So very true about needs based decision making. Someday I may find a need for a refurb nMP.
What else would people base their decisions on?
So very true about needs based decision making. Someday I may find a need for a refurb nMP.
What else would people base their decisions on?
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.
Most people base decision making on marketing propaganda and hope.
What else would people base their decisions on?
Most people base decision making on marketing propaganda and hope.
There is currently not a Thunderbolt multi-user RAID sharing environment without going from Thunderbolt-10Ge-FibreChannel as the interconnect.
I wonder if he meant "hype"
Certainly an Apple forte
Dilute a solid tech advance to 1/10 it's originally announced speed...how do you sell it?
Call it something impressive...like..."THUNDERBOLT"
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.
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?
So, like going from a single i7 to dual socket Xeon.
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.
I doubt it'd be much trouble for Apple to release an OS that could run on 4 processors.
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.
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.
Where is Firewire now? It's a dead spec, and you wanted Apple to continue with a dead spec?
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.
Can you even share Thunderbolt RAID's? I think you can mount them on one desktop at a time.
There are Thunderbolt raids, they are great for 1 or 2 systems to share.
You can share a Thunderbolt RAID from a connected system just like any other volume. The speed is limited by your connection, not by the OS/filesystem.
You CAN connect two computers that have thunderbolt1-2 and share files at thunderbolt1-2 speeds...
I would LOVE to hear how Imaginator's clients use Thunderbolt- I don't need names, just how they get by using Thunderbolt and without any PCIe cards.
The 2009 won because it offers means to connect at truly high speed and uses a common standard to do so. So it can and has been kept current.
The nMP lost because it only offers connections at 1/4 the speed of the 2009. So it is already done being upgraded. Done. No amount of shiny TB docking stations are going to up the 1/4 speed limitation.
Not saying TB isn't innovative tech, but in terms of I/O speed, it's got some catching up to do before it can truly compete with PCIe.
Anything could be done, but what is done has to have a certain mass appeal and be sellable at a price that is serves that appeal.
I doubt it would be much trouble for Apple to release an OS that would let me queue, pause and prioritize file copies, compare folder contents, or set up multi-parameter searches and sorts. But they don't do that either.
I have no idea what Pixar does. But yes, if you are going for maximum core density, you get some generic 1U server chassis and stuff them full of CPUs. Any version of the Mac Pro is a inefficient occupier of space.
It might not need defending, but that is all I see day after day in these and other forums. And no matter how much anyone does like it, the truth is still that it isn't really much faster than it's aging predecessor. And there is a big cost to that little bit of improvement.
FireWire didn't die, it was killed, by lack of development and USB3. Faster FireWire speed would have opened up all sorts of new opportunities.
I don't buy computers to sell them, I buy them to beat them mercilessly for as many years as they are relevant. Then I donate them in bulk to schools where my tax break is better than any potential return from dicking around on eBay.
Thunderbolt is not a protocol. It is just a PCIe extender. One that is currently slower than PCIe. And any storage that allows multiple simultaneous users has a controller (like a server operating system) that facilitates all that file sharing. You could build a switch that has a bunch of Thunderbolt to Fibre Channel adapters, but all that does is let you use expensive Thunderbolt cables instead of cheap fiber runs.
Whoa, maybe you missed this ENTIRE article, GPU's are now playing a huge part in processing of video/photos/etc. In fact 6 of the 8 tests were both GPU and CPU tests. Guess what? Both are running modern (current) video cards. Therefore the cMP is NOT the same cMP released 3-4 years ago, but rather a hybrid of Modern GPU with an aging CPU. What you also are missing, is that x86 processors (especially workstation since they are now a generation behind) aren't gaining much processing power (clock for clock) anymore. All X86 processors have virtually plateaued and instead more is being concentrated on GPU's.
Most people base decision making on marketing propaganda and hope.
Might not have a problem with any other arguments you might raise but this one is crap. The whole point of the oMP is that upgrade is easy. You are supposed to upgrade parts as required.
...
And then there's PCIe 2.0 x16:
PCIe 2.0 x16
500MB/s x 16 lanes = 8.0 GB/s
Don't forget that the current PCIe standard is PCIe 3.0:
PCIe 3.0 x16
~1000MB/s x 16 lanes = ~16 GB/s (actually 15.75 GB/s)
PCIe 4.0 is on its way - at ~32 GB/s
Lol. How much did u contribute to the article?
We loaned him the R9 280s
That's it.
He got other pieces from his own stuff or other vendors.
I don't write anything for him, have never met him in person.
You scratched his back.