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Well, this is my last Mac. It's been a long time coming, but this is the final straw for me.

I may get one last MacBook Pro with Intel CPUs, but after that, as a computational geophysicist, I'm afraid I too will be done. I can't see any promise of community based numerical codes running efficiently on these machines in a virtual environment. Or even getting them to run to start with. Really disappointed. Off to Dell for Ubuntu laptops. In a fantasy world I hope that Razer will take note and release Ubuntu laptops.
 
Great presentation, but would have liked to see some hard numbers/benchmarks
I expect the first informative numbers will not come from Apple. They will provide a carefully crafted set accompanied by the usual "supercomputer" hype. The first independent reviews will be very interesting.
 
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go to the App Store top 100.
You know there’s more than 100 apps for iOS right?

im not suggesting that iOS apps in particular will be a great experience on macOS but holy **** are you painting a weird picture there.

there are no doubt hundreds of thousands of apps that will *never* get a Mac app even with the advent of catalyst, but that do have an iOS app because of market forces.

in many cases that app- while not intended at all to run on a Mac - will still be better than it’s website equivalent. I’m looking at you, banks, parcel tracking services, hotel/flight/etc finders, etc.

But holy ****. I still can’t get over the logic. “Look at the top 100. There aren’t many are there”.
 
Psh I rely on Bootcamp too for running Windows for work, and I'm not all that worried. Did you just straight up miss the part where they talked about virtualization? They even demoed running Linux using Parallels, which is basically just Bootcamp without having to restart your machine. Apple knows how vital Bootcamp is and has been for many of their Mac users. I'm not a betting man but even I would make the bet that nothing will happen to that functionality.

Bottom line, if the transition was expected be the hell that many of you seem to be convinced it will be, they wouldn't still be shipping Intel-based Macs well into their transition period..

Virtualization requires the same hardware platform (i.e. same hardware instructions). To run software compiled for one set of instructions on a different hardware platform, you also need emulation. Some of us remember emulation from the 68k/PPC days. Granted processors were much slower back then, but emulation historically has come with a serious performance penalty.

What made the Intel adoption so attractive to previous Windows/Linux users was the ability to continue running those other OSs while adopting macOS where they could. It is this flexibility that has opened many doors to business users that would not have otherwise opened - and I fear now will close. My company has traditionally been a Windows shop, but over the last 5 years, the CTO has been warming up to other platforms when their use was merited. He recently opened the floodgates to end-users switching to Macs, and this is primarily driven by our DevOps group's requirements. At the moment, it does not seem the new ARM-based Macs will meet those requirements.

And as a post-script, I still think Windows 10 runs better in Boot Camp on my 2012 iMac than it does on the business-class desktops my company purchases (which are far from the low-end).
 
I second this. I'd expect passive cooled MBP's, dead silent, and faster than todays 16".
Depends. The chips already get very hot under load, and thats on iOS load.

Cranking up the power for 'pro' performance will mean more cooling. I know the macs are thicker and have better termals but I'd still expect a compact fan which bursts when needed, altho granted its going to be significantly less than the current airplane engines.
 
I wonder if the Thunderbolt 3 ports on the back of the Mac mini work on the new DTK model? If it has them at all? Since Thunderbolt is an Intel Technology, and the DTK doesn't have an Intel Processor at all. Maybe USB4??
No TB. The four TB3 ports of the 2018 Mac mini appear to be USB 3.1 type-C on the new DTK
Two USB-C ports (up to 10 Gbps)
Two USB-A ports (up to 5 Gpbs)
HDMI 2.0 port
 
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The minimal power argument makes no sense. Laptops and desktops still need to run thermally well and efficient for optimal performance regardless of form factor.

So lower wattage -> less heat -> less throttling -> better performance

What am I missing?

You did not miss anything - the device with the best power effciency will deliver the best performance under the same power constraint.
 
