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dunno.. you tell me:

let's try not to forget apple has made expansion much (much!) more simple and user friendly than cmp.

we can battle all day long about how easy or hard the thing is to take apart or how much more simple it may have been to put a gpu in a cmp.. but if the topic is user friendliness while extending capabilities, the nmp is the much better example for easy access to pci.

RETREAT !
 
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Man this thread really devolved.

So back to GPUs. Anyone try the new R9 series with any software? Anyone have thoughts on Intel recently supporting the Freesync standard?


Im hoping the new nMP has a fury.. Would love a fury x for its openCL strength in my cMP

And with octane 3 have openCL as compute would be interesting to see them stack against the 980ti's in cuda
 
In fact, when iFixit found that the 2012 Mini's ease of repair was blocked in the 2014 model by security torx screws they said: “Sometimes we just don't understand what goes on in hardware designers' ... “Apple took one of their most-fixable, most-upgradable products and broke it."

seriously man, you're running out of ideas here.. i'll keep going just to see what you'll say next but..

the 2014 mini uses non-standard torx security screws.. the teardown_ers had to redneck-prototype a driver to work on those screws because they aren't standard.. in fact, they said they've never seen them before.
their complaint wasn't because 'SECURITY TORX'.. it was because of the size of the 'SECURITY TORX'

are you sure ifixit wasn't referring to the following in their bad macmini reviews:

• ram is soldered to the logic board
• cpu is soldered to the logic board
?

also lets not forget something else.. when i first mentioned the screws a few years ago, it wasn't "hey checkitout.. torx screws yay!"
more like -- "hey, check it out.. there are screws" ...ie- "hey- nothing is soldered or welded or glued"

you're the one that brought TORX into the mix.. funny thing too, go watch those old threads and you'll see yourself saying the same crap then as you are right now except it was about the normal torx screws.

you- nov10_2013 said:
Is this comic relief ?

They list RAM as being user upgradeable. And you can dust the exterior. You are permitted to open it for purposes of admiring it's fine finish and see if anyone tossed wadded up paper in the fan.

They didn't use Torx bolts to make it easy to take apart.
:D
 
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say whatever lame thing you think you can get away with saying around here but so what.. it's only reflecting onto yourself.

plugging in a thunderbolt cable is far more user friendly than installing a pci card on cmp.

i don't even know how you would begin to argue otherwise and conclude 'plugging in the usb-c was harder than putting in the card'.. but please, let's hear it.

you're annoyed with me.. that fine. it's likely you're just annoyed with my personality and you're letting that skew your judgement about everything i say.. (such as now thinking cmppci is easier than thunderbolt).

why don't you just say what your real beef is instead of calling me an idiot over something that's so clearly obvious to be considered factual?
 
because when you take those out, you're about to peel the thermal paste.. they're also one of the more risky screws to remove as they're attached to the power.. over-torquing will potential twist the connection.

it's a measure to ensure the user has, at the very least, a dedicated tool required to remove these screws instead of just someone poking around in there with a slotted screwdriver*.. once they're out, they don't just go back in and the computer works just like before (as would happen with all the other screws).. you must now reapply thermal paste.

*pro-tip 2.. you can, in a pinch, use a flathead screwdriver on torx screw heads.. the pin prevents this from happening.
maybe they should change the name from SECURITY torx to idiot-proof torx ; )

So... a regular Torx would've been more user friendly, then?
 
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So... a regular Torx would've been more user friendly, then?
no.. they're the same thing.. they are used in an identical manner and if you didn't see the head, you couldn't tell the difference between the two.

it's nearly impossible to make a mistake with a torx.. they don't slip out.

imagine driving a car that you simply could not crash.. that could be considered the most user-friendly car.
these are user friendly screws.

do you make the connection?

....
seriously.. go find a torx screw and bit tomorrow.. do some screwing.. get slotted and phillips too..
you'll see what i mean immediately.
like, you really will see what i mean and be like "nice, those things are sweet"

or just ask @MacVidCards (since he unscrewed the torx for the pictures above).. ask him
"hey mac, how many screw heads have you stripped when installing/swapping hard drives on cmp?"
then ask
"how many torx heads have you stripped?"
 
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If they wanted it to be user replaceable there is no need for security torx. Normal torx would do. Simple as that.

But I don't even know why we're having this conversation when we all agreed already that the GPUs weren't user replaceable because they're bonded to the thermal core with thermal paste.
 
you're annoyed with me.. that fine. it's likely you're just annoyed with my personality and you're letting that skew your judgement about everything i say.. (such as now thinking cmppci is easier than thunderbolt).

Will discuss in point form for you i think it will be easier for you.

- This is my last reply to you, Ever.
- The thread is about GPU's - You seem to take EVERY thread off topic.
- Saying thunderbolt is easier well for a HDD or SSD yes, a raid system sure although pricier.
- How bout UPGRADING to a Titan X? Fury? - Possible through thunderbolt but the opposite of user friendly and unstable.
- You are a frustrating person you have no compromise in your arguments, You enjoy the attention that your getting from saying silly things so yes i don't like your personality at all.
- Your not stating facts, They are opinions, and yours at that.
- " the nmp is the much better example for easy access to pci." that comment from you will always make you look a little silly
- Goodbye
 
Why don't Flat and MVC go off to an island and either **** or kill each other. It's really getting tiring having every thread polluted with their ****.
 
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seriously man, you're running out of ideas here.. i'll keep going just to see what you'll say next but..

the 2014 mini uses non-standard torx security screws.. the teardown_ers had to redneck-prototype a driver to work on those screws because they aren't standard.. in fact, they said they've never seen them before.

