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Really sounds like Apple is making a high-end computing appliance without a market. They’ve done something like this before with the 2013 Mac Pro and it flopped. It will flop again this time.

There is no point in competing in this end of the market without modularity and a high degree of component replaceability and expansion.
These computers are made for folks at companies like Pixar, where a department can decide they need to allocate money for it.. This is for folks that make a good deal of money off of their digital products. If I had $12k to throw around loosely, I'd get one, too.
 
These computers are made for folks at companies like Pixar, where a department can decide they need to allocate money for it.. This is for folks that make a good deal of money off of their digital products. If I had $12k to throw around loosely, I'd get one, too.
For expensive assets like this, most wise companies want a higher degree of field swapability.
 
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iCloud Pro to expand Mac Pro memory in 2030.

But for now, those complaining about a $50K Mac Pro.
It wouldn't surprise me if the most PRO config for this Mac Pro only cost $10K
 
The feature that Apple needs to focus on for Mac pro is not the RAM upgradability, but PCI-E. (GPU, PCI-E SSDs, Fibre Channel, Storage Systems etc.)

If the max RAM expandability is large enough (let's say up to 2TB), the discussion is over. Pick whatever you want and go.

There is a clear distinction now where the Mac Pro or Mac Studio aimed at.

You get a Mac Pro when
  • You professionally monetize the work you do on the machine
  • You work at a company that works in 3D, Animation, Video, Broadcasting etc. (hence the need to use nVidia/AMD)
  • Even miniscule speed improvement is time saved = Money
You buy a Mac Studio when
  • You're an enthusiast
  • You are a freelancer that monetizes the work you do on the machine.
  • You work at a (smaller) company that works in 2D/3D Graphics/Video/Broadcasting etc. + price of the machine has an effect.
 
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Where did Gurman say that there weren't any PCIe slots?

He really didn't, I threw those in for dramatic reasons.

Honestly though, if Gurman is going to argue that lack of support for 3rd party options is due to everything being on package or on the SoC (and it is currently not supported), then there's not much expansion options left to utilize those 8 PCIe slots.

One of the main points of the PCIe slots in the Mac Pro were the MPX models and the amount of GPU power you could cram in it (up to 4; 2x Radeon Pro W6800X Duo's). There is no f'en way Apple's GPUs will be able to match that kind of performance.

These systems are going to fail hard, if the exact same expansion options aren't available. People will want to upgrade their current Pro's and bring their PCI cards with them, especially those extremely expensive Radeon Pro cards.
 
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It all depends. If you are into audio mixing it's much neater to have some madi pci card in your machine. If you are into video you want your kona pci as well. And the most obvious is GPU upgrade right.
Yes, that is why a Mac Pro with PCIe slots has value for some people, although I am pretty sure that the audio cards could be Thunderbolt connected just fine (as could most of the required HyperDeck cards for video), but it would be much nicer to have them in the machine (and potentially faster). However, I agree with those who have said that RAM upgrades are just not done that often (if ever) in most professional systems, nor are GPU upgrades common. These are done most often by hobbyists or people who are not using these machines for paid work and so do not want to pay for everything up front (or historically, to pay less for the RAM than Apple charged). The speed difference between unified on package RAM and anything in a slot makes it very much a better solution.
When it comes to optical drives I still have use of BluRay to burn BDXL4 discs from time to time. It saves space when it comes to storage.
If you still need yesterday’s technology, it can easily be connected via Thunderbolt.
 
Adding GPUs could happen, but upgradable RAM is impossible while keeping the crazy memory bandwidth of Apple Silicon. Removable RAM is dead. Can't have those speeds with slots.

That's not necessarily true. Just because it is capable of that kind of bandwidth does not mean that's all it'll support.

The Ultra has 8 channels, and the Extreme could have up to 16... so, while most of them would be dedicated for high bandwidth on-package memory, a couple could be set aside to support off package memory slots.
 
I thought the whole point of apple silicon was it runs much cooler , so why on earth would you need a huge great big chassis like in the existing Mac Pro that’s geared towards ventilation for the much hotter intel chips ?
The primary use for a Mac Pro would be PCIe slots which require both physical space and cooling. In addition, it might be possible to run the SoC at a higher clock speed generating more heat that would need to be exhausted. Exactly the same reason aMac Studio needs to be bigger than a Mac mini.
 
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That's not necessarily true. Just because it is capable of that kind of bandwidth does not mean that's all it'll support.

The Ultra has 8 channels, and the Extreme should have 16... so, while most of them would be dedicated for high bandwidth on-package memory, a couple could be set aside to support off package memory slots.
Yup, it would be possible, but the extreme NUMA architecture would make writing code for such a system very painful. Essentially, the non-on-package RAM would be more like VM than real RAM.
 
For expensive assets like this, most wise companies want a higher degree of field swapability.
Just not true. People using these kind of systems to make money, just do not do RAM upgrades on them. They may need PCIe cards, but those would also be purchased when the machine was purchased, not added later (in most situations).
 
I think you lads are underestimating what Apple is capable, they can simply shove a crazy bunch of connectors to slotted M2 blocks and call the day. They have the budget and tecnology for that.
 
Yup, it would be possible, but the extreme NUMA architecture would make writing code for such a system very painful. Essentially, the non-on-package RAM would be more like VM than real RAM.

True, but there'a also the option of no on-package memory at all. Yes, memory bandwidth will definitely take a hit, but there will expandable memory, which is what the Mac Pro is mainly about; expandability.

Honestly though, how much memory can Apple cram on-package? Is the Mac Pro going be limited to 256GB? Is it even feasible to put that much on-package?
 
