Vmware fusion windows 101/27/2024 ![]() Once every few weeks is plenty and will ensure that Fusion doesn’t creep and take over your entire Mac hard disk! To recover the reclaimable space, simply click on “Clean up Virtual Machine” on the lower right. Tip: Once you get everything configured as you want both within Windows and VMware Fusion, take a ‘snapshot’ so if the system gets messed up, infected, or broken, you can jump back and restore to a known good point. Notice that there’s 2.2GB of reclaimable disk space and that I’m using an additional 2.4GB of space for snapshots. First up, click on “General” to see if you are wasting disk space with its lazy garbage collection algorithm: Now there are a few other settings you can change. You can dig through “ Using VMware Fusion” doc if you want to learn more… As you can see, I leave them all to the default ‘off’ setting since I don’t fully understand how hypervisor, code profiling or IOMMU will impact both the Mac and Windows sides of the equation. There are also a variety of advanced options, but you’ll want to do your research before opting to enable any of these. ![]() Finding your Windows system is running slower than you’d like? Increasing memory is a great place to try fixing the problem. My Mac computer has 16GB of RAM (you can see it on the right edge of the slider) but I greedily want to reserve most of that for Mac applications too. VMWare recommends 2GB of RAM but that’s pretty paltry for a modern PC configuration so I bump it up just a little bit. Like any OS, the system you run in Fusion is going to want as much RAM memory as possible. I like to assign two cores, though you could go up to four without a major issue unless you use lots of processor-intensive apps on the Mac side simultaneously. More cores = faster performance, but assign too many and MacOS then starts to bog down. I have what’s known as an “octa-core” MacBook Pro CPU and Fusion allows me to assign anywhere from one to all eight cores to the Fusion app and therefore to Windows 10 within the app. I always start with the Processors & Memory settings because those really define the performance of the OS in Fusion and are also the settings that can come back and bite you when you notice that your Mac is running painfully slow every time Fusion is also running. Once your virtual OS is powered down, you can go to Settings in the VMWare Fusion app and have complete control over the virtual world it’s presenting the Windows OS: Oops, looks like I have an update to apply too. In Windows, for example, that means choosing “Shutdown”: The first thing to know when you want to configure your VMWare virtual machine is that it has to be completely shut down for you to change any hardware settings. Easy and darn convenient versus carrying two separate computers. I typically have Google Chrome running on the Mac side, for example, while testing out software apps in Windows in VMware Fusion, and go back and forth as things proceed. My choice? The latter, and I’ve been happily using it on my Mac systems for Windows and Linux installs for many years.īut you do want to make sure you have it configured properly to get the best performance in the virtual OS while not crippling your overall Mac performance in case you want to bounce back and forth from app to app. The two biggest options in this space are Parallels and VMware Fusion. There are a lot of different paths too, from dual booting your computer (fastest solution, but most complicated) to various virtualization systems that essentially run Windows “within” MacOS X as if it’s an app. While it’s not too easy to run MacOS X on a Windows computer, it is remarkably easy to run Windows on a Mac system.
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