movies created and saved to CD,DVD, BD or HD DVD with Hitachi, other digital cameras or other devices with embedded UDF write functionality.
• Auto find extensions based on file content to try and give an appropriate name to an orphaned file. This built in file identifier assigns the proper extension to the file so that Windows applications can open the file. Only needed for orphaned files without a name.
• Support for Mount Rainier CD-RW and DVD+RW discs in MRW compatible and non-MRW compatible drives. Auto detection and automatic remapping which can be switched off or forced at all times. Built in MRW remapper / reader. (Built in Method 3 remapper).
• Support for formatted CD-RW discs mounted in very old drives that do not know the CD-RW fixed packet format yet. Auto detection and automatic remapping which can be switched of or forced at all times. Built in Method 2 remapper.
• Built in MFS Reader supporting MFS for Apple Mac.
• Built in HFS Reader supporting HFS and HFS+, the Apple Mac file systems.
• Transparent built in support for Mac Resource Fork extensions in the ISO9660 file system.
• Transparent built in support for Mac Resource Fork extensions in the UDF file system.
• Supports multiple Mac Partitions on one medium (e.g. multiple partitions on a CD or in a dmg file).
• Includes a vast range of features for Mac files support on PC (HFS, ISO9660, UDF), including Mac Binary extraction of files.
• Recover data from blanked or quick formatted DVD+RW media.
• Mpg (*.dat) Extraction and dat2mpg 'in one' from SVCD and VCD.
• Ability to create managed image files (*.IBP / *.IBQ).
• Enormous file system coverage and different ways to use them all (find the one suited best for your needs). CDs and DVDs often have different file systems pointing to the same files. This offers possibilities.
• Rock Ridge (e.g. for Commodore users, Server use, etc.).
• HP SimpleSave support.
• Full FAT: FAT12, FAT16, FAT32, ExFAT and FATX support (for instance on DVD-RAM, BD-RE, HDD, Flash media etc.).
• NTFS on all types of media.
• Linux EXT file system support
• Linux XFS file system support
• Rimage Encrypted file system support
• GameCube (GC) file system support
• WBFS support
• RAID1 support
• LVM support
• FAT Undelete
• NTFS Undelete
• DOS / Windows Partitions
• EFI / GUID Partitions (GPT)
• HFS / Mac Partitions
• Extended Master Boot Record (EMBR) Partitions
• Finds VIDEO and AUDIO IFO / BUP / VOB file systems independently from other file systems.
• Transparent support for (open) DVD+VR(W) discs, remapping of the content etc. Open +VR discs' files can be seen and extracted right away.
• Show (and allow to extract) the Nero project file if available on the optical disc.
• Support for the CD-i file system and the different behavior from drives trying to mount a CD-i disc.
• Information and file system properties (a must for FS developers).
• CD/DVD/HD DVD/BD Surface scan to see if there are physical read errors.
• Opens checksum files (*.md5) and automatically verifies the image with the checksum file.
• Single sector extraction. Extraction of CD/DVD/BD/HD DVD blocks (e.g. for engineering purposes).
• Sector Viewer. Check a sector's content in IsoBuster's editor and print or save to HD. Engineers and computer savvy people find missing data making use of Sector View.
• CD-Text support from CD and various image files (*.PXI, *.CCD, *.B5T and *.CUE image files).
• Conversion of all supported image files to iso/tao/bin/cue/ibp/ibq files.
• Support for Plugins so that various other images files can be opened and/or created.
• Handles opening of multi-file image files.
• Extraction of Audio tracks to wave files.
• Support for the Expert Witness compressed Format (EWF).
• Play audio analogue. Instruct the drive to play the audio through the analogue output.
• Ability to pause a number of seconds between retries to allow the drive to 'recover' (useful for older drives in combination with marginally readable media).
• Creation of multi-file image files or disc spanning to specified size.
• Show file extents. (Show the different parts of a file, when it is fragmented on disc).
• Ability to add/edit extents on custom created files (e.g. Lost and Found and Customizable file system).
• Ability to add a customizable file system (where you can add, edit files, for engineering purposes).
• Define your own rules/signatures for finding files based on their signature [Professional license]
• Support for Windows 10 transparent system compressed NTFS files
• Clone an entire drive (partitions and all) or a single partition, to another Hard Drive or partition

On top of this, IsoBuster interprets image files, such as:

• *.DAO (Duplicator)
• *.TAO (Duplicator)
• *.ISO (Nero, BlindRead, Creator)
• *.BIN (CDRWin)
• *.IMG (CloneCD)
• *.CCD (CloneCD)
• *.CIF (Creator)
• *.FCD (Uncompressed)
• *.NRG (Nero)
• *.GCD (Prassi)
• *.P01 (Toast)
• *.C2D (WinOnCD)
• *.CUE (CDRWin)
• *.CDI (DiscJuggler)
• *.CD (CD-i OptImage)
• *.GI (Prassi PrimoDVD)
• *.PXI (PlexTools)
• *.MDS (Alcohol)
• *.MDF (Alcohol)
• *.VC4 (Virtual CD)
• *.000 (Virtual CD)
• *.B5T (BlindWrite)
• *.B5I (BlindWrite)
• *.B6T (BlindWrite)
• *.B6I (BlindWrite)
• *.DMG (Apple Macintosh)
• *.DC42 (Apple Macintosh)
• *.IBP (IsoBuster)
• *.IBQ (IsoBuster)
• *.IBDAT (IsoBuster)
• *.IBADR (IsoBuster)
• *.NCD (NTI)
• *.FLP (Floppy image)
• *.E01 (Expert Witness Format)
• *.Ex01 (Expert Witness Format)
• *.S01 (Expert Witness Format)
• *.RMG (Rimage Disk Image)
• *.DSK (Generic Disk Image)
• *.IMAGE (Generic Disk Image)
• *.VMDK (virtual Machine Disk)
• *.UDF (UDF Image)
• *.DD
• *.XISO
• *.XBX
• *.VHD (Microsoft)
• *.VHDX (Microsoft)
• *.VDI (Oracle VM VirtualBox)
• *.WBFS (Wii)
• *.1Kn (Generic Disk Image - IsoBuster)
• *.2Kn (Generic Disk Image - IsoBuster)
• *.4Kn (Generic Disk Image - IsoBuster)
• *.8Kn (Generic Disk Image - IsoBuster)
• *.16Kn (Generic Disk Image - IsoBuster)
• *.32Kn (Generic Disk Image - IsoBuster)
• *.64Kn (Generic Disk Image - IsoBuster)
• *.512e (Generic Disk Image - IsoBuster)
• *.512 (Generic Disk Image - IsoBuster)
• *.128 (Generic Disk Image - IsoBuster)
• *.256 (Generic Disk Image - IsoBuster)

IsoBuster also features Language support for over forty languages:

IsoBuster Release notes:

Go to the news section and read the release notes of current and older versions.

IsoBuster is easy to use and thoroughly tested.

This application works under Windows 2000 SP 4, Windows 2003, Windows XP, Windows VISTA, Windows 7, 8 and 10 (Home - Ultimate), 32 and 64 bit versions of the OS.

This software does not run on Mac OS nor Linux OS, however there are Windows emulators such as Wine that do support IsoBuster and make it possible to run IsoBuster on those OS.