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"Think Again".....Introducing The new Mac Pro
 
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I'm curious to know how many actual Mac Pro owners use Bootcamp Windows on it, and if they are willing to give up Windows when they move to Apple Silicon.
 
Multi socket could solve these issues
That's the only other option (or some kind of CPU daughter board). But even with that, you're still stuck with Mx GPU speed, which still can't hold a candle to the top Nvidia/AMD cards.
 
As offered in other threads, Mac Pro is a computer for the few (with plenty of cash) who want/need a very flexible, easily expandable & upgradable Mac. Those who do not need that have plenty of Mac options from which to choose. If this Mac Pro doesn't deliver on that, it faces the same issues that make the Trashcan and Mac Studio NOT be the new Mac Pro.

So I'm 'thinking different' about Mac Pro potential...

Just because Silicon locks down RAM & GRAPHICS & SSD doesn't mean a Mac Pro must too.

For RAM:
  • Slot the Ultras, so that someone needing more than the MAX associated with one Ultra can simply add another Ultra: 192GB RAM becomes 384GB. Create a "grand central"-like way to make them work together, like that technology on the old PowerPC Macs (what was that called???) that allowed tasks to be spread over several Macs linked together. Someone needs more than 384GB RAM? Slot in another ULTRA for 576GB. Make all 3 work together. Yes, this wouldn't be as fast as the EXTREME concept or jamming all of that extra RAM on one piece of silicon but it seems it could be as FAST as current Mac Pro slotted RAM modules.
  • AND/OR support third party RAM anyway. It will simply be a little slower than the Silicon RAM. Again, in software, use a "Grand Central"-like approach to put most RAM demanding processing in FASTEST silicon RAM and put slower RAM processing needs in expansion RAM. Think of this like various caches in CPUs. This would introduce a concept of having FASTEST (Silicon) + FAST (regular RAM) + SLOW (SSD Swap "ram") in this setup. Those interested in buying Mac Pros now could still get their 1.5TB of "high performance" RAM made up of 192GB of fastest Silicon RAM and then traditional RAM that should be as fast as what it can be in the existing (aging) Mac Pro (if not faster).
  • BOTH: slotted ULTRAS for those who need more FASTEST RAM AND traditional RAM to the moon for those who need more than however many slotted ULTRAS could be put in the case.
This idea of slower RAM gets attacked but anyone who hops on an Intel Mac is unlikely to notice a RAM-based difference in speed of computing. Slotted RAM is no big speed bottleneck in typical uses of Macs. Yes, Silicon RAM is benchmark FASTER than slotted but real work experience probably can't notice except in very specific tasks. Every current Mac Pro user in the world only knows the speed of slotted RAM. So slotted RAM in this new one can't possibly feel any slower than what they know.

In many other threads, "we" are making justification arguments for half speed SSD chips in new M2 Macs because they are "good enough" and "no one can notice in real world use." That same logic(?) can apply here. Slotted RAM as an augment to Silicon RAM should not be slower or noticeably slower.

For GRAPHICS:

Anyone with an objective mind can find hard evidence that third party graphics are faster-to-much-faster than Silicon graphics (albeit at the expense of power vs. power per watt). I own a M1 Ultra myself and freely accept that to be true. Nevertheless, some people would like to use more power to get processing done faster than save a couple of dollars on a monthly electric bill so they can get things done slower but spin PPW as a huge benefit.

For those who need FASTEST graphics, Mac Pro should deliver the option of third-party graphics cards. Else that business that cares about power more than tiny PPW dollar savings goes to PC options. Mac Pro has no concern for battery life so Power should trump PPW anyway.

I see no way around this. If the existing market for existing Mac Pro is X and a chunk of X pays up for Mac Pro for the easy ability to keep up with graphics processing advancements, I doubt that chunk can be sold on "good enough" for life of device for ANY generation of Silicon graphics processing. Deliver the flexibility to use third party graphics card or just about force those people to buy their next Pro from PC makers. Those who feel it is Mac or bust will simply buy an Ultra in Studio, accept the full lockdown, and pay much less a Mac Pro... then "throw baby out with the bathwater" over and over to "keep up with" the latest Silicon graphics power.

