Yes, this one too.What about VSX?
I would hazard a guess the Mac Pro (like the iMac Pro) would be aimed at workloads that are naturally highly-paralleled to benefit from multiple cores. The tasks that are not would be "light" enough that the slower single-core speed would be sufficient.
As such, if your workload was more optimized for single core, you would be using an iMac or MacBook Pro with the top-end i5/i7/i9.
The W-3275 28 core is claimed to have a Turbo Boost speed of 4.6 GHz. No word on the Turbo Boost speeds for the lower-core models, but one imagines they would at least be around that. Compare this to the W-3175 28 core, which maxes out at 3.8 GHz.
For comparison, the W-2000 series in the iMac Pro have Turbo Boost speeds from 4.2 GHz to 4.5 GHz. Their successors - Basin Falls - look to be around the same speed based on the comparable i9 models.
So I think the 3000 series would give the Mac Pro sufficient single-core performance while offering exceptional multi-core.
So, what content do you create? Please see sig.
I create 3d Art (as an amateur) and in that field, you need every byte of ram and every core you can throw at at your software - that includes all of the hobbyist level software, btw. My render engines are CPU based, and with my 12 core 4,1, I saw a major improvement in render times over my 8 core 4,1.
It isn't purely only the lowest end entry model nor the higher end BTO option that is going to be primary driver of the Mac Pro. Since Apple only does a lmited number of Mac Products they need something with a range.
They need something bigger than 16 and but not the biggest possible number imaginable ( by throwing more and more CPU packages at it). The lower bound can't be too high as to drag the entry price too high.
If they went AMD they could go TR2 ( or TR3 if wait until end of the year) they could start at 12. TR2 12 core is ~$580. It wouldn't a big difference in Bill of Material (BOM) costs to the Ryzen 9 3000 series. Better overall system throughput. And since that is the "bottom" of the core count spectrum more head room for core count increase at the top of the BTO.
Similar with regular Xeon W. They can start at 8 and scale up to 18. Intel needs to revisit their pricing on those though, because they have real problems. AMD has two lines ups that beat them in the 12-16 range. That's is going to start to bleed if they treat Xeon W pricing as dogma.
It isn't just core count. A substantive number of video folks are probably going to want more than just one internal drive. Read source from disk system 1 record out to disk system 2. The princess and the pea latency audio folks ... same thing.
It also really doesn't help to pretend that the iMac (and iMac Pro) don't exist. The Ryzen 5/9 3000 line up best fit is with the iMac. Yes, they'll get xMac pressure, but that isn't new. But it also isn't the relative "Mac Pro" space either.
I've also played with the idea of getting a cheaper Mac, say a Mac mini and then a cheaper gaming machine, rather than combining the two
PCIe 5 probably won't come out for at least a year or two, PCIe 4 is going to have a very short life span that's for sure. They've released the specs for it yesterday but it won't actually make it to consumers for a while, same with USB 4 from what I've read
PCIE5 would allow 4x RTX Titans for example to not be bandwidth starved...
I had a hackintosh running MacOS Sierra on an i7-3770k, GTX 970 and had Windows 10 for gaming. It was cool for a while, until, I also ran into issues when updating MacOS. And, then I completely turned my PC into just for gaming when I decided to buy a used mid-2010 Mac Pro in 2015-2016....
That is why I made a bold prediction that Apple will get its hands on it first before industry. Why? Because they're so freaking rich that they can afford to? They also need to be the new king of the hill and PCIE5 will surely garner that spotlight. They also need fast bandwidths for modular systems, in which PCIE5 will provide (more so than PCIE4)... And, even though Intel timetable for adopting PCIE5 is not in line (meaning, not late this year) with the upcoming Mac Pro... it doesn't mean Apple can't create a chipset and logicboards with PCIE5... So, it's totally possible that a new Mac Pro is PCIE5-ready when it is released later this year or early next year.
