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At the moment I have a high end Windows PC parked alongside my Mac Studio. Seems like that is the way it's going to remain. I think it is going to be a long time to never for Apple to match the performance and value of a high end Windows machine for graphics intensive work.
Even in the Windows world, these are niche applications for a small number of customers. PCs are mainly built for gaming. Intel and AMD have a sales decline of 30% y/y. Apple sees what's going on and has changed plans.
 
I have an honest question:

Is there a scenario where Apple could just allow multiple M2 Ultra chips? I mean...when I buy ungodly expensive IBM iSeries machines (or even Windows servers, for that matter), they just charge me another $10k for a second processor (I'm dating myself a little here, it might be much more today).

And I know that the second processor doesn't make the server twice as fast as a single...but it helps a lot in various types of loads.

Why can't Apple just create multiple connections...I think they might call them sockets....again, this isn't my area.

They wouldn't be 'integrated', but they would be faster and cheaper than running multiple Mac Pros for heavy loads. And it would be very scalable (the only extra development would be the sockets).
 
Even in the Windows world, these are niche applications for a small number of customers. PCs are mainly built for gaming. Intel and AMD have a sales decline of 30% y/y. Apple sees what's going on and has changed plans.
I think the vast volume of enterprise computers will disagree with that sentiment. Gaming PCs are imo, a small percentage of overall PC sales.
 
At the moment I have a high end Windows PC parked alongside my Mac Studio. Seems like that is the way it's going to remain. I think it is going to be a long time to never for Apple to match the performance and value of a high end Windows machine for graphics intensive work.
Sounds like you didn't buy the high end Mac Studio.
 
"Still, there are two SSD storage slots for graphics, media, and networking cards"
Can I have some mayo on that word salad, please? Presumably means PCIe slots.

...but the 2019 MP has 8 slots, which take up 3/4 of the internal space. If the new MP only has 2 but stays the same size then it's going to be the most expensive box of fresh air, ever.

My big note of caution here is this: imagine Apple is testing out prototypes new Apple Silicon SoCs (M2 Pro, Max Ultra, Extreme, Ludicrous, M3, whatever) and wants to get them in the hands of software developers then the obvious thing to do is to make a large, spread-out development board with plenty of space for patches and connection points for test gear, with a PCIe slot or two for networking cards etc. (even the M1 seems to have some PCIe lanes for ethernet etc.) ...and if it even needs a case, stick it in a surplus Mac Pro case with more power and cooling than you need to worry about. It would be no big surprise if systems like this are floating around, and if some leaker sees them they'll think "scoop! new Mac Pro!" but in reality it's just a breadboard job that is never going to see the light of day.

As for these bombshells:
Non-upgradeable RAM:

That's inevitable if it's going to use anything resembling the current Apple Silicon SoCs. M2 Max/Ultra might increase the maximum by supporting larger LPDDR5 modules (or larger modules may have become available) although the major RAM bandwidth upgrade already happened with M1 => M1 Pro/Max. Nothing to see here.

Non-upgradeable storage:

If there are PCIe slots, you can add internal storage (dedicated SSDs for PCIe slots, or PCIe-to M.2 cards). The 2019 Mac Pro even has mounting points & connectors for a 3rd-party spinning rust module.

As for the primary, proprietary Apple fast SSD storage - the 2019 Mac Pro launched with these as "non-user-upgradeable" with the same justification as for the Studio*: they're raw flash storage and just changing them won't work because the controller on the T2 (for the 2019MP) or M1 (for the Studio) would need to be re-configured. It's possible - but seems pretty unlikely - that there are actually physical differences between the controllers in different storage configs, but more likely it is is just down to whether Apple chooses to make the necessary function available in their configurator tool. In the case of the 2019 MP, Apple later offered user upgrade kits - no movement so far on the Studio.

* Some are claiming success upgrading the Studio if you install modules in the correct permutations but Apple won't sell you the modules and I don't fancy buying and dismantling two Mac Studios to test it out!

GPU support:
Whether or not you can plug in 3rd party (well, AMD, at least) GPUs is really the big story here - so far, Apple have only been supporting their own GPUs on Apple Silicon. If it definitely supports PCIe GPUs that would be a scoop, rather than something to mention in an aside. They'd also need a lot of PCIe lanes (GPUs are one of the few things that actually make use of x16 slots).

PCIe support:
Plenty of uses for a couple of PCIe slots other than GPUs (esp. if you don't want a rats nest of USB-C cables and dongles hanging off the back) and some users could fill a lot more than 2 slots with audio/video interface cards. However, many of those cards - unlike high-end GPUs - would be fine in external 4-lane TB-to-PCIe enclosures which could be rack mounted along with a Studio-like computer to reduce the clutter. (One of the faults of the Trashcan was that it was exactly the wrong shape for rack mounting - there are already units available that can mount a Studio alongside 3xPCIe slots). Of course, rackmount kit tends to be "serious callers only" prices - but no more so than the 2019 Mac Pro itself.
 
