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What an odd spot this puts barefeats in.

If he wants the nMP to look good in the results the only answer is to ditch OSX and run Windows.

Funny times we live in.

You mean gaming results, not "results". Who buys these machines to game?

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I've been building watercooling PC's for so long now I have forgotten about how much room the HSF take lol.

I have a Asus Mars 2.... 3 slot unit! :eek:

I totally forgot about this as well. You can't even SLI the 2008 MP with two high end GPU's both occupying the x16 slots. I don't know how the arrangement is on the later models though.
 
If the nMP is form over function, so was the old Mac Pro. It only had dual sockets. Why not 4 sockets? If it had a bigger case, most certainly they could have put in 24 cores back in 2010.

So I think we can all agree that the number of core counts can always grow, the only important thing is where you draw the line. So we should all drop the single socket vs dual socket argument.

No, it's a perfectly valid argument. It's not so much form over function as it is form versus function. As with any device, you make tradeoffs. Apple chose the form path of its new design, knowing that a tradeoff would be going to a single socket design. In their estimation, that was acceptable. Of course they could have also offered a quad socket system in the past, but that certainly would have pushed the bounds of size, cooling, power, etc. And again, they made a value judgement there as well. The difference here is that Apple's competitors in the workstation market still to this day offer dual socket configurations. So that's why this argument still exists. The claim of "why not four or more processors" is just a deflective argument from the nMP defender brigade. There are certainly arguments to be made for the nMP, but this isn't one of them.
 
Dual 280x will occupy 4 slots as these cards are higher than a smaller GPU (ex. R7 240). They will use only two PCIe slots, but as these GPUs are higher they will also occupy the slot next to it.

I totally forgot about this as well. You can't even SLI the 2008 MP with two high end GPU's both occupying the x16 slots. I don't know how the arrangement is on the later models though.

Have you guys ever actually seen a cMP?

I have SLI'd with cMP plenty of times, can even Tri-SLI if you remove last 3 HDs.

Bottom slot is double wide guys, no loss of slots if you use a double wide card.

Enough FUD
 
If the nMP is form over function, so was the old Mac Pro. It only had dual sockets. Why not 4 sockets? If it had a bigger case, most certainly they could have put in 24 cores back in 2010.

So I think we can all agree that the number of core counts can always grow, the only important thing is where you draw the line. So we should all drop the single socket vs dual socket argument.

Same with memory.

....

Odd that you would say this, since the "128 GiB in the Tube" threads are so active. It seems pretty clear that some potential Tube buyers feel that 64 GiB is simply too small.

My Dell T3610 (E5-1650v2 3.5 GHz 6-core, same as the Tube) has 8 DDR3 DIMM slots, and supports 128 GiB using cheaper 16 GiB DIMMs. (Currently running with 80 GiB - two 4 GiB DIMMs from Dell plus two more 4 GiB from Newegg and four 16 GiB from Newegg.)

Most likely I could go to 256 GiB using premium-priced 32 GiB DIMMs - but if I'd planned for that much RAM I would have purchased a two socket system with 16 to 24 DIMM slots that can go to 768 GiB.

Four DIMM slots just don't cut the mustard today for a high end workstation.
 
Odd that you would say this, since the "128 GiB in the Tube" threads are so active. It seems pretty clear that some potential Tube buyers feel that 64 GiB is simply too small.

My Dell T3610 (E5-1650v2 3.5 GHz 6-core, same as the Tube) has 8 DDR3 DIMM slots, and supports 128 GiB using cheaper 16 GiB DIMMs. (Currently running with 80 GiB - two 4 GiB DIMMs from Dell plus two more 4 GiB from Newegg and four 16 GiB from Newegg.)

Most likely I could go to 256 GiB using premium-priced 32 GiB DIMMs - but if I'd planned for that much RAM I would have purchased a two socket system with 16 to 24 DIMM slots that can go to 768 GiB.

Four DIMM slots just don't cut the mustard today for a high end workstation.

Yawn. Get a dell.
 
If the nMP is form over function, so was the old Mac Pro. It only had dual sockets. Why not 4 sockets? If it had a bigger case, most certainly they could have put in 24 cores back in 2010.

So I think we can all agree that the number of core counts can always grow, the only important thing is where you draw the line. So we should all drop the single socket vs dual socket argument.

About everything being proprietary I agree though. They could have put in standard GPU boards so we could upgrade them as long as they fit the thermal envelope and keep the size exactly the same.

