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As someone who invested heavily into TB3 Studio equipment over the last 2 years (Audio Interface, NVME RAID enclosure, 5K Monitor) I'm really concerned about Thunderbolt 3 Support. Yes, they're running Pro XDR Displays, but those are compatible with USB C as well..
Don’t get the Developer Transition Kit if you need Thunderbolt support. I just looked up the specs of the Mac mini they are using for that kit. It does not have Thunderbolt, only USB 3 (probably 3.1 gen 1 and gen 2 as it says 5Gbps and 10Gbps speeds). That doesn’t surprise me since Intel owns the rights to TB3. I don’t know what the commercial Macs will have. Is USB4 ready yet for consumer use? I haven’t seen anyone sell a USB4 product yet. FYI, the Transition Kit with Mac mini running an A12Z is $500 with priority given to those who already have a Mac app in the store.
 
The Final Cut Pro demo of three streams running on an A12X looked impressive. I hope it signals a 14inch MacBook Pro (13inch with new chassis) which is the perfect portability form factor for me, but with significantly improved graphical capabilities above the intel graphics. This is my dream machine.
And it might be passively cooled even.
 
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Still, it's interesting that Apple is able to emulate x86-64 with good performance while Microsoft still struggles. It makes me wonder if Microsoft will step up their game now that Apple showed them that it's possible to emulate these apps with good performance. Also, I hope that Thunderbolt 3 devices will work once the actual devices using these chips will come out in 2021. Also, it's a plus that these devices won't have the security flaws that Intel have with Spectre, Meltdown, etc.

I think the difference is that backward compatibility is a bigger deal for Microsoft, so they prioritized 32-bit compatibility. New Windows apps are supposed to be written to run on ARM directly. Since they have a Mac ARM version of Office, my guess is that they will release a native Windows ARM version soon.
 
Also, Tim Cook did say there would be new Macs with intel, could this be the rumoured new iMac and does this mean that the Apple chips don’t quite reach that top-end level yet?
 
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Does any one know which Mac will be the first to get an ARM processor?
I hope it will be an 27"'ish iMac with and ARM processor in it.
 
I was going to replace my 2013 rMBP that's starting to show its age with the 2020 10th Gen 1TB as another 5+ year machine.

Now do I drive this into the ground for probably another year minimum until ARM MBPs or MBAs are out and stress tested; or grab an i5 Air as a bridge machine, deal with occasional throttling for my use, and maybe go ARM iMac and keep the i5 as a floater?
 
If the demo was running on an A12Z, it would be the integrated 8-core GPU.

I don't know what kind of external PCIe bus exists for A-series chips (if they even have one?) so I don't think they could even add in a graphics card if they wanted to.

I would think future notebook / iMac versions would have a choice of SOCs with Apple or AMD GPUs, maybe connecting directly via Infinity Fabric in the latter case. A Mac Pro or xMac might be a different story though.

Yeah I'm also wondering about the GPU's in the Apple silicon macs. The CPU's they have rival intel already, but the GPU of A12Z is 10 times less powerful than the AMD Vega II they ship. Or 5 times less powerful than 5600M. These dGPU's are quite a bit above the Apple Silicon for now. So we have to wait and see if they incorporate some custom GPU we have not heard about, or simply go with dGPU from AMD.
 
It was the same with the Intel transition. The Developer Edition was based on a Pentium 4, but the first versions were based on the Core Duo. We already know generally how the A12Z performs on native code. My guess is that the first Macs with Apple Silicon will be running an A14Z or perhaps a different fork altogether.
We do? To my knowledge Apple has not yet released any desktop ARM based Macs nor have they provided any benchmarks. Did I miss it?
 
The real question for me is:

What does the final die size look like? Are we getting bigger dies for more cores? Will we see chiplets? Are we going to see higher TDPs or fanless designs? Are they going to go full Ampere and drop a 64-core monster in the Mac Pro? All this determines how much performance we can expect to see in shipping products.

Right now, with a big.LITTLE design, Apple's 8 core A12Z chip is also only getting that 1327 on four cores (4/4). We got a demo that the A12Z is clearly good enough for macOS (that I never doubted), but we got nothing that Apple is ready to scale this stuff up. The fact that the 2018 and 2020 iPad Pro use the same die is worrying. Either they were sinking effort into researching how to scale up, and aren't showing the fruits, or they are approaching their own plateau. So we're in a holding pattern waiting to see what these desktop-class chips look like.