Some other people have already mentioned this, but the one advantage to the fact that the ram and graphics are integrated to the SoC in the same form factor as the 2019 Mac Pro, is that there could be additional space for more expansion. Though, I have a feeling Apple will include I/O in one of those slots like they do with the 2019, it may include some thing bigger to take up more space/lines, and the space where the graphics card is in the 2019, maybe used up by a change the internal layout of the system. It’s hard to know until we see the real thing.
 
I'm 68 years old now.
My next computer will probably be my last and I intend it to be upgradeable especially as price becomes a concern.
How long are you planning to keep your next computer?
I believe 5-6 before you have to change sth.

In 6 years you will be 74. Are you really want to tell me that with 74 you would still be willing to fuss around with upgrading your computer?

Technology is developing rapidly. Especially with all these embedded systems more performant can-do-it-all-computers become more and more available on the market and get even smaller.

In 6 years you will get the same performance as to day probably in a Raspberry-Pi package.

So why would you like upgrading your system in 6 years?

Or let's assume you would be really like doing it.
In that case you would probably go with a WIN-Solution as PCs are more modular than Macs.
But even in that case you would need to replace all the internals = mainboard + CPU + cooling + PSU. And of course you need neew and more storage in RAM and SSD.

And that will make a new computer.

I am not against upgrading. Absolutely not.
I just think that this route will become narrower more and more - and result in a dead end eventually.
 
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I wonder if Apple is going to surprise us with memory slots. Computers have always had a trade off of storage space versus performance. CPU registers > CPU caches > RAM > Disk > Archive Storage.

Apple’s SoC could have on chip RAM and then offer traditional memory slots. It is a win-win. You get a nice chunk of high performance RAM and you can also add more standard performance RAM.
 
One of the main benefits (that contribute to the performance) of the M series chips is that Apple uses DDR5 unified memory. Having user upgradable ram would fundamentally break that. I have a lot of doubt regarding this computer (if Gurman can be trusted) but no one should be surprised or worried about this in particular.

WHAT IF a Grand Central station-like approach was applied so that apps needing fastest RAM automatically gain access to Apple RAM and apps needing abundant RAM beyond Apple RAM capacity can use the slightly slower RAM they've added in traditional ways?

In other words, does it have to be ALL (Apple RAM) or nothing? Couldn't there be room for Apple RAM + add-on (slightly) Slower (traditional) RAM as a kind of second tier of RAM?

As is, if more RAM is needed than available, the SSD becomes relatively very slow spare "RAM" to swap in and out to main RAM. So how about a THIRD tier: Fastest RAM + (not quite as) Fast RAM + (slow faux RAM) SSD (as last resort)?

This idea seems plausible to me in a hypothetical Mac Pro still built on Silicon. Those wanting maximum Silicon RAM speed would still pay up to MAX out Apple RAM. Those who need more RAM than the MAX available from Apple would have an option. Those willing to have slower processing could pair some amount of Apple RAM with slightly slower add-on RAM.
 
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How long are you planning to keep your next computer?
I believe 5-6 before you have to change sth.

In 6 years you will be 74. Are you really want to tell me that with 74 you would still be willing to fuss around with upgrading your computer?

Technology is developing rapidly. Especially with all these embedded systems more performant can-do-it-all-computers become more and more available on the market and get even smaller.

In 6 years you will get the same performance as to day probably in a Raspberry-Pi package.

So why would you like upgrading your system in 6 years?

Or let's assume you would be really like doing it.
In that case you would probably go with a WIN-Solution as PCs are more modular than Macs.
But even in that case you would need to replace all the internals = mainboard + CPU + cooling + PSU. And of course you need neew and more storage in RAM and SSD.

And that will make a new computer.

I am not against upgrading. Absolutely not.
I just think that this route will become narrower more and more - and result in a dead end eventually.
Am I willing to fuss around upgrading my computer at 74?
Certainly.
I built my first few windows machines. It isn't rocket science nor is it difficult to upgrade.
 
Apple’s SoC could have on chip RAM and then offer traditional memory slots. It is a win-win. You get a nice chunk of high performance RAM and you can also add more standard performance RAM.
This is something I’ve been wondering about. Theoretically it’s possible for a hybrid RAM system, but I’ve always assumed the combination would be unstable and that the traditional RAM would be a bottleneck. Would there truly be a benefit in having a system with both?
 
I'm 68 years old now.
My next computer will probably be my last and I intend it to be upgradeable especially as price becomes a concern.

The sure thing will be to embrace the PC. Apple seems to have fully left the station with this rumored Mac Pro being "last hope" for any user hardware flexibility at all.

PCs are quite good. Yes, they are not Mac and macOS and the Apple ecosystem, etc. but if anyone wants an upgradable computer, PCs are certainly that while this Mac Pro only MIGHT be one option for that within the walled garden (and at a relatively shocking price).
 
Of course, it could also be that Gurman was told a story to lay a false path so we will be mislead and Apple can release sth completely different than we expected.

Apple still thinks different - sometimes.
 
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