Mac16,1 - Geekbench
Benchmark results for a Mac16,1 with an Apple M4 processor.
browser.geekbench.com
M4 Mac with 16 GB RAM (not 12 GB). This could be a MacBook Pro though.
This Mac M4 score is a bit faster multi-core than a liquid nitrogen cooled iPad Pro M4:Mac16,1 - Geekbench
Benchmark results for a Mac16,1 with an Apple M4 processor.browser.geekbench.com
M4 Mac with 16 GB RAM (not 12 GB). This could be a MacBook Pro though.
If this is genuine, the OpenCL figure is slightly astonishing: a little over 25% higher than the 10 core GPU M3 14” MBP.Mac16,1 - Geekbench
Benchmark results for a Mac16,1 with an Apple M4 processor.browser.geekbench.com
M4 Mac with 16 GB RAM (not 12 GB). This could be a MacBook Pro though.
Of course someone would be so incompetent to test OpenCL that has effectively been deprecated since 10.14.If this is genuine, the OpenCL figure is slightly astonishing: a little over 25% higher than the 10 core GPU M3 14” MBP.
All of the scores within the OpenCL result are appreciably higher, too, so it’s across the board, too, not just the consequence of one or two optimisations (which would, in any case, tend to be ironed out by the fact that GB uses a geometric average, I think).
(The M4 iPad Metal figures aren’t so much higher, but it’s still a nice increase.)
They’d still have the annual early-bird launch, like M4 iPad Pro in 2024 and M2 MacBook Air in 2022, to create buzz. The only thing they’d lose would be the March Studio/Pro event, admittedly a big loss if they are also using that to focus on new displays and other expensive Studio/Pro hardware.If Apple Could launch all of their products on one day each year - I suspect the lack of fan fare during the rest of the year would reduce the buzz around their brand. It might even reduce sales from customers balk at the price for purchasing two or more premium items in one go - especially where they already feel stretched buying just one.
It will interesting to see just how capable Apple will let the Mac Mini be; As powerful as an M4 iPad Pro … or closer to entry level Mac Studio M1? My guess is the former - or it could too heavily cannibalise sales of the Studio when it does eventually come out.
Unlikely. At least for the 64-core versions. I'd love to see it, and I'm sure they could demolish Threadripper if that was their goal, but they've given no indication that it is.Looks like M4 will be a beast in Pro, Max and Ultra. It’s possible Ultra could be threadripper level in multi core.
In fairness, he did say "threadripper level" rather than "threadripper destroying" and taking a look at the M3 Max and doubling it in various multithreaded benchmarks, especially CB R24, and yeah the theoretical M3 Ultra CPU would've been equivalent to a low end threadripper - but also true that it wouldn't have been anywhere close to the high end chips. But still, depending on which threadripper, it's very plausible.Unlikely. At least for the 64-core versions. I'd love to see it, and I'm sure they could demolish Threadripper if that was their goal, but they've given no indication that it is.
The only way I can see that happening is if they build a very high core count chip for their PCC DCs, and decide they might as well release it in a Pro as well. Like I said, it would be very cool, but I doubt they will. (At least over the next two years, which is the limit to how far I'm willing to guess.)
If Apple are building their own ‘AI’ data centre - and are not farming out a massive h/w order AMD’s way (courtesy of the MI350) - (I speculate) that will have to developing some sort of SoC package solution with a memory bandwidth in excess of 4TB/s.
The First AI Benchmarks Pitting AMD Against Nvidia
Rated horsepower for a compute engine is an interesting intellectual exercise, but it is where the rubber hits the road that really matters. We finallywww.nextplatform.com
If putting a huge amount of (HBM3E) memory on top of a M4 SoC (as AMD utilise in the TSMC package) allows the performance of the Apple data centre chip to scale linearly and also lowers power utilisation (pJ/bit) - would Apple feel compelled to go that route (especially if it also helps with their carbon neutral mission).
What are the chances that Apple would offer this sort of chip to its professional users? A true HPC that doesn’t feel like a compromise when compared to last years X86 HPC with a 2 year old Nvidia keeping the room toasty.
My understanding of how PCC works is that they are precluded from using anything but their own hardware. They *are* making it, and the real question is, is it useful to customers, and if so will they actually sell it? (Assuming they're not just using standard Ultras, that is.)If Apple are building their own ‘AI’ data centre - and are not farming out a massive h/w order AMD’s way (courtesy of the MI350) [...]
As Feregrini says to Wired: Unlike these consumer devices, though, PCC servers are as bare-bones as possible.My understanding of how PCC works is that they are precluded from using anything but their own hardware. They *are* making it, and the real question is, is it useful to customers, and if so will they actually sell it? (Assuming they're not just using standard Ultras, that is.)
Thanks for the link — I had missed that article/interview. Federighi confirms what @Confused-User said:As Feregrini says to Wired: Unlike these consumer devices, though, PCC servers are as bare-bones as possible.
If the PCC is written in server side Swift - perhaps Apple will put some money behind building up the Xcode Server frameworks that IBM (and others) stepped away from?As Feregrini says to Wired: Unlike these consumer devices, though, PCC servers are as bare-bones as possible.
Considering about what has been said about it, I was daydreaming that we may see benefits of PCC achievements in a form of office-ready-farm-computing devices at some point.
If the PCC is written in server side Swift - perhaps Apple will put some money behind building up the Xcode Server frameworks that IBM (other others) stepped away from?