Exception: revive the external graphics card option via thunderbolt connection? But do that and it seems it would have to be spread to all other Macs. So make this an exception INSIDE of Mac Pro and all other Macs are logically excluded from the option, while delivering a very clear differentiator in support of paying wayyyyyyy up for a Mac Pro.

For SSD:

Up to 8TB is great (and insanely expensive when there's only one source of that storage). And Silicon SSD is VERY FAST. But even 8TB is not enough for everyone. Mac Pro owners enjoy the capability of using some of that internal space to fatten up their storage options, very cleanly, INSIDE the case.

This one seems easiest to address. The weakest way to support this need would be having some Thunderbolt ports INSIDE the case and basically shelves on which drives can be mounted. Plug into internal thunderbolt jacks just like one can plug an external enclosure into Thunderbolt jacks on the outside.

The best way to support this is to simply use the PCI-E lanes that will be necessary to support any cards and allow some of them to connect with storage on cards. Conceptually, this could lead to cards with many m.2 sticks mounted on them for gigantic and very fast RAID storage in a relatively small amount of space. Yes, this storage would probably not be as fast as Silicon storage but see the 3 tiers of RAM concept: Fastest SSD (Silicon) + Not Quite as Fast SSD (expansion cards/storage/internal Thunderbolt option) + External storage options like all Macs have now.

Just my "think different" 2 cents. Mac Pro has historically been positioned as "our more powerful Mac" not our most PPW-efficient Mac. I think new Mac Pro must be the most powerful Mac... not the same powerful (as Studio)... and not just as locked down as Studio.
This! It's not really "think different," I think that was done with the SOC for computers. This is more like "Think logically" and stop being so stubborn. Apple was lauded when the last Pros came out, they were lauded for the M1 and going in a new direction; it would be stupid of them to now, once again, deliver a device that handcuffs the user.
 
This is likely gonna have two effects:
2019 Intel Mac Pro's will be kept for longer and likely go up in price on the second hand market.
Trigger a further exodus for Pro work from the Mac. They have pretty much lost the CG industry to: Linux, Windows Dell, HP.

You would think after 2013's Mac Pro, they would at least understand that Apple Silicon must have some flexibility in the lineup. Concessions can be made in the case of the Mac Studio, Mini and MacBooks. But a tower desktop is such a different form factor, it demands being modular. I could understand if Apple says, ok, we are gonna sell you Apple approved RAM if you do decide to do upgrades on your own. Quit the crap and work with AMD and nVidia to have modular GPUs. Creatives want that.
 
Do these M-series processors actually require everything be packaged on the same chip card or can they be configured in a more traditional manner?

Apple could go any way they want. There are no requirements.

The benefits of "as is" is speed. It's generally much faster to build it all on a single piece of silicon.

However, the differences of that speed- while easily and very tangible in benchmarks- are not necessarily as noticeable in typical use. Defense arguments being offered in other threads about M2 half-speed SSD as "good enough" and "99% won't notice" apply here too.

IMO though, there is no all or nothing here. Apple could deliver BOTH. Silicon with fastest RAM and SSD embedded AND not quite as fast traditional RAM and not quite as fast traditional SSD options too. Such a Mac Pro could both address the purist fan view of "Silicon is best in every way" AND Mac Pro distinctions of flexibility, expandability & customizability INSIDE a case.

Need more RAM? Load up on the speediest Silicon RAM and then add whatever additional you need in RAM slots. Yes, the latter will be a little slower but not noticeably slower unless you measure it with benchmarking tools.

Need more storage? Load up with the speediest Silicon SSD and then add whatever additional SSD you need in m.2 slots. Yes, the latter may be a little slower but not noticeably slower unless you measure it with benchmarking tools.

Any doubts? Dust off any Intel Mac you have and use it for your day-to-day functions. Do they seem noticeably slower because you are using an older processor, traditional RAM and traditional SSD? Almost anyone able to be objective would likely say no. Yes, of course there are exceptions where Silicon as configured is noticeably faster but a key to this post is imagining a Mac Pro without dumping what makes a Mac Pro different than a Mac Studio.
 
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No, if there is going to be a new ULTRA chip, Apple could be first with TB 5 if it is ready or Lightning 2 or Firewire 64000 if they so chose.