No, it's a perfectly valid argument. It's not so much form over function as it is form versus function. As with any device, you make tradeoffs. Apple chose the form path of its new design, knowing that a tradeoff would be going to a single socket design. In their estimation, that was acceptable. Of course they could have also offered a quad socket system in the past, but that certainly would have pushed the bounds of size, cooling, power, etc. .


Neither of you, valid arguments. Going from dual to quad sockets takes you to an entirely different architecture. It wouldn't be an option, it would be an entirely different computer. And the CPUs double and then some in price each and then you double the amount of them. Then the operating system would need a redesign to match this new architecture. You also can't run regular Microsoft Windows on those CPUs either. It's a special version of Server only, for 4 CPUs: https://www.cdw.com/shop/products/M...-R2-Datacenter-license-and-media/3119329.aspx $10K plus.

Okay, yes, not impossible, but what you are we talking about here, a Mac Pro with a base price of $20,000? Something like that. Is that how you defend Apple making what they made for the 2013 Mac Pro (avaiable in 2014)?

And lets clarify something here. I doubt most people are claiming the 2009/2010 machine were perfection. They were not. They were disappointing in lots of ways. So many things would have made those better: one more PCIe slot (I could use it), 6 RAM slots per CPU (the optimum configuration), offer the better CPUs that Intel sold (the ones with faster buses, more cache, faster RAM controllers, and simply more speed), make it rack mount friendly (those sharp edged handles were far less practical than the ones on the G4 machines the idea was appropriated from). Apple was also late in passing on large price drops from Intel's and and they could have brought at least on new round of video cards to those poor systems. That would have been a nice gesture, a sign that they cared at all. Something other than that pair of old cards that never saw a price drop for the 4 years that Apple touted them.

And what did our patience by us? The Mac Pro X. USB3 (but at slower speeds than on all the other Macs) and Thunderbolt ports, that do nothing for our infrastructures built around PCIe and FireWire. Did you know that the FireWire 1600 spec was fully ratified in 2008, it used the same connector as 800. Wouldn't that have been an amazing thing to see in the 2009 machines? FireWire 3200 was already being developed at that time as well. CPU dependent USB3 would have been so less interesting if those had come to be (and thunderbolt as well, $50 cables).

And the fundamental issue here is that Intel stopped making workstation CPUs. The last round of Xeons are optimized for servers more than ever before. Plus, every drop of performance gain that could possibly be coaxed from them comes with an increase in cost. This makes the 2010 3600 and 5600 series Xeons the best bang for the buck out there. So I'm mad at Intel, sure. But I'm mad at Apple for the silence and indifference. They could have done some something in those intervening years. We never got the best possible with that architecture or form factor.

So then, I can get a powerful Mac Pro X for all of $8000 or I can sink that money into three 2009 machines and their upgrades. Sure, it wont be exactly as fast (at running benchmarks) as the new machine, but I have 3 of them. And we don't use any of the 3 pieces of software that are optimized on the new machine so they do a very admirable job or it barely even matter as I have entire extra machines that let us split up tasks and efforts. 3 machines that work with any of my dozens of FireWire drives and PCIe cards and library of archives and backups residing on 3.5" drives that have dedicated sleds already attached to them.

And blah, blah, blah. At the end of the day, we are just not impressed with the more expensive but not really faster mini Pro that doesn't have enough RAM slots, that abandoned most existing interface standards in favor of something that is practically still in beta but that is expandable because you can change out the CPU for, the same CPU? Yup, the next round of updates from Intel will be on a new architecture. So maybe the 2014 Mac Pro will be the one to buy, in 2016 as a used machine that I upgrade to the newest processors. We'll talk then.
 
Neither of you, valid arguments. Going from dual to quad sockets takes you to an entirely different architecture. It wouldn't be an option, it would be an entirely different computer. And the CPUs double and then some in price each and then you double the amount of them. Then the operating system would need a redesign to match this new architecture. You also can't run regular Microsoft Windows on those CPUs either. It's a special version of Server only, for 4 CPUs: https://www.cdw.com/shop/products/M...-R2-Datacenter-license-and-media/3119329.aspx $10K plus.

That's not a "redesigned" version of Windows - they're the same Windows Server binaries with the dual-socket licensing restriction relaxed. In fact, you can buy two licenses for Server Standard for $733 each and run Server Standard with quad sockets.

In the "All we know about CPU..." thread Tutor is running a quad-socket hackintosh. He's discovered that Apple OSX only supports 32 logical cores.