I'll tell you a funny story. I've been working on eGPU on the nMP. I decided to remove one of the GPUs to see what happens with just one connected. Imagine my surprise to discover those security screws. Fortunately, I had a set of Torx Security screw bits. I had purchased them for upgrading a couple 2014 Minis.

So, just a couple sizes larger. Same screws, same drivers. There for the same reason, to keep the owner of the machine OUT of the machine.

Why don't Flat and MVC go off to an island and either **** or kill each other. It's really getting tiring having every thread polluted with their ****.

Got it. I'll let him slather the place with BS for awhile.
 
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So, just a couple sizes larger. Same screws, same drivers. There for the same reason, to keep the owner of the machine OUT of the machine.

please mac, tell me you agree with the following:

apple did not put an access latch on the nmp in order to keep the owner OUT of the machine.

if we can not agree on that point, which remember-- was the very original and main point i ever said about any of this prior to years of arguing secondary and thirdary and fourthary points of the initial statement..
if we can't agree that apple has not intended to keep owners OUT of the machine based on the presence of an access latch, then there's no other subsequent points to be made.
 
My point is that I don't understand how doing well in the second case (which AMD clearly does) helps with video processing, where you just want to run one shader/kernel on the entire video frame then move onto the next one.
From the hardware point of view:
OpenCL kernels are by default parallel operations on vector and/or matrix data (video frames are matrix data). Just because it's just one kernel, it doesn't mean it has to do serial operations. Most video processing can be done independently for each pixel. If you had 2073600 pipes in your hardware, you could do the processing of one full hd frame in parallel at one swoop.
TLDR; yes, the OpenCL drivers profit massively from the hardware parallelism of the AMD chips.

From the software point of view:
And the biggest complaint about OpenCL is the bad documentation. But that's not the fault of AMD or their chipsets. It's mainly Apple's fault. Which means, it hits Intel, Nvidia and AMD alike.
 
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Uhhhh. That definitely needs an explanation. It looks a lot like OpenCL designed for Apple's ARM processors.
Front end - low overhead and exposure of the GPU for the application - that is for the AMD hardware.
The problem is that pipeline is streamlined in-order execution. Looks like designed for Intel and Nvidia GPUs.
 
plugging in a thunderbolt cable is far more user friendly than installing a pci card on cmp.

Your statement is correct. However, there is almost no upgrade parts coming with thunderbolt connector. Most of the TB parts are the EXTRA parts.

HDD? SATA
SSD? SATA, PCIe, M.2...
GPU? PCIe
Audio / Video cards? PCIe

You can't just plug in the cable then finish the upgrade, that "plug in the cable" is an extra step on most of the upgrade (if not every single one of them), you need to have an extra PCIe box, may be an extra PSU... And you can't skip the "installing PCIe card" steps.

There is no way to compare a single step to the whole upgrade. You must compare the whole processes on both side.

And TBO, I doubt if there is any box can offer a PCIe solution as good as the cMP does. Zero tool require, well secure inside the machine, full PCIe2.0x16 bandwidth...
 
From the hardware point of view:
OpenCL kernels are by default parallel operations on vector and/or matrix data (video frames are matrix data). Just because it's just one kernel, it doesn't mean it has to do serial operations. Most video processing can be done independently for each pixel. If you had 2073600 pipes in your hardware, you could do the processing of one full hd frame in parallel at one swoop.
TLDR; yes, the OpenCL drivers profit massively from the hardware parallelism of the AMD chips.

From the software point of view:
And the biggest complaint about OpenCL is the bad documentation. But that's not the fault of AMD or their chipsets. It's mainly Apple's fault. Which means, it hits Intel, Nvidia and AMD alike.

Right, because massive parallelism is a feature that only AMD provides in their GPUs? My point is that CL kernels for image processing usually take the form of one kernel that is run on the entire image, not several independent kernels that need to be run at the same time, which is what AMD's asynchronous compute allows. If you are using one CL kernel, then you throw it at the entire GPU and let it crunch the numbers for a while, and both AMD and NVIDIA do very well with a workload like that.
 
Financially speaking, AMD is in a lot of trouble so I really hope this pans out for them. Everyone would benefit, even Nvidia fans, due to continued competition. I myself have switched many times based on which company seemed to be the right price/performance at the time.

I remember Diamond, Matrox, 3DFX, Canopus, and more. We're down to 2 companies now, and I don't want to see that fall to just 1. If anything, I'd like for Nvidia to continue, for AMD to catch back up in a big way, and for Intel to join the fray with discreet, powerful GPUs. But perhaps that's unrealistic and there is simply no room in the market for 3 contenders.

I give AMD two years as an independent company.
http://www.anandtech.com/show/9722/...computing-and-graphics-sales-hurt-bottom-line
 
Front end - low overhead and exposure of the GPU for the application - that is for the AMD hardware.
The problem is that pipeline is streamlined in-order execution. Looks like designed for Intel and Nvidia GPUs.

The front end is designed the way it is to eliminate overhead from the driver/ABI stack on the CPU. It's not for anyone's architecture.

I'd guess in order execution has nothing to do with Nvidia. Metal for OS X is nearly a straight port of what they're running on mobile, which means it's still designed to target the A series GPUs that Apple has on iOS devices. They didn't change anything significant when coming to OS X. They didn't design anything at all specifically for discrete cards besides some rearranging of resource management on the front end.
 
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