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“By generation two of the ARM era, I believe you will see the full benefits of the switch, with ARM Macs achieving 120% performance on integer code with maybe 80% of the power consumption.”

Oh boy were you wrong. :D They did better than that in generation one.

But other than that, incredibly prescient.

Yeah, but to be fair, back then, I think I predicted they’d start on this path a generation earlier :) Still, they blew away my expectations (it also sounds like, from interviews, that they surprised themselves as well).
 
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I’d still be a little wary. Although the silicon appears impressive we dont know how load over time is dealt with. The architecture of the chip is significantly different in comparison to the normal train of thought (when it comes to chip design) that it may possibly be that the some quirk of the m1 layout might make it better at performing with these short workloads. Not saying that the performance isn’t real, just don’t assume because a handful of geek benches show it as powerful that it actually is.
Those who remember the g4/5 days know what I mean. Apple was good at demonstrating superiority that actual users were often unable to reproduce in normal workloads. I’d wait for actual reviews from trusted sources before buying into the hype.
Try looking into iPad Pro performance on thermal throttling - it actually performs really well. That’s without fans. If anything, the efficiency of ARM makes it better in this regard than Intel, not worse.
 
Absolutely non upgradable Macs?

‘because these 3 are absolute disposable appliances.
Why the big deal about upgradeability? This is nothing new for Apple, and many other hardware vendors. The form factors of thin'n'light machines often preclude removable components. Larger devices or desktop workstations provide an upgrade path should you prefer this to portability.

I view these computers as appliances that will have a certain lifespan, much like my home appliances or my car. They will either develop faults that are not economical to repair, or I will desire greater performance. If the latter I will sell or gift the device to someone who will be satisfied with it. Everything has a lifespan (us included!) and sometimes upgrading doesn't make much sense. For example, I have a 2012 Dell Xeon workstation, which I could technically upgrade but not to the latest Xeon CPUs, or make use of newer PCIe4 GPUs. Sure I could replace the motherboard, CPU & RAM and re-use my existing GPU & SSD/HDDs, but this would probably cost more than just buying a new machine.

Maybe the Mac Pro will offer plug-in cards with multiple SoCs, and this is the upgrade path?
 
You missed the point.

those devices can be upgraded and repaired by you, if you want.

current ones? Not so much.
I'm still on 2011/2012 Mac hardware because of Apple's move towards non-repairability back then.

And I RAGED against that machine until maybe last year.

But even my stubborn jackass self had to concede that the repairability ship had sailed and just wasn't coming back to Apple.

Finally, I came to realize that I love Apple products more than I (STILL) hate the fact that they're sealed, so it's going to be (more) expensive going forward, but at least for me it'll still be worth it (until it isn't).
 
I know some may disagree but this transition does have many thinking twice about investing money and time in systems that will offer less long term. I know engineers at AutoDesk have said they aren’t porting their products to ARM as they’re already juggling Windows and Mac Intel versions as it is and with the uncertainty of discrete GPU support, the current graphics power simply isn’t there for workstations and Pro systems.
From what I’ve read here, AutoDesk is apparently sitting on some patents that make it difficult for anyone else to create a competing product. Fortunately for Apple, only a sliver of a sliver of their users need it.

If Apple can provide faster performance and exports in video apps and hopefully increase the amount of RAM while keeping the costs at current levels or below, this could potentially kill off the PC market while bringing us pros that have migrated away over the years. Im hopeful but I have learned to not let it get my hopes up to high because Apple has consistently disappointed me and others in the past.
MMMMMmmmmmm, I don’t think this has ANY possibility to kill off the PC market, not even close. Those Pros that migrated away did so for OTHER reasons, too. Reasons that aren’t resolved by this. Like systems that can’t be upgraded for example :)
 
Has the Rosetta results been removed from the benchmark graph?

Screen Shot 2020-11-16 at 12.31.09 pm.png
 
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Apple actually has a decent chance to gain some market share if they make Apple Silicon Macs price-competitive. I don't expect Apple to build plastic laptops, but there are plenty of cheap people out there who don't want to pay more than $500 for a laptop.
Apple’s prices are such that if you REALLY want a Mac, you can buy one. However, if all you’re doing is checking email, facebook and editing pictures, you can likely find an iPad for cheaper that will suit you. They’re not going to lower the price of the Mac to fit a market price because they’ve already got something in that range. Their share will stay around the same, with the same roughly 50% of folks buying Macs in a year being new to the Mac.

I wonder if Apple's performance numbers are because they own the OS and hardware, so they could see at every level what. was happening. There's a ton of stuff the OS could do to make things better, but you need communication.
This does factor into it a lot, I believe. For example, Apple doesn’t need a decoder on their processor because it will ONLY ever get 64bit commands because that’s all Xcode is designed to spit out for Apple Silicon.
 
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But what are all the Apple-haters and Me-doubters going to complain about if that’s the case?

Oh, I know. They’ll fall back to “but it doesn’t virtualize x86.”