And the fundamental issue here is that Intel stopped making workstation CPUs. The last round of Xeons are optimized for servers more than ever before.

Please explain in more detail. Surely the E5-1600v2 are workstation processors. What is there about "optimized for servers" that is harmful for a workstation?
 
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What is there about "optimized for servers" that is harmful for a workstation?


Z92aO0p.jpg
 
The difference here is that Apple's competitors in the workstation market still to this day offer dual socket configurations. So that's why this argument still exists. The claim of "why not four or more processors" is just a deflective argument from the nMP defender brigade. There are certainly arguments to be made for the nMP, but this isn't one of them.

Hmm, Apple's competitors offered 4 socket designs as well, so that's not really a difference, it's the same old same old.

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Four DIMM slots just don't cut the mustard today for a high end workstation.

Buyers would disagree.

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Have you guys ever actually seen a cMP?

I have SLI'd with cMP plenty of times, can even Tri-SLI if you remove last 3 HDs.

Bottom slot is double wide guys, no loss of slots if you use a double wide card.

Enough FUD

How do you Tri-SLI? My Mac Pro didn't even have 3 x16 wide busses.
 
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Neither of you, valid arguments. Going from dual to quad sockets takes you to an entirely different architecture.

So, like going from a single i7 to dual socket Xeon.

It wouldn't be an option, it would be an entirely different computer. And the CPUs double and then some in price each and then you double the amount of them.

So like, doubling the CPU's from single to dual. Look I realise it's not a standard setup, but it could always be done if Apple wanted.

Then the operating system would need a redesign to match this new architecture. You also can't run regular Microsoft Windows on those CPUs either. It's a special version of Server only, for 4 CPUs: https://www.cdw.com/shop/products/M...-R2-Datacenter-license-and-media/3119329.aspx $10K plus.

I doubt it'd be much trouble for Apple to release an OS that could run on 4 processors.

Okay, yes, not impossible, but what you are we talking about here, a Mac Pro with a base price of $20,000?

Probably less. And that's a good point because if all you want is more processors, you can always get more computers and make a render farm. If your task can run on 24 cores, then chances are that you can parallel compute it. Pixar does not buy 4 socket servers, they buy dual or single socket Xeon servers and runs them in parallel.

Is that how you defend Apple making what they made for the 2013 Mac Pro (avaiable in 2014)?

No, I don't think the new Mac Pro needs defending. Other than the dual GPU standard, it's the Mac Pro I have wanted for years.

And what did our patience by us? The Mac Pro X. USB3 (but at slower speeds than on all the other Macs) and Thunderbolt ports, that do nothing for our infrastructures built around PCIe and FireWire. Did you know that the FireWire 1600 spec was fully ratified in 2008, it used the same connector as 800. Wouldn't that have been an amazing thing to see in the 2009 machines? FireWire 3200 was already being developed at that time as well. CPU dependent USB3 would have been so less interesting if those had come to be (and thunderbolt as well, $50 cables).

Where is Firewire now? It's a dead spec, and you wanted Apple to continue with a dead spec?


So then, I can get a powerful Mac Pro X for all of $8000 or I can sink that money into three 2009 machines and their upgrades. Sure, it wont be exactly as fast (at running benchmarks) as the new machine, but I have 3 of them. And we don't use any of the 3 pieces of software that are optimized on the new machine so they do a very admirable job or it barely even matter as I have entire extra machines that let us split up tasks and efforts. 3 machines that work with any of my dozens of FireWire drives and PCIe cards and library of archives and backups residing on 3.5" drives that have dedicated sleds already attached to them.

Think of their resale value as well. I don't think you will be able to get decent money out of a cMP in 2 years. They will be garbage. But I'll sell my nMP in couple of years and get a new one.
 
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Have you guys ever actually seen a cMP?

I have SLI'd with cMP plenty of times, can even Tri-SLI if you remove last 3 HDs.

Bottom slot is double wide guys, no loss of slots if you use a double wide card.

Enough FUD

So you are actually recommending those who want to run Dual GPU's, to put one in a 16X slot, and one in a 4x PCIE2.0 slot? A modern GPU on a 4X PCIE2.0 slot really (that's only the amount of bandwidth of Thunderbolt 2)? AND give up 3 of their internal drive bays (which I thought was really important to cMP users?). AND improperly mount the GPU by having the second "slot" of GPU just hanging out above the PCIE mounts (and any Video connectors virtually inaccessible)?

