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What I like to see is a (Temperature) test with and without the outer casing, would like to see if there's any change in temperature and noise levels.
First, why would you run the machine without its case? Second, you should expect the computer to run hotter because you've crippled it thoughtfully engineered cooling system.
 
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yeah, that case looks serious.

There's been a copy already that mimmicks the look of the case (even down to the round bits, Love the round bits)

But it definitely looks like a ridiculously cheap knockoff from a quality perspective. I'd be damn willing to pay a good $300-$400 for the case if it were sold on it's own. And that's not terribly unreasonable for the pricing of some ATX cases these days.

Heck, there are PC cases now that cost a good $600+ on their own. Like look at this beast: https://www.newegg.com/black-deepcool-gamer-storm-e-atx-mid-tower-chassis/p/N82E16811853057

Pretty positive Apple would (is in fact charging) charge $1000 for it if it was available.



First, why would you run the machine without its case? Second, you should expect the computer to run hotter because you've crippled it thoughtfully engineered cooling system.

Erm, is that a fact....reason I ask for a test is to prove it.
The casing is NOT connected to the internal cooling system, so there's that.

Test please.
 
Pretty positive Apple would (is in fact charging) charge $1000 for it if it was available.

Yeah, But that's not typical business model for Apple and I wouldn't hold my breath waiting for it to be sold on it's own :p

in the meantime, if you want to do your own custom build around the same look:
https://www.dunecase.com/index.html

buyer beware. I don't know the quality or reputability of this manufacturer. But they are selling a direct copy of the case, with internal layout of E-ATX (SUpports ATX as well)
 
I will probably never be in the market for something like this but I nerd out to stuff like this. It reminds me of the Apple we tend to reminisce about...that is still very much Apple today as displayed here. Apple is firing on all cylinders. They’re not perfect but they are delivering and obviously listening.
 
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Flash forward to today and LCs are still junk. When they fail it's sudden which leaves no cooling on the CPU and thus you brick your system.

Why not re-invent them with future innovation and also implement better shutdown safety features?

I dont see why it cant be done. We need to stop looking at what it once was and make it superior just like they have been with air cooling. If the market is there of course and its profitable.
 
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Yeah, But that's not typical business model for Apple and I wouldn't hold my breath waiting for it to be sold on it's own :p

in the meantime, if you want to do your own custom build around the same look:
https://www.dunecase.com/index.html

buyer beware. I don't know the quality or reputability of this manufacturer. But they are selling a direct copy of the case, with internal layout of E-ATX (SUpports ATX as well)
That case is a little rich for my blood, as my inclination is to spend less than $70 on cases generally speaking and I'd rather just get a G5 case and mod it for standard part use than spend $200 on a Mac Pro lookalike, but I do love that somebody already has this as an option.
 
Liquid Cooling simply uses a liquid as a "very efficient" means of moving heat away from components. The Heat still needs to be dissipated, you have a hot liquid instead of hot solids. Liquids are easier to transfer heat - or a "heat exchanger" as most facility managers would call it.

Now, you have a new set of problems. You have a warm liquid, that tends to do one of two things; become a bio-broth of bacteria, algae, fungus and clog up the system; or a highly toxic broth that may corrode the materials through which it flows. The warm liquid will flow across dissimilar metals, plastics, silicon based seals and likely come in contact with air.

If the heating, corrosion and eventual oxidation create a crack, the liquid is under pressure and will begin to leak, as it leaks you now have what is likely a highly conductive liquid spreading across your electronics.

There are liquids that are less likely to do this, such as florinerts - but they are expensive and toxic and generally not sold into the consumer market.
Um, Ethylene Glycol is hardly toxic (yes it is technically a "toxic alcohol" in the sense that drinking it is toxic, but not toxic to the touch), not destructive to electronics, typically has anti-corrosion chemicals in it, has pretty good heat capacity, doesn't promote microbial growth, has UV dye for leak detection, and is super cheap.
 
that fin density is weak looking,
Screen Shot 2019-12-10 at 3.06.20 AM.png


comparing to
noctua_nh_d15s_9.jpg
 
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I'm a quiet fan fanatic, and am sure the MP does have an overall wonderful cooling system, but they just completely give up on the idea of preventing dust ingress?

In the report they say that the "cheese grater" front helps prevent dust from entering.
 
<snip>
And as for the price, again, we're still talking about a single core Xeon. The Dell 7920 can take TWO 28C chips for the low low price of $43k.
Not sure what config you’re referencing, but a single Xeon system with the Mac Pro’s specs clocks in at almost $90k, though with the 30% discount they’re offering it’s available for the low, low price of $62k.

That’s 25% more expensive than Apple—with a slower CPU (2.5/3.8GHz vs 2.5/4.4), slower memory (2666 vs 2933), a less powerful GPU and a much slower SATA SSD.


1970B72E-E278-46A8-98B4-A37CA55C50B7.jpeg
 
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there is no way that "cheese grater" front will help prevent any dust from entering. even the dust filter mesh on my gaming pc has some dust on the cooler behind the dust filter.
They said “help.” I assume the idea is that at least some dust gets caught in those nooks and doesn’t “enter,” but who knows. Probably that’s the case, just so they can sell you a special “grater nook cleaning brush.”
 
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Yeah, But that's not typical business model for Apple and I wouldn't hold my breath waiting for it to be sold on it's own :p

in the meantime, if you want to do your own custom build around the same look:
https://www.dunecase.com/index.html

buyer beware. I don't know the quality or reputability of this manufacturer. But they are selling a direct copy of the case, with internal layout of E-ATX (SUpports ATX as well)

Cool, I'm just going to buy a case and set it in front of my 5,1.
 
Um, Ethylene Glycol is hardly toxic (yes it is technically a "toxic alcohol" in the sense that drinking it is toxic, but not toxic to the touch), not destructive to electronics, typically has anti-corrosion chemicals in it, has pretty good heat capacity, doesn't promote microbial growth, has UV dye for leak detection, and is super cheap.

And is super complex and limited and not nearly as good as air cooling these days. Only noobs use liquid cooling in home setups.
 
The lowest end Mac Pro is ridiculously priced in comparison to equally performant computers you can build today

I think that depends on whether you are comparing it with one that has similar specs but no headroom to grow or one with similar potential.

However, once you start scaling into the upper configurations, that margin does decrease.

It also decreases if one considers upgrading over time and therefore one wants the headroom (not necessity arguing for this, I am not sure that makes sense in most cases, just pointing it out).

I believe it's related to the motherboard they've designed here. Probably costs a ridiculous amount for the lower volume of sales that are expected for this device.

It is related to the whole machine. They have built a box with a tremendous amount of headroom. Users at the lowest end will pay a penalty for that growth potential.

That means that on the low end side of performance tier, that motherboard is likely a massive bulk of the actual costs as a percentage. But as you upgrade, that cost stays the same while the other components make up larger percentage of the price tag.

As someone else has explained on here, it is not the cost of the motherboard or power supply (although there is some of both of those), it is the cost of designing the full system.
 
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