The main difference is that Apple didn't need to describe what Intel was capable of, since Intel was already telling everyone.
The reason we have a12z is because the a14 was reserved for the miniLED ipad that was supposed to come, but wasn’t ready. So instead they filled in with a spec bump.
 
During the Intel transition, consumers were much are attentive to the raw processor speed numbers. Higher numbers = better computer. That was a huge reason for the transition from PowerPC to Intel - Apple needed to level the playing field so that they could at the very least say, "We're just as fast, we use Intel too. Now let us talk about Mac vs. Windows."

Times have changed. Average customers know their computer is fast enough. If anything, they're concerned about hard drive space and ram, maybe GPU if they're into gaming.

With that said, I'm not concerned about speed benchmarks. What I want to know is how apple's silicon will impact battery life on notebooks. That was the real focus of their presentation: power vs. performance.
 
My questions:
- freedom of installing apps outside of App Store*
- traditional Unix stuff*
- Java*
- the games I actually play on my Macbook: World of Warcraft, American/Euro Truck Simulator, and Civ V (I guess I can update to VI)
- actual performance of x86 emulators for old Windows and MacOS

* = no, a Linux VM is not the answer, if I have to use Linux I'll get a Linux laptop (also, the games I mentioned run on Linux)

I think traditional Unix stuff will be ok. When the Mac transitioned from PowerPC to Intel open source projects just targeted the Mac Intel binary format.
 
Also, Tim Cook did say there would be new Macs with intel, could this be the rumoured new iMac and does this mean that the Apple chips don’t quite reach that top-end level yet?
Not necessarily, they will want to show that they are still supporting Intel to some degree. Also the ARM chips aren’t ready yet, will be at one more intel refresh on a few of the products to fill the gaps
 
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Yea, I'm also left scratching my head about what's in it for end-users? During the Intel transition keynote, the sell was clear: faster performance and opening the door to thousands of more apps.

Based on independent knowledge I can surmise the benefits of an ARM transition here, but they certainly didn't explain any benefits to end-users during the keynote.
What they have right now is very early versions running on repurposed iPhone/iPad chips so they aren't going to show benchmarks at this point, it would be meaningless for the released versions of the first ARM Macs. I think they're confident the new Macs are going to get a substantial performance increase (which is more complex because that may also involve battery and heat factors depending on the device), but they may not even know what it's going to be exactly until they've completed the transition. At that point they can give actual numbers. Even if the engineers have some idea, it would not be wise to release numbers right now.
 
I am wondering what ports that developer kit has. It seemed to be running Pro Display XDR. So it means that mac mini has thunderbolt ports?
 
During the Intel transition, consumers were much are attentive to the raw processor speed numbers. Higher numbers = better computer. That was a huge reason for the transition from PowerPC to Intel - Apple needed to level the playing field so that they could at the very least say, "We're just as fast, we use Intel too. Now let us talk about Mac vs. Windows."

Times have changed. Average customers know their computer is fast enough. If anything, they're concerned about hard drive space and ram, maybe GPU if they're into gaming.

With that said, I'm not concerned about speed benchmarks. What I want to know is how apple's silicon will impact battery life on notebooks. That was the real focus of their presentation: power vs. performance.
I'm guessing that we will see 16 hour battery life macbooks with faster processors than the current 13" MBP soon.
 
Steve said we want high performance with low power. He said he promised Powerbook G5 two years ago and haven't made it yet because IBM cannot give that performance in low power. Then he said intel can. I don't remember him mentioning any numbers whatsoever and I have watched that keynote so many times.

You might no better than me, but didn't he also mention all the software then currently available on Intel? I think that was a major selling point.
 
I am wondering what ports that developer kit has. It seemed to be running Pro Display XDR. So it means that mac mini has thunderbolt ports?

Screen Shot 2020-06-22 at 4.29.36 PM.png
 
I'm excited about this transitioning. Glad to see Adobe finally moving into optimizing their software to the Mac. Yes, I'm cautious but optimistic. As a designer, it's very cool the possibility to use all Apple tools and OS integrated as one. This could be a game-changer.
 
Do Apple silicon (ARM) Macs with macOS 11 Big Sur support virtualization of Windows?
 
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