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If you choose the Windows 7 route, the better advice will be to remove any and everything you do NOT want on the Mac side to have the biggest space available, and then make use of the BootCamp features as that'll help you with the environment needed to boot Windows 7, as Windows 7 doesn't support UEFI/EFI "easily" out of the box (unless you use the 64bit version, and even there are "gotchas"). Windows 7 (if installed through Bootcamp) works pretty well without much hassle.Įchoing the "backup" to have the original disks available if you ever want to return to an old MacOSX, the only warnings I'll give is that you'll be having fun with EFI using Linux, so you might need to investigate the versions that supports that (and the UEFI support should be sufficient). I'd stick with Ubuntu if you like fancy, or Linux Mint if you like simple. ![]() ![]() Plus side: With a laptop that old, there should be a decent amount of documentation for making your hardware work with Linux. I had a particularly rough time getting wifi to work in Ubuntu 12.blah on an older MacBook Pro. Linux will take some tinkering to get working properly. Install linux on mac with osx and windows install#If you have the original install disks, you shouldn't have an issue with restoring it. I think you can get away with 5-10GB for the Snow Leopard partition. Mainly because if something goes wrong (or if you don't like either alternative) it's much easier to recover a MacBook using the Mac OS. Install linux on mac with osx and windows mac os x#However, if you don't have those disks, I would strongly recommend keeping the Mac OS X install and creating a new partition (shrinking the Mac partition) for the new OS. Install linux on mac with osx and windows for mac os#dfu files) ready to be flashed on the motherboard.Do you have the original install disks for Mac OS X? If so, there shouldn't be any issues with wiping the Mac partition completely off the hdd. Examples of tools which support the advanced features are the following: FIFO tool that allows the user to buffer data with a high level of flexibility and burst the significant data out when needed Finite State Machine tool that allows the user to configure the state machines, test their functionality and validate the program Machine Learning Core tool that allows the user to configure a machine learning core starting from the management of data patterns and labeling to setting and generating the configuration file to run the algorithm FFT tool that allows visualizing the Fast Fourier Transform of the output data Pedometer tool that allows the user to configure and test the pedometer embedded in the device including an offline post-processing analysis The software package also contains the firmware (.bin and. The software visualizes the output of the sensors in both graphical and numeric format, and allows the user to save or generally manage data coming from the device. UNICO-GUI allows quick and easy setup of the sensors, as well as the complete configuration of all the registers and advanced features (such as the Machine Learning Core, Finite State Machine, pedometer, etc.) embedded in the digital output devices. It is also possible to run UNICO offline (without the motherboard) for generating configurations of advanced features like the Machine Learning Core, Finite State Machine, and pedometer. UNICO-GUI is a cross-platform graphical user interface interacting with STEVAL-MKI109V3 (Professional MEMS tool) which is the motherboard compatible with all ST MEMS adapter boards.
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