We don't have to undermine imagination by assuming based upon only what is available now. Whatever is going to go into this new Mac Pro is going to be a new (presumably) ULTRA chip made for it. It could then have ANY number of PCI-e lanes allocated to standardized or new proprietary ports/slots if Apple chose to do so.
and why have an build in apple only added ssd? when there are lot's of good / fast / way cheaper m.2 pci-e ssds out there.
 
I don't need the Mac Pro, but I've been wondering about this myself. We'll have to see what Apple comes up with but this has potential disaster written all over it.
 
The real problem with the Apple chips is that they do not do virtualization. On my Studio, I had hoped to be able to run Parallels with Windows subsystem for android, but that is impossible.
 
A 53k Mac that doesn't have upgradeable parts. Think about that.
Don't think too hard - A fully tricked out Studio Ultra is "only" $8k, and unless this "M2 Ultra" is something completely different from the M1 Ultra, the only way you could make one cost $53k would be to gold plate it. Or make it entirely out of Mac Pro wheels.

A more "courageous" Mac Pro would consist of a 2019 MP-sized box into which you could slot maybe 6-8 Mx Ultra compute modules (at several k$ a pop).
 
On chip memory is exactly what makes M1 and M2 so powerful and this is also coming to x86 etc. It's the only way to reduce memory latency. This should maybe be stated in the article, but I understand users want flexibility, but I would not sacrifice efficiency and latency for that.
Exactly this. The trade-off here is upgradability versus performance. The unified memory and integrated controllers are what make Apple's systems so freaking fast. If Apple were to stick standard DDR5 modules and M.2 drives in there, people would complain about the Mac Pro being slower than a Macbook Air.
 
A 53k Mac that doesn't have upgradeable parts. Think about that. And Apple thinks you can trade it the old model in for only $970!
Maybe this will be called the most affordable MacPro. It'd have to have upgradable and fully populated RAM and GPUs for it to cost 53k 😆
 
I've had no interest in Mac pros since the days of the powermac G4/G5. they priced them selves out of reach after that. iMacs became a much better value. now they screwed up the iMac and I don't even know what to buy.
Man, how can you lose with a pimped out M2 Mac Mini?
 
I wonder if there ever will be an AS MP?

I'm not remotely near being a MP customer or user, but unless there's pro use cases where PCI slots are needed that Apple wishes to serve, I can't see why they'd make a new AS MP now that we have the Studio.

The future of Apple's products is obviously putting as much components that they can onto SoCs.

If Apple could ever manage this, I think that their preferred approach would be to have one giant SoC with all supporting chips on it on all their products, completely non-upgradeable.
 
Wait, did anyone think Apple was going to invest time and money into carving out an exception to non-upgradability for their absolutely most expensive product that has an enormous profit margin at the top-end configs?
 
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Has anyone seen it? Or is that all rumblings on what could be?

Apple could design a box with Apple Silicon and lots of PCI card slots.
And they could offer a card to plug in with 2 TB of RAM.

Or decide to add something like 16 additional RAM slots on the motherboard, if they like.
Have memory near the CPU and more RAM with higher latency on a card or on slots to store more data. In that case the RAM need the CPU is more like a L4 cache.

If there a PCI slots, doesn't that imply, that you could add cards?

Especially Apple could do their own graphics card. While producing all the M2 MAX, there may be a few where the GPUs are fine, but some CPU core or Neural Engine is broken. Those could be put on a card just like a M2 extreme (4 pieces) and then just act as additional GPU cores.

Anyway, we look forward to what Apple produces.
 
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Best case scenario, Apple makes M3 pro-extreme daughter cards that can be added or removed for RAM and CPU upgrades. One motherboard for those that want PCIe slots with fewer daughter cards and another motherboard for those that want more daughter cards with no PCIe.

I'd hope that they'd make the Mac Pro chassis for years letting an aftermarket grow for used modules every time they come out with a new SoC.
Might be time to change the paradigm and go back to when Apple actually supported CPU/logic board upgrades on their systems.
 
On chip memory is exactly what makes M1 and M2 so powerful and this is also coming to x86 etc. It's the only way to reduce memory latency. This should maybe be stated in the article, but I understand users want flexibility, but I would not sacrifice efficiency and latency for that.

It's definitely a case of give with one hand and take away with the other.
 
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