ah, i see. Sorry. I misunderstood your original message.I know that, I was talking about the retail ARM Mac Mini they inevitably make.
ah, i see. Sorry. I misunderstood your original message.I know that, I was talking about the retail ARM Mac Mini they inevitably make.
The fact that Tomb Raider runs on it is the amazing part, considering it's running under emulation. Seriously, even at 1080p, that's a good performance for a mobile chip doing emulation.
It’s not really a new chip so I’m not really sure what you would expect developers to find. It’s essentially an iPad in a Mac mini, as far as the processor goes anyway.
I know that, I was talking about the retail ARM Mac Mini they inevitably make.
ARM Macs won’t be CPU dependent - like the IPad there will be several chips on board. The Dev transition devices only has the CPU, not the neural engine etc.
Absolutely, unarguably correct. To put it simply - if you have agreed to the NDA - “if the info isn’t posted somewhere on Apple.com, you cannot share that info”.Just a word of advice, if you depend on the income you make from the Apple store as a developer, you really want to take their NDAs seriously. That’s all I can say, but it is not said lightly. Apple is very, very, very serious about their internal work and intellectual property.
Do not let strangers on MR or anywhere else who will quickly turn on you and say that you shouldn’t have done it once Apple boots you for life and possibly sue you to goad you into losing your livelihood.
The XDR display works with non-Thunderbolt computers too. Notably, you can connect it to the USB C iPad Pros (but not at 6K resolution).I thought these things didn’t even have Thunderbolt 3. How did they even connect a Pro Display XDR?
There will be a serious NDA with these Macs. And they surely don't want to have to return theirs.It will be interesting to see what developers uncover using these new chips. I'm sure they will be sharing their findings soon.
I think you're confusing yourself. A12Z is a complete SoC, it has everything on it, these Mac Mini have the exact same SoC as the A12Z from iPad Pros. Apple already confirmed this several times in their sessions.
There are no several chips, A12Z is a single chip. The Mac SoC will be the same thing, they're not making a standalone CPU at all.
What you may have heard was that Apple said the upcoming Mac SoC will have something that's not in A12Z, so devs shouldn't assume what they see in DTK will be in final production units.
If they do, someone is going to get into trouble.Let's see if ifixit is going to dissasemble this.
Amazing results? It was at 1080p and looked horrible.
T2, M1 etc. You know this.
Building a computer with two Intel processors only works for the highest end chips that are designed to be not alone on a motherboard. I'd think that a motherboard with one Intel and one ARM processor will have the same problems, just a little bit worse. I don't think this is going to happen.Seems like it would be reasonable and feasible to offer an A-Series processor card for the new Mac Pro towers to dynamically switch based on the software being run (similar to the way external GPUs are activated only when called upon). Is there a technical reason why it's not possible? Also vice versa: Future A-based Mac Pros could have Intel coprocessor boards for Bootcamp and legacy apps?
Go to a store, buy an iPad Pro, and you do know where things stand today. The hardware is an iPad put into a Mac mini case.It's representative of Apple current technology though. It would be nice to know where things stand as of today.
It was being translated on the fly by Rosetta 2. Wasn’t running natively. The fact that it ran at all is amazing.
Geekbench running under Rosetta 2
eperm-d995af6e2ef02771 - Geekbench
Benchmark results for an eperm-d995af6e2ef02771 with a VirtualApple processor.browser.geekbench.com
even running emulation, it already is an excellent performer, Multi-core just about matches the 2020 MacBook Air quad core.
Two possibilities: Either Pierre Dandument loses his device, or he has never had one.Possible link to benchmarks here (I personally wouldn't read too much into it, but there isn't any other news):
What else could it be?And that’s a12z?
Geekbench running under Rosetta 2
eperm-d995af6e2ef02771 - Geekbench
Benchmark results for an eperm-d995af6e2ef02771 with a VirtualApple processor.browser.geekbench.com
even running emulation, it already is an excellent performer, Multi-core just about matches the 2020 MacBook Air quad core.
The $500 gets you one year rental. $500 for one year rental of a Mac mini is not a good deal in my book.You know if Apple wanted to be really bold they would sell those retail ARM Mac Minis for the same price as the devkit - $500.
Not exactly holding out hope for that one, but it's nice to have dreams sometimes.
I was just asking because it says 4 cores.What else could it be?
there are already quite a few result of developers just getting their machines and running Geekbench
eperm-d995af6e2ef02771 - Geekbench 5 CPU Search - Geekbench
browser.geekbench.com
I was just asking because it says 4 cores.
Rosetta just statically translates (usually), so it shouldn’t affect how many cores are used. Could be that the os, itself, doesn’t yet schedule threads on all cores, or, more likely, it doesnt use the ”little” cores, at least for a12 (not a lot of reason for apple to spend time tuning the thread scheduler for a12, after all)Not only is it under a beta version of Rosetta but it seems to be limited to four core or Rosetta may not be able to use all eight core yet (4p/4e but Apple said all 8 can be used at the same time for the same task). If you look at the same A12Z iPad Pro, you'd see they detect 8 core and has twice the multi-core score.
If this is the same A12Z which is like 7-8W and Macbook Air at 15w (even the CPU is power hungry compared to Ryzen), we're already seeing potentially twice the performance of Intel if Apple scales their SoC to 15W.
Note that upcoming A14 will be on 5nm node too.