I dunno man, now you are getting into the realm "sure you can do it, but...."....

Listen, I think many would have loved a simple update to the Mac Pro Tower to Ivy Bridge CPU's and Modern GPU's + USB 3.0 + PCIE Storage (or even SATAIII), but it didn't happen. At some point anyone with a cMP will have to realize that you can only cram so much functionality into 4 PCIE slots (5 "spaces"). And I realize from your business stand point this is what you would prefer, but let's not start recommending crazy....
 
People buying Dells, HPs and Lenovos are more likely to agree.


If nMP did not have enough memory for a workstation, then it wouldn't sell. It is selling, so you are incorrect.

People buying other computers have different needs than people buying Mac Pro's. If you still cannot see this simple fact after countless posts, I really don't know what to tell you.

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Can you point me to these? I'd like to get one.

Another poster beat me to it. Wow you can get a 32 core for 10K$. Not bad.
 
Was looking for something from a tier1 oem

You and I may not see eye to eye on much in this thread, but we can definitely agree on this one. No company I have ever worked for would buy workstations from a non-tier 1 (specifically only Dell, HP or Apple). So anyone else is irrelevant (especially in a corporate environment). Any tom, dick or harry can build a PC. Support is the most important.
 
The quad CPU/12 and 15 core systems are cleaning my clock, but not my wallet.

... .
In the "All we know about CPU..." thread Tutor is running a quad-socket hackintosh. He's discovered that Apple OSX only supports 32 logical cores. ... .

I do have a couple of quad CPU socket systems that I use mainly for animation and video rendering. In each of those systems, I've installed four 8-core E5-4650 V1s (C1 stepping - clocked the same as E5-2680 V1s) . As an experiment, I ran OS X 10.9.2 on one of those systems [ http://browser.primatelabs.com/geekbench3/558552 ]. For a monstrous Hackintosh, four (8-core) E5-4627 V2s would be better because they are clocked 1.2x higher than the E5-4650 V1s and the total core count of the 4627s fits perfectly within the 32-thread limit of OSX 10.9; so no hyper-threads would be wasted on the current Mac OS. I've chosen to leave only Linux OS and Windows Server OS installed on each of my quad CPU systems. Those two OSes use all 64 threads of each of my 32-core systems. Those additional 32 hyper-threads account for a substantial difference in rendering performance.

BTW- A 32-thread limit won't totally accommodate 2x 12 real cored CPUs, such as 2 E5-2697s, with 2x 12 hyper-threads (4 x 12 = 48). But, I'm certain that Apple could modify the OS to set that straight.
 
Was looking for something from a tier1 oem

You and I may not see eye to eye on much in this thread, but we can definitely agree on this one. No company I have ever worked for would buy workstations from a non-tier 1 (specifically only Dell, HP or Apple). So anyone else is irrelevant (especially in a corporate environment). Any tom, dick or harry can build a PC. Support is the most important.

Nice job adjusting your requirements once proven wrong.

I guess these clients don't matter, either. They're all small, inconsequential entities with no credibility. ;)

http://www.thinkmate.com/clients

The request was to provide info on 4-socket workstations. More than one source was provided. Oops, have to adjust parameters in order to not be wrong. :rolleyes:

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Those are rack-mount servers, not workstations, so no they don't count. Their tower/workstation models are 2-stocket.
 
If nMP did not have enough memory for a workstation, then it wouldn't sell. It is selling, so you are incorrect.

People buying other computers have different needs than people buying Mac Pro's. If you still cannot see this simple fact after countless posts, I really don't know what to tell you.

So very true about needs based decision making. Someday I may find a need for a refurb nMP.

Another poster beat me to it. Wow you can get a 32 core for 10K$. Not bad.

I search long and hard for sales and deals. Call me "Mr. Cheap" because I built each of my 32-core Supermicro systems for a lot under $10k total for the hardware for each of them - that includes motherboard, chassis, CPUs, active coolers, 128 gigs of Reg/ECC ram (I still have 16 empty slots), GTX 690 w/FSP BoosterX5, 18T storage, and 128G PCIe SSD.
 
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Nice job adjusting your requirements once proven wrong.

Didn't adjust anything. Figured Mac Pro lovers would provide no less than a tier1 recommendation.

The point is, no tier1 vendors make WORKSTATIONS that are 4P outside of some one-off specialist setups here and there because 2P is the sweet spot for cost, size, and performance in a workstation context.
 
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