Anyway, that’s actually more of a Rosetta-speed hit than I expected, but we’ll see when we get real world data.
Don't forget the "It doesn't run Windows x86 in bootcamp, Mac is dead" stuff. :rolleyes:
 
Is there no other freakin benchmark than Geekbench? It's not a great representation of day to day usage.
I can't wait until we can stop with all the Geekbench BS. Lets render some video in Final Cut, something that crushes the CPU and a user has to wait for the job to be done to use their Mac. Real life stuff.
I find it funny that it’s stated that Geekbench isn’t a good representation of day to day usage and, yeah, it’s true. For 99% of the numbers you see on the Geekbench chart, that benchmark was the HEAVIEST thing their computer ever did! :) And... AND... then it’s indicated that the only test that would be a real representation of day to day usage would be... a test that pegs the processor for an extended time? Processors are rarely pegged if they’re designed properly. They get the work done quickly and they’re back down to idle.

Now, I understand that some folks want to know what the behavior of the systems will be when pushed to the edge, but “pushed to the edge” should in no way be confused with “day to day usage”!
 
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The problem is, will rosetta work with vmware fusion 12 that emulates windows xp? I need one small program to run that only runs on windows xp.

No, it will not.

You'll have the option maybe to spin up windows XP in BOCHS (or similar), but that's not virtualisation in the same way VMware is. Its quite a bit slower. But really. If you're depending on XP applications - you've had like... 10 years of no OS support telling you its time to get off.

It really is TIME TO GET OFF it.
 
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Even Microsoft is supporting other platforms better than Windows these days - iPad Office 365 is actually touch friendly - runs way better than anything you can get for the MS Surface.

Hopefully these speed improvements will get more developers to jump ship. Even MS are more of an application/cloud company now - don't be surprised to see them pushing "better than PC" apps on the Mac if these chips are as good as they appear. It's just another application platform for MS now - one they don't even have to maintain.
iPad office is nothing but a gimped pointless version with 90% of its features missing. If you really believe what you have written here than you have no idea how to use a spreadsheet or word processor
 
This is perhaps a different topic. But is the “slowest” M1 MBA supposed to be the one with the 7-core GPU? If so there’s a noticeable difference between the 7 and 8-core GPU model.
 
iPad office is nothing but a gimped pointless version with 90% of its features missing. If you really believe what you have written here than you have no idea how to use a spreadsheet or word processor

I never said the iPad version was feature complete. I said Microsoft is supporting the iPad better than their own products.

Depends what you want. If you want a touch friendly version of office (as you do, when running on a tablet) the iPad version works better than the desktop version trying to pretend it is a touch based application running on an MS surface as a tablet.

MS released the surface, crippled Windows 10 with touch based garbage and then didn't support office on it properly.

Hence: Microsoft is supporting the iPad better than they are supporting their own Surface products.


edit:
besides, most people never use 90% of the office suite features anyway - but if you do, you run it on a desktop. not a tablet, in touch mode, like microsoft would like you to THINK the surface is good at.
 
Attention, musicians!!!
If you are using UA Apollo MKii as your audio interface...be warned that UA won't have their stuff (SW, HW, plugs) compatible with Big Sur for a few more months and with M1 based computers, several months after that. Guessing 2nd Qtr 2021. So if your studio is working fine with Apollo, best to wait until things get sorted out. Check UA website for updates!!!
And yea, Apple looks like they have hit a home run with the M1 machines!!!! (fingers crossed for actual Logic project comparisons)
 
Anyway, that’s actually more of a Rosetta-speed hit than I expected, but we’ll see when we get real world data.

I'd say its a case of the JIT compiler not being able to make as optimal code generation decisions as say, Xcode compiling a native version of it due to Apple making a (deliberate) compile speed vs. optimisation trade-off.

Even with a 30% performance penalty vs. native code, its still a lot faster than the previous model intel machines, so they probably "set the slider" of Rosetta2 translation speed vs. generated code speed at pretty much "generate the code as fast as possible, run-time performance optimisation be damned, it's fast enough anyway".

:)


Because they want it to be fairly transparent, and nobody wants to be waiting around for minutes every time they run or install an app for the first time.
 
It doesn't support eGPUs.
For now it doesn't. It may in the future, noone knows for sure. But if it doesn't, they will likely have a reason for why (as in performance is enough.) Apple Silicon Mac Pros will have some kind of options here (unless they decide to discontinue it.) Doubting they do personally. Feels like this is every time something hits the market we get his FUD responses and it's just tiring. Anyway, people can complain if they want to, it's still free to do so.
 
No, we aren't sure, you are. And you're wrong by the way. No one said Rosetta 2 can't run on multiple cores. The article just emphasises the single core perf because that already exceeds all the Intels so it results in a funnier article. Reading comprehension, people.

There is a multi-core score on the benchmark site. It just happens to be beaten by Intel Macs, because apparently multi-core emulation doesn't nearly scale linearly as in a native run, where multi-core score for a proper multi-threaded executable with tasks that are easy to run in parallel is almost exactly single score times core number. Here the single core perf is 1313, so you'd expect a multi-core score of around 10504, yet in the real world it only scores 5888. So multi-core scalability isn't great, but it does exist.

Apple will work hard either to improve on that, or push ARM ports for the most important apps. Or both.

4 performance cores x 1313 = 5252. Add in a little bit for the efficiency cores and you’re in the ballpark.
 
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