PCIE5 would allow 4x RTX Titans for example to not be bandwidth starved...
Apple could implement T3 chip, which has PCIE5 mode in it...
It's totally possible...
More possible than Apple putting TR3 or Ryzen3 in Macs, IMO!
Wouldn't the CPU also need to support PCIE5?
3D graphics defiantly need a lot of RAM, I edit video professionally for broadcast TV, we are all Mac here save for our Avid Media Servers and backend things I have no idea on (I.T. and techs look after that). We are one of the biggest production companies in the world. The colourists probably need up to 64Gb of RAM when they are working in High definition video (I work offline edit)
At home I produce music, have 32 Gb RAM and it doesn't really break a sweat. Ableton Live Hackintosh 6800K, I'd say most people don't need much more than the latest iMac 5k or Mac mini, but I've never really liked the form factor. I has a 2010 Mac Pro for years before going hackinstosh
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I agree most people would be best off with the latest iMac 5K with the 9900 processor. Video editor don't really need multiple internal drives IMO, well not in the old sense. I'd prefer say a 1tb NVME drive for OS and apps and then a RAIDED NVME PCIE card with 4 blades running at full tilt for 4K video files and then some sort of 10Gbe or Thunderbolt 3 storage solution for backup and storage (that's IMO of course on what I'd prefer).
Audio guys are better off with the same internal NVME and just a Thunderbolt or 10GBe storage solution, unless you are dealing with a lot of Samples and even then the bandwidth on audio is very small, it's not really needed
Threadripper is probably the way forward for Mac Pro and Ryzen for iMac and Mac mini
But Intel doesn't even have CPUs that can utilise PCIe 4 let alone PCI e5 but I guess anything is possible.
Gigabyte unveils new X299G motherboards for upcoming new Core X series around August or September but will be fully capable to support the enhanced Intel HEDT CPUs.
https://wccftech.com/aorus-next-gen-x299g-motherboard-intel-core-x-cpu-x499-aorus-xtreme/
Note that all the motherboards only have PCIe 3
If Apple release something similar for the Mac Pro, they are going to be handicapped out the gate in regards to PCIe speeds, this is a really important factor, NVME speeds will be slower than some competitors and GFX card throughput will be slow compared to AMD
Nice. The most important word is "listened".Let's hope Apple has talked and listened to a lot of pros...
What professionals really want
from the new Mac Pro
https://trib.al/b6sqoFl
Not necessarily. PCIE5 can be implented via chipsets and the logicboard circuitry per PCIE5 spec. Even, if the upcoming Cascade Lake Xeons aren't marketed as supporting PCIE5 by Intel... a hypothetical-PCIE5-ready-MacPro can still leverage it because a CPU is just a dummy and will not not work in PCIE5 speed just because Intel didn't say it couldn't.... IMO...
It's amazing how much time things can take if you never start working on them .
Right, but overall you're still constrained by the PCIe4/3 bandwidth of the CPU.
It's like putting a gigabit switch on a 100 megabit internet connection. It doesn't suddenly give you gigabit ethernet, even if in theory you have the bandwidth. Or like putting a PCIe 3 card in a PCIe 2 Mac Pro. It'll work, but the PCIe 3 lanes are still running at a max of the PCIe 2 speeds.
You could probably squeeze out... maybe 24 lanes of working full speed PCIe 5.0? But that's only enough for one GPU, maybe two if you start cutting corners. And there are no PCIe 5.0 GPUs, so what's the point?
I don’t think that’s likely at all. It used to be getting dual processors was a much more cost-effective way of getting more votes, but Intel has consciously made the multiple socket CPUs more specialized and expensive. Apple wasn’t and isn’t going to make a super-high-end tower so that leaves -W Xeons pretty much by default.Yeah, I agree. I was just worried that Apple would be stupid enough to use the server oriented Xeon SP versions which seem to have relatively low turbo boost. But I would assume that the W-3000 series will be solid.
Damn, now I want one!![]()