There are basically two problems here: First one is that most engineering apps don't work in the Mac, and emulation is not an option for engineering. Second one is that, even if you admit buying a PC for engineering apps and then a Mac for the rest of apps, then you are locked into this new Bad Sur thing that behaves just like iOS (not only aesthetically, but in terms of user freedom as well). Putting both reasons together, time to move to Linux (and use engineering apps through VMware native performance rather than emulation).
What "engineering" Application are you referring to, and what makes you think that MacOS 11 will behave as iOS, in terms of user freedom, whatever that is?
 
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I’m looking forward to finding out exactly what was meant here:

“Rosetta 2 on Apple Silicon Macs offers fast performance and translates your apps at install time.”

There’s evidently something more than just emulation going on here. My first impression was that maybe it’s some sort of decompile+recompile process, but that seems far fetched.

They're translating x86 machine code to ARM machine code, so you start with an x86 executable and you end up with an ARM executable. This is not new. There is loss of performance because there is not always a simple mapping between instructions so one x86 instruction may translate to many ARM instructions.
 
I was a little worried before, but now I am just so psyched! Apple is supporting both emulation of x86 AND fat binaries! And look at that emulation performance! I no longer even care about lost software - those new Macbook Pros are gonna scream! And hopefully, finally, *finally*, they will be quiet again.

Like many people commented, I'm actually on the fence now - do I get one of the last x86 Macs to ensure compatibilities for work, or take the plunge? I might have to get one of each.
 
Initial reaction is that in 3-5 years Apple is going to have the best performance of anything out there. For those running Bootcamp and doing Hackintoshs it's probably time to consider something else (Windows or Linux I guess?). Personally I'd be more than happy for a iPad/iOS like interface for my Mac as long as I had the ability to do more developer type things.
3-5 years is a long time in the silicon world
 
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2018 iPad's are faster than 2020 13" MBP's. Their chips already outperform intels.
In one benchmark Geekbench. No one has has done extensive back to back benchmarks on real apps like Lightroom/photoshop. I mean the real macos desktop versions, not the neutered iOS versions.
 
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Perhaps in mobile devices but there are no public desktop Apple ARM chips upon which to make such a statement.

No, but they have prototypes in their labs - they know a lot more about what they have coming down the pike than we do. And they've decided based on Intel's roadmaps and their own that it's worth the pain of transition. They've been proven right twice before.
 
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They're translating x86 machine code to ARM machine code, so you start with an x86 executable and you end up with an ARM executable. This is not new. There is loss of performance because there is not always a simple mapping between instructions so one x86 instruction may translate to many ARM instructions.

Yep - just like DEC's Fast-32 Windows emulator for Alpha processors, and those Transmeta VLIW processors that ran Windows. I know the Transmeta system got some bad press, but the DEC system was running Windows apps 3x faster than our highest speed Windows machines at the time.

If they can get half native performance on CPUs that are twice as fast as Core i9s, we're golden! :)
 
Depends. The chips already get very hot under load, and thats on iOS load.

Cranking up the power for 'pro' performance will mean more cooling. I know the macs are thicker and have better termals but I'd still expect a compact fan which bursts when needed, altho granted its going to be significantly less than the current airplane engines.
Depends. Can cool 10W/cm^2 heat sink using just air. There’s a lot more cm^2 in a laptop vs a phone.
 
No one else can afford this other than maybe Amazon.

Apple is the only major technology company that focuses on vertical integration like this. It is ridiculously expensive.

I agree. It’s not something everyone can do but Google is already working on custom silicone.

Don’t get me wrong! I’m not suggesting this will happen overnight but over the next decade or two.

Huawei is another player that probably has interest in going this route especially since China has the goal of self-sufficiency and as long as the Chinese are vulnerable to U.S. sanctions there is a lot of incentive to eliminate dependence on as many suppliers as possible.

https://www.theverge.com/2020/4/14/...xels-chromebooks-whitechapel-samsung-qualcomm
 
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