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Multiboot Persistence support for Linux distributions Runs on Target OS balenaEtcher: Balena Apache License 2.0: Yes No [1] Linux, macOS, Windows Anything DasBoot: SubRosaSoft Freeware: No No — macOS macOS dd: Various developers Free software (most vendors) Yes No Unix-like Anything Fedora Media Writer: The Fedora Project: GNU GPL v2: Yes No ...
This installation mode performs a network installation or "frugal install" without a CD, similar to that performed by the Win32-Loader. [4]UNetbootin's distinguishing features are its support for a great variety of Linux distributions, its portability, its ability to load custom disk image (including ISO image) files, and its support for both Windows and Linux. [5]
Can be used to make a Multiboot live USB bootable flash drive containing many different Linux distributions and tools. Optionally create a persistent file for saving changes made from the running environment back to the flash drive. Can be used to create a Windows Setup or Windows To Go USB.
One popular multi-boot configuration is to dual-boot Linux and Windows operating systems, each contained within its own partition. Windows does not facilitate or support multi-boot systems, other than allowing for partition-specific installations, and no choice of boot loader is offered. However, most current Linux installers accommodate dual ...
A Mac OS X 10.5 Leopard or Mac OS X 10.6 Snow Leopard installation disc or Mac OS X Disc 1 included with Macs that have Mac OS X 10.5 Leopard or Mac OS X 10.6 Snow Leopard preinstalled; this disc is needed for installation of Windows drivers for Mac hardware; 10 GB free hard disk space (16 GB is recommended for Windows 7)
Non-Macintosh systems, notably Windows and Linux, may not be typically booted in EFI mode and thus USB booting may be limited to supported hardware and software combinations that can easily be booted via EFI. [8] However, programs like Mac Linux USB Loader can alleviate the difficulties of the task of booting a Linux-live USB on a Mac.
The Multiboot specification is an open standard describing how a boot loader can load an x86 operating system kernel. [1] [2] The specification allows any compliant boot-loader implementation to boot any compliant operating-system kernel. Thus, it allows different operating systems and boot loaders to work together and interoperate, without the ...
Future planned features include support for persistent storage allowing live SD card or USB flash drive to be used as a hard drive, as well as support for flashing multiple boot partitions to a single SD card or USB flash drive. [13]