Posts Tagged "step 1"

TEP 3: UPDATE TO 10.6.8
If you have a Sandy Bridge system, please follow these specialized instructions to update to 10.6.8.

1. Open Finder and navigate to your Snow Leopard drive.
2. Download the Mac OS X 10.6.8 Combo Update
3. Download MultiBeast
4. Open MultiBeast- don’t run it yet, just leave it open.  Set up windows as shown.

1. Mount MacOSXUpdCombo10.6.8.dmg
2. Install MacOSXUpdCombo10.6.8.pkg
3. Upon completion, the installer will ask you to reboot.  DO NOT REBOOT.
4. Switch to the already open MultiBeast.  If it closes, just re-open it.

STEP 4: MULTIBEAST

MultiBeast is an all-in-one post-installation tool designed to enable boot from hard drive, and install support for Audio, Network, and Graphics. It contains two different complete post-installation solutions: EasyBeast and UserDSDT.  In addition it includes System Utilities to rebuild caches and repair permissions and a collection of drivers, boot loaders, boot time config files and handy software.

Choose one of the following options directly following a fresh installation and update:

EasyBeast is a DSDT-free solution for any Core/Core2/Core i system. It installs all of the essentials to allow your system to boot from the hard drive. Audio, Graphics and Network will have to be enabled separately.  

UserDSDT is a bare-minimum solution for those who have their own pre-edited DSDT. Place your DSDT.aml on the desktop before install. Audio, Graphics and Network will have to be enabled separately.  HINT: Check the DSDT Database for a pre-edited DSDT.

1. Run MultiBeast.
2. If you have a custom DSDT that’s been edited, place the file on your desktop and choose UserDSDT.
3. All others select EasyBeast 
4. Select System Utilities.
5. Optionally, you may install further drivers via Advanced Options to enable ethernet, sound, graphics, etc…  Be sure to read the documentation provided about each installation option.  NOTE: EasyBeast, and UserDSDT install the bootloader by default, so you’ll not need to check that option.

1. Install to Snow Leopard- it should take about 4 minutes to run scripts.
2. Eject iBoot.
3. Reboot- from your new Snow Leopard installation drive.

Congratulations!  You’re done!!

Your PC is now fully operational, while running the latest version of Mac OS X Snow Leopard!  And you have a nice Boot CD to get into your system in case things go awry.  Boot your system from iBoot if you have issues.  You may run MultiBeast as often as you like.

If you can’t boot, try typing -x at the boot prompt to enter safe mode, or just boot with iBoot.  When you get to the desktop, you can make all of the changes you need to.  The best way to start fresh is delete whatever you’re trying to get rid of- including the whole /Extra folder, as most kexts are installed there.  Then you can re-run MultiBeast.  As long as you rebuild caches and repair permissions after you’re done, you can do just about anything you want to /Extra/Extensions and /System/Library/Extensions.  Anything can be tweaked and enabled upon subsequent uses of MultiBeast.

If you’ve had success using iBoot + MultiBeast, consider a contribution to help keep the sites going.  We’re constantly updating and tweaking our tools to help you.

Thanks in advance!

-tonymacx86 & MacMan

For our most current workarounds and solutions for issues such as USB and audio, check out the Mac OS X 10.6.3 Update,  Mac OS X 10.6.4 Update,  Mac OS X 10.6.5 Update, Mac OS X 10.6.6 Update, Mac OS X 10.6.7 Update, and Mac OS X 10.6.8 Update articles. Good luck, and see you on the forum!

Related Posts: Dual Boot Windows 7 and OS X Snow Leopard

The mobile smartphone and tablet industry seems to have a very prominent divide, with a lot of consumers having their favorite operating system and choosing to stick to hardware which is powered by their chosen OS. Obviously fans of Apple’s iOS use the iPhone and iPad devices, whereas Android lovers have a wide range of hardware to choose from due to the fact that the OS is available to multiple manufacturers.

But what happens if you are a die hard fan of iOS, or Windows Phone but you still want to sample the delights that Android Ice Cream Sandwich has to offer? I personally am an iPhone user for the last five years and will continue to be for the foreseeable future. But after recently getting my first taste of Android, I am severely tempted to shell out for a second device so I can have the benefits that both provide. For those that can’t, or won’t, purchase a second device then why not run Android 4.0 in virtualization on your desktop or laptop in order to see the Ice Cream Sandwich experience first hand?

Android 4.0 is an operating system in its own right, but instead of running on a dual boot setup, we install and run ICS within a free of charge virtualization application known as VirtualBox. VirtualBox runs like any other application or program on your machine, but offers the benefits of being able to install a secondary OS within it which can be invoked quickly by the user. For all those die hard iOS and Windows Phone fans out there, this is a perfect way to experience the delights of Android.

Are you ready for a whirlwind journey down Ice Cream Sandwich lane? Buckle in and follow the simple steps below.

Step 1: Head over to the official Oracle VM VirtualBox site and download the relevant VirtualBox binary for your computers operating system (Windows/Mac OS X/Linux/Solaris).

Step 2: Find the saved location of the downloaded VirtualBox binary and install as you would with any other native application making sure to follow all on screen prompts and instructions.

Step 3: Head on over to the VMLite website and download a copy of the Ice Cream Sandwich which has been preconfigured for virtualization and features seamless mouse support for navigation. The download weighs in at 88MB in size so may take a while to download depending on your connection.

Step 4: Locate the downloaded ‘Android-v4.7z‘ file and extract the contents from within.

Step 5: Once the Android-v4.7z file has been opened, locate a file from within the archive called ‘Android-v4.vbox‘ which as you can tell by the file extension is a pre configured VirtualBox file.

Step 6: Double click on the Android-v4.vbox file which will load the VirtualBox application and boot up the ICS file.

Step 7: When the boot menu is presented in VirtualBox, press ‘start‘ on the top toolbar and then if required select the ‘Android Startup from /dev/sda‘ option.

Step 8: All steps are complete. Android 4.0 ICS should now be booting up allowing you to enjoy that Android goodness.

Windows and Linux users may find that an alternative, specific version Android 4.0 may be required, which can be found by visting the Android-x86 page. The performance of the Android ICS virtual installation will obviously not be as smooth as intended on an actual device built for purpose, but it does give a feel of the OS with apps being able to launch as well as widget customization.