No, on x86 you can run other x86 OS's in virtualization, such as Windows for "Intel". On Apple SoC you'll have to run Windows for ARM.I guess, basically (without knowing much about this stuff) I am wanting to know if Parallels will look and work the same way it did on my Intel machine.
Thanks for the help
Wanted 64GB, but settled for 32. For several reasons:
- Based on reports, the M1 Macbook airs with 8GB handle most tasks VERY well. My father got a 16GB he is running a vm and multiple "office" type apps at the same time and has yet to bog down. I figure double that ram should do me for most tasks.
- I'm cheap.
- The CFO (wife) would kill me, right in the face.
- My damn kids insist they want to go to college one day.
- My current 16GB work 2019 macbook works VERY well for most tasks. My personal machine will be used for more intensive things, but I'm gambling that the 32GB will do fine.
Lol that's kind of how I did the math in my head. I can live without Starbucks coffee and other impulse snacks when I have it at home 👌It's only $400 difference. Just skip the occasional Starbucks.
Already doing those things because I'm cheap. That said, you are spot on $400 extra is not much in the scheme of a machine i'll be keeping for at least 5 years.It's only $400 difference. Just skip the occasional Starbucks or cook at home instead of dining out for a few weeks.
I guess, basically (without knowing much about this stuff) I am wanting to know if Parallels will look and work the same way it did on my Intel machine.
Thanks for the help
Well that depends.I'm just getting the base 14" 16GB.
$400 to double to 32 GB is crazy. I don't do anything that intensive (light Photoshop, LR CC, some 1080p (maybe at some point 4K) video editing). Not worth $400 extra when it will never really be put to good use.
It's all in one's definition of "large" and one's use case. 32 GB of double precision numbers still fills 32 GB....I'm actually working with large datasets. I'm a back end developer and at any given time I'm working on multiple websites that each have databases several GBs in size behind them.
The memory pressure graph on the 8GB 13" M1 MBP I trialed was red almost the entire time and on some days I was generating nearly 1TB of SSD writes from swapping. That surprised me because I wouldn't have realized how hard it was working without running monitoring applications.
I suppose had I compared performance against a 13" 16GB M1 MBP instead of a 32GB i7, that extra memory may have yielded significant benefits, so I'm not saying 8GB is all you need. I just think most people are stuck in a 2009 mindset and are greatly overestimating how much RAM they need.
That said, if the cost isn't an issue to you, there's no harm in buying a little extra just in case.
The size of the dataset is usually unimportant to me; how it’s accessed is the critical property. If you have to jump randomly all over a big dataset, you might want to spend some time figuring out how to restructure it or your code.It's all in one's definition of "large" and one's use case. 32 GB of double precision numbers still fills 32 GB....
The size of the dataset is usually unimportant to me; how it’s accessed is the critical property. If you have to jump randomly all over a big dataset, you might want to spend some time figuring out how to restructure it or your code.
Sometimes that’s not possible, and in that case 32GB vs 64GB is probably irrelevant. To me a “large dataset” is a few TB minimum. Rent some time in the cloud if time is of the essence or just crunch away on your personal machine if it’s a pet project.
It's all in one's definition of "large" and one's use case. 32 GB of double precision numbers still fills 32 GB....