I suspect that there will be renewed interest in Apple to get Swift to become more performant at scale - and/or find ways to get LLM processing efficiency to move closer to C++.
If PCC is not leveraging VM (my speculation if everything is memory / secure enclave resident) - could this bring some much larger memory configurations back to the Mac lineup ?
Data Centre : (speculation) 512GB shared over 128 cores : Four SoCs (1 x NPU + 32 P-cores) is probably more performant than clusters of 256GB / 64 P-cores / 2 NUC in an Ultra configuration especially if unified memory latency is a fraction of NUMA system latency.
indeed. I much prefer a powerful desktop with IO and proper cooling. I just been forced to highend m3max for the time being in a laptop factor. Don’t use the screen and often the fans rev up bad. (Do AI “sketches” (that are deployed on linux/nvidia for proper training )in pytorch and some unrelated work in 3d). i get by for now but would by a m4ultra in a heartbeatPersonally I find it frustrating that the Studio release so late.
I’d like to buy an M4 Ultra Studio but would buy an M4 Pro Mini instead if that was released sooner (and not upgrade to M4 Ultra). I can’t be alone. I used to upgrade every 6 or 7 years, but my current model is M1 Max.
This is my position too.Personally I find it frustrating that the Studio release so late.
I’d like to buy an M4 Ultra Studio but would buy an M4 Pro Mini instead if that was released sooner (and not upgrade to M4 Ultra). I can’t be alone. I used to upgrade every 6 or 7 years, but my current model is M1 Max.
same here !Personally I find it frustrating that the Studio release so late.
I’d like to buy an M4 Ultra Studio but would buy an M4 Pro Mini instead if that was released sooner
That’s why I would prefer to have 24 GB memory options for both the M4 Mac mini and the M4 Pro Mac mini. I don’t need 32 GB so I don’t want to pay for that, but I would prefer to level up from 16 GB if the price is right.What i might NOT do, is to upspec a M4mini to more than: 16GB/1TB. Comes then to close to a max.
But: i´d really want to have 32GB of RAM, and a 2TB SSD for sure.
While i could live with 16GB. A 1TB SSD would be hard for me to deal with.
I’d be surprised if we get a new Mac Studio before spring.So I really quite need the M4 Max Studio ASAP, ideally before January as I will work remotely for 2 months, that I have to remote desktop into this Mac Studio from across the globe. The M4 Pro mini may fit the bill but we will see. According to rumors, if the base M4 chip can already do 32GB, it is hopeful that the M4 Pro can go more than the 36GB on M3 Pro. We will see.
I expect the RAM options on each tier of Apple Silicon will depend on the compatibility of different sized RAM modules on each SoC package, and the artifiicial limits that Apple places on their product segments.Similar situation here;
Got a base M1 Max Studio because that was the only one available at the time, while "sufficient" but almost immediately regretted on the 32GB and 512GB, both were limiting my workflow at certain points.
M2 Max came and not deemed enough of an upgrade so I held.
M3 Max came but only in laptop form. Well I got a 16" M3 Max base (36GB 1TB) but that was for portable use, not to replace the Studio (mine is sitting inside a network cabinet, connected to crap load of I/Os, especially the 10GbE).
So I really quite need the M4 Max Studio ASAP, ideally before January as I will work remotely for 2 months, that I have to remote desktop into this Mac Studio from across the globe. The M4 Pro mini may fit the bill but we will see. According to rumors, if the base M4 chip can already do 32GB, it is hopeful that the M4 Pro can go more than the 36GB on M3 Pro. We will see.
I am also banking on the "fact" that the base M4 MBP starting at 16GB, meaning the M4 Pro base staying at 18GB will be deemed too close. With the extra TB4 port on the M4 base, the M4 Pro will need more than a few differentiators to justify the price difference.I expect the RAM options on each tier of Apple Silicon will depend on the compatibility of different sized RAM modules on each SoC package, and the artifiicial limits that Apple places on their product segments.
As we know, the base SoC has two RAM modules on the SoC (and 8 memory controllers), which to date have been:
2 x 4GB = 8GB
2 x 8GB = 16GB
2 x 12GB = 24GB
The Pro SoC on the M3 Pro has three RAM modules (and 12 memory controllers), so we have options for:
3 x 6GB = 18GB
3 x 12GB = 36GB
The Max SoC has 4 RAM modules (and 32 memory controllers), with options for:
4 x 8GB = 32GB
3 x 12GB = 36GB
4 x 12GB or 3 x 16GB = 48GB
4 x 16GB = 64GB
4 x 24GB or 3 x 32GB = 96GB
4 x 32GB = 128GB
The Ultra is just double the Max.
I understand that each memory controllers is capable of accessing 4GB of RAM, so technically, the base SoC could access 32GB (not offered) and the Pro SoC could access 48GB (not offered) - so these appear to be artificial limits to push heavy RAM users to the Max SoC.
Presumably all of the RAM module options I’ve listed exist with the possible exception of the 24GB (i.e. 8GB, 12GB, 16GB, 32GB). Whether they are different types of modules for the same capacity for different SoCs, I do not know.
I expect the M4 Pro to stick to the same arrangement, but hope it starts at 24GB (3 x 8GB) rather than 18GB (3 x 6GB), in order to differentiate it from the (rumored) new baseline of 16GB for all other Macs.