Let's wait for Apple to actually release it before we all get disappointed.
Nah. The real problem is that many people want to be able to buy a Mac Pro, as that is what they always bought and it it makes them sad that they no longer need (nor can justify the price) of Apple’s highest end systems. The Mac Studio is more power than 90% of pro users need and a new Mac Pro will be targeted at that last 10%. People who need 25/40/50/100Gb/s Ethernet, NVMe storage, and other PCIe cards, not people who buy the cheapest configuration they can so they can upgrade it with non-Apple RAM to save money.
 
Will it though? I mean, we’ve been this long without an Apple Silicon Mac Pro and according to Apple’s sales figures, that doesn’t appear to be putting a damper on their laptop sales.

Of course, it COULD be that the group that it will cast a whole new light on for are already people that don’t intend to buy a Mac. Which, in that case, that’s not a sale Apple was going to get anyway.
Valid points all. I just think Apple needs the final slam dunk on Intel that if they make a machine for which power consumption is not a concern that it exceeds Intel's best, while still maybe (or maybe not) being better for power consumption. I am all for computers that use less juice, however, I was hoping that Apple was going to release something ridiculously powerful too. Then it also needs to be upgradable and hopefully compatible with third party graphics cards instead of another closed system like the others.
 
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True, but there'a also the option of no on-package memory at all. Yes, memory bandwidth will definitely take a hit, but there will expandable memory, which is what the Mac Pro is mainly about; expandability.
You think that a substantially slower system that allowed for much slower memory expandability is what high-end pro users want? I highly doubt that.
 
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Just not true. People using these kind of systems to make money, just do not do RAM upgrades on them. They may need PCIe cards, but those would also be purchased when the machine was purchased, not added later (in most situations).
This is just not true. When you build out machines like this, you certainly want the option to expand memory and add new PCIe cards rather than buy another 50k unit for 1k worth of upgradability.

Citation: I worked in a university research center where we maintained two specialized towers for GPU-related research projects. We routinely swapped out Titan cards each time they made a significant upgrade in that series. Occasionally we had to add more primary memory to facilitate some operations hoisting up the GPU testing we were doing.
 
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You think that a substantially slower system that allowed for much slower memory expandability is what high-end pro users want? I highly doubt that.

I would argue that a large chunk of high-end Mac Pro users are video editors/producers who make use of extremely high-end GPUs and video processors... All the data used on those applications has to be sent off package anyway. Those PCIe cards (and workflows) will not get the benefit of having high-bandwidth on-package memory.

I would also argue that having an extensible, expandable system is antithetical to a highly integrated and optimized system, so there's always going to be a performance trade-off.
 
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This is just not true. When you build out machines like this, you certainly want the option to expand memory and add new PCIe cards rather than buy another 50k unit for 1k worth of upgradability.
People may add PCIe cards, they are not adding memory.
Citation: I worked in a university research center where we maintained two specialized towers for GPU-related research projects. We routinely swapped out Titan cards each time they made a significant upgrade in that series. Occasionally we had to add more primary memory to facilitate some operations hoisting up the GPU testing we were doing.
Your example makes clear why this is not how 98% of people using these machines for production work. At the many Visual Effects houses, post production facilities and pharmaceutical research labs where I have worked/consulted, the number of times anyone did what you said was about the same as your example of 2. In a world where the research is on the GPUs themselves, replacing them makes sense. In a world where people are doing work that uses these systems, replacing them does not.

Finally, that university research lab would never have even purchased a Mac Pro as it would it would not support nVidia GPUs, so your example is even more flawed.
 
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I would argue that a large chunk of high-end Mac Pro users are video editors/producers who make use of extremely high-end GPUs and video processors... All the data used on those applications has to be sent off package anyway. Those PCIe cards (and workflows) will not get the benefit of having high-bandwidth on-package memory.
The biggest benefit of Apple Silicon’s Unified Memory Architecture is that is no longer the case. However, arguing that everyone should give up the benefit of UMA because some people do not need it does not make a lot of sense.
I would also argue that having an extensible, expandable system is antithetical to a highly integrated and optimized system, so there's always going to be a performance trade-off.
I agree that there will be performance trade-offs, I just disagree with you as to which make sense. I think having PCIe cards is important, I do not think that having expandable memory is.
 
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Yes, that is why a Mac Pro with PCIe slots has value for some people, although I am pretty sure that the audio cards could be Thunderbolt connected just fine (as could most of the required HyperDeck cards for video), but it would be much nicer to have them in the machine (and potentially faster). However, I agree with those who have said that RAM upgrades are just not done that often (if ever) in most professional systems, nor are GPU upgrades common. These are done most often by hobbyists or people who are not using these machines for paid work and so do not want to pay for everything up front (or historically, to pay less for the RAM than Apple charged). The speed difference between unified on package RAM and anything in a slot makes it very much a better solution.

If you still need yesterday’s technology, it can easily be connected via Thunderbolt.

If you gonna Thunderbolt everything that's what Mac Studio is for. If you gonna keep it all in one package that's what towers are for. It's all personal preference actually. I do not mind either as I have mix and match of both. For example my audio rig has UAD-2 PCI DSP instead of external one because it just sits there to sell you plugins and I don't want external box for something as useless. And then RME Fireface/M-32 combo and custom Lynx Aurora which all sit in a rack inside the table.
 
Only if you consider that all Intel Macs we’ve had in the last 17 years were just PCs running Mac OS.
Yea, so there’s going to be some type of payoff on the high end for Apple Silicon at some point, unless they abandon it entirely which I don’t see in the cards.
 
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