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... Give it 2 or 4 PCIe SSD channels (possibly 2 proprietary super-fast channels run off the T2 chip like the iMac Pro plus 2 that take standard NVMe SSDs)? ...

The T2 is one SSD. The iMac Pro has the Flash NAND chips split over two cards, but that is one logical SSD with one physical x4 PCI-e link (shared with some other stuff. ). Probably would only be one M.2 standardized SSD slot. Two perhaps if they balk at doing any SATA HDD drive slots.



Give it two PCIe x16 graphics slots,

I wouldn't bet on that. One is must; otherwise probably wasting their time. Two though, probably not. The default GPU is probably going to be an Apple designed and contracted made one.

plus an x4 or two for RAID cards and the like.

Probably not ( highly probably not for two x4 slots... unless that where the M.2 SSDs go by default. ). At least for RAID cards.

I haven't counted PCIe channels, but I think it all fits. Sell it for the same price as an iMac Pro with the same processor - lose the display to get the slots. Or $1000 more?

You're not accounting for the 1-2 10GbE sockets and the at least 4 TBv3 sockets that are extremely likely to be on the system. Have to at least get parity on the iMac Pro in the standard external sockets ( a second 10GbE port would be 'extra" ) .


The other option is to go all-out and build a machine that nobody outside of Hollywood can afford.

Why would Apple make a machine that almost nobody could buy? Not just higher than average, but "using someone else's money" very high. That makes about zero sense. Especially in a context were Apple's assignment of development resources have been so low due to hard to justify sales volumes. ( Steve Job's "nobody is buying them so why make them anymore". criteria. )


I can't really see Apple making a machine that covers all those configurations? If it starts at $5000, it probably won't top out at $50,000... Traditionally, the least expensive Mac Pro starts just about where the iMac leaves off.

Apple needs to start about $3000 let alone $4,000 at the top end. The Mac Pro doesn't have to start off with 8 cores. 6 cores as a starting point would be fine. ( some folks just want a box with a slot in it and their own internal storage choices.: e.g., an audio capture DAW where a substantial heavy lifting ot shoveled off to a single add in card. ). Similarly, a mid-range AMD RX 570-580 run at desktop card speeds would be fine for folks not doing 3D.

The iMac Pro has minimums to stay on top of the BTO configs for the iMac. The Mac Pro doesn't need to avoid the iMac BTO range because it is not an iMac. The iMac pro is an iMac so it does.

The folks who spurned the Mac Pro 2013 and the iMac Pro are not going to buy iMac Pro. The iMac Pro may be almost 1.5 years old by the time the next Mac Pro rolls out. If most of those folks haven't bought one by then then it is extremely likely they don't want it. Those are the substantial set of folks Apple has left "circling the airport". Cost is an issue for them; however, they aren't going to buy what doesn't

At the extreme some of this class of folks just want a bare-bones box. Apple probably isn't going to build an largely empty box for folks to fill. But should be able to config down to something that is going to get a decent number of 3rd party parts ( DIMMs, PCI-e card , another drive(s) ).

The question this time is whether they count the iMac Pro as an iMac when figuring their positioning?

conceptually they could count it as a iMac BTO ( it is pretty close to being one with the relatively minimal 27" case modifications made. ) . The BTO range doesn't count toward price overlap historically. [ between iMac and iMac Pro it does because the case mods are small. it is almost physically same exterior presentation. ]


and it wouldn't surprise me at all if it tops out over $30,000 - maybe over $50,000. Apple has never built a machine in that range (although the Mac IIfx could run as high as $12,000 in 1990 money, which is over $20,000 today), but they have a lot of Hollywood users who buy computers that expensive.

Folks who pay $30-50K for systems tend to be "high maintenance" ( will want highly customized response service). Apple doesn't want to be in that business. Plus the volume isn't particularly viable for Apple.

Apple might end up with some very corner case BTO options that push almost that high. (perhaps an $8K 2.5" SSD. ), but it is highly doubtful that is one of the primary focuses of the design. The notion the Mac Pro has to be extremely expensive because expensive is a 'feature' is bit delusional. Apple doesn't need that. Nor do they need to 'cover' all of the top end workstation options from the other Windows PC vendors.
 
It already costs you more than $13K to get to 384GB (let alone $30K for the Z8 maxing),
You must get a great discount on the Z8 (as all big HP customers do).

z8.jpg
 
At the very least, they have a $3699 iMac (non Pro, but with fastest processor and a 1 TB SSD) to stay on top of. The other problem with a $3000 -$4000 Mac Pro is that there's no processor for it. If they used an 8700K (or successor), they would have a whole different motherboard (different socket) for the low-end model only - there's nowhere to go from there. If you use Xeon-W chips, you're in the iMac Pro price range. Scalable Xeons put you in the Z8 price range. They've NEVER built an expandable Mac with a non-Xeon processor through the whole Intel era. Yes, there's a customer base clambering for it, but Apple has always forced iMacs down their throats by not offering the machine they want (they probably consider it a low-profit machine that's a support headache because it can turn up in a ton of configurations).
I'd be 100% shocked if this changes (defined as any Mac Pro with a processor below the base iMac Pro, or priced below $4499 (low probability of $3999)). I'd put a 50% probability on an iMac Pro level machine, with "reasonable" configurations ranging from $4499 to $9000 or so (some corner cases may be higher, with huge RAM configurations or SSDs). The other 50% is a Z8 level machine that protects the iMac Pro by starting at $7499 and having "reasonable" configurations WELL into five figures, with corner cases significantly over $20,000.
Apple offers their very expensive ProCare support ($500/year), which is equivalent to HP workstation support. A very expensive Mac Pro might include it, OR it's not that big an expense on a machine over $10,000, especially if it covers several of them in a company - ProCare covers up to 5 computers for that $500, but you can't buy it in increments of less than 5 machines. Apple does have the capacity for that kind of support, especially if you figure these things will disproportionately wind up in major cities where they can easily dispatch a lead genius/repair person from a nearby Apple Store to the customer site. There will be few enough of them that land in Wyoming and such places that the occasional "fly a tech out from Denver" repair won't break the bank (yes, HP has to do that if one of their big machines winds up in some odd place - I once saw an HP tech come from Boston to Burlington, VT to deal with a broken high-end ZBook). They just figure that there are few enough enterprise-level machines in rural areas that they can afford to deal with them when they break. Very high end car makers have the same problem - Teslas that break in Vermont get trucked to Boston or Montreal if it's something the tech can't deal with in the owner's driveway (they'll have to change that with the Model 3).
 
You must get a great discount on the Z8 (as all big HP customers do).

View attachment 772785

One thing I do appreciate about Apple, its CTO experience is simple, and you know what actual price you're paying. Dell and HP constantly having misleading "discounts" and sales on their computers make the entire buying experience feel like a sleazy used car salesman.

At least this last time I tried it HP won't let you configure a machine that can't exist. A few years back when I had to configure the Z8X0 for the office it would let you pick physically incompatible upgrades and not let you know until you confirmed on the payment screen.

There is another problem with a Mac Pro under $4000 (unless they kept the whole line relatively affordable) - there is no processor socket that would work.

You cut the 5K display out of an iMac and drop from an 8-core to a 6-core -W, start with 16GB of RAM, lower the SSD, you could easily hit $3500 as a price point.

The bigger question is whether Apple views the modular Mac Pro as basically an iMac with slots, or if they want it to have additional power and flexibility beyond that template. If the latter, then you'd need -SP processors, and then Apple would be making two different SKUs with 1S and 2S machines. To me, that doesn't seem likely. A -W Mac Pro would still be a beast compared to the iMac Pro theoretically—better thermals, faster clock speeds (assuming it didn't use the same custom chips as the iMac Pro), more memory, choice in GPU and storage. But you also wouldn't get the 40-core dual processor behemoth that would have 512GB+ of memory. As I've said, the original Mac Pro was never that high-end workstation either, but now that Apple has an AIO workstation sitting at a fairly high end of the market and (correctly) sees the regular iMac working for a lot of fields that once needed "pro" Macs, I really have no good guess as to where they intend to pivot.

One thing I do think is increasingly likely with the T2 proliferating, though—feel like that increases the likelihood it's got Apple-proprietary storage, at least for the boot drive (and of course if it's got PCIe slots you can add fast and much cheaper storage alternatively.)
 
even with an T2 boot drive do really need the start point to be 1TB?
In a pro system apple needs to offer choice and with more then 1 slot / disk the start point can be as low as 256GB.

as for intel-SP vs intel-W same as amd threadripper vs epyc

one has higher clocks but less cores other lower clocks but more cores and multi socket.

AMD epyc does have lots of pci-e lanes and 1 socket tuned skus.

AMD Threadripper can do ECC ram but does not need it.

Also workstations do not need a high video card starting point. To cover high cpu workloads.
 
I thought the iMac Pro SSD (T2 controller, actual memory on cards) got its speed by being RAID 0? Someone mentioned that it's one drive on two cards instead... I wonder why? Was the 4 TB capacity unable to fit on one card of the size they had space for?

If they used Xeon SP, they could leave an empty socket in 1P systems - they've done it before, and its probably cheaper for them than using two different motherboards... Not sure whether they'd try to firmware-lock the socket (or use slightly variant Xeons nobody else has), or whether you could upgrade a 1P to a 2P by dropping in an identical processor? The cooling might be another problem - knowing Apple, we'll get some sort of nonstandard cooling system that might differ between 1P and 2P SKUs.

6-core Xeon W? Such a beast exists? And it's not simply a low-power part meant for embedded servers?
 
I am positive that spinning disks are forever going to be left outside of any future Macs' enclosure. TB3 can easily handle the bandwidth unless you need a fairly large stripped array. Power, heat, wear and tear, APFS compatibility are all valid reasons for that.
 
I think one main selling point of the nMP could be a T3 coprocessor that helps speeding Pro workflows. I wouldn't understand months of development aside professionals just to design where to place a TB3 port or how much RAM they would need.
Right now the tMP costs more (800$ less, which is less than the 5K display) than the iMP offering slower SSD, GPU and RAM (try comparing 8c/32/1TB option), which doesn't make sense unless it's a clear message of the price point of the nMP.
My hope is that at least the base config (8c min, I am pretty sure about that) could still offer better performance than the iMP, without the 5K screen, at the same cost of the present tMP 6c, which makes sense if you compare the price difference of Mac minis and iMacs.
I wouldn't pay the T3 and the modularity as much as a similar computer with a 5K display added, they need to be a least 500/1000$ lower.
 
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I am positive that spinning disks are forever going to be left outside of any future Macs' enclosure. TB3 can easily handle the bandwidth unless you need a fairly large stripped array. Power, heat, wear and tear, APFS compatibility are all valid reasons for that.
a pro workstation needs to have room for added disks it's not just bandwidth
But not wanting lot's of Ext boxes and cables
Making use of the build in chipset sata ports
and TB3 add a lot of cost to an disk

at least have room for 2.5 SATA disks and m.2/ msata cards.
 
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I thought the iMac Pro SSD (T2 controller, actual memory on cards) got its speed by being RAID 0? Someone mentioned that it's one drive on two cards instead... I wonder why? Was the 4 TB capacity unable to fit on one card of the size they had space for?

Most likely capacity. The 2018 versions of the MBP 13" and 15" both have a T2 and four NAND chips. The individual boards for the iMac Pro NAND storage: 4 NAND chips. So the second board adding another 4 NAND chips is more so about capacity than "speed".

2018 MBP 15" Blackmagic disk test in a recent review on Arstechnica : 2628 MB/s , 2472 MB/s ( read , write )

poking around for a iMac Pro on same basic test software this review pegs the iMac Pro at 2996MB/s , 2450 MB/s ( read , write ). The iMac Pro is smaller capacity spread out over more NAND chips. Eight NAND isn't particularly different than some higher end 2.5" SSD drives though.


Any SSD whose write speeds is in the same ballpark as the read speed is using something akin to RAID 0. There is no revolutionary move by Apple here other than placing the NAND chips farther from the SSD controller than normal. ( that happens in the MBP's too. The NAND chips are across the fan notch from the T2 on both machines. )

We'll see when Apple revamps the mainstream iMac to use T2 (or later) driven SSD whether they get one or two NAND daughter boards. I suspect for the 21.5" models it will be just one and using the same board across the whole iMac lineup will just be cheaper ( economies of scale. ).

If they used Xeon SP, they could leave an empty socket in 1P systems - they've done it before,

The 2008 was the quirk of the dregs of the "front side bus" design Intel was dragging on ( it was the only option; not the best one. Eight cores on a single memory bus doesn't scale well. ) . Apple did not do that in any other year. In fact, in 2009-2012 went to the processor tray in part just so they would not have to ship empty CPU sockets. With CPU coupled memory empty CPU sockets also means lots of empty RAM DIMM sockets and Apple hasn't done that in over a decade. They are unlikely to do a 180 turn in direction now a decade later. It is a push just to have socket, let alone empty.

and its probably cheaper for them than using two different motherboards...

It would be cheaper to use economies of scale with the iMac Pro and Mac Pro feeding the same CPU line (and discounts ) from Intel. Buy more CPUs and get a larger discount with less inventory hassles.

Neither the iMac Pro nor the Mac Pro present to be in the healthly into the viable Apple product zone. ( well above minimal thresholds ). The iMac Pro rides in the iMac volume's bow wave. Mac Pro is probably going to be in a similar situation ( it hasn't had resources assigned to it. Two 3-5 year gaps between updates points to a product not clicking along at relatively high volumes. )


Not sure whether they'd try to firmware-lock the socket (or use slightly variant Xeons nobody else has), or whether you could upgrade a 1P to a 2P by dropping in an identical processor? The cooling might be another problem - knowing Apple, we'll get some sort of nonstandard cooling system that might differ between 1P and 2P SKUs.

The firmware lock is not particularly practical. Again Apple has never been enamored with 3rd party processor drop in upgrades ( not going to sell them themselves and not particularly actively supporting efforts of others ). Cooling is more "standard" when have 1,000 different users putting random coolers into the system. That is when have to design in TDP slop to expand the envelope to handle a variety of solutions that highly decoupled from each other.


6-core Xeon W? Such a beast exists? And it's not simply a low-power part meant for embedded servers?

4 core Xeon W exist .

https://ark.intel.com/products/series/125035/Intel-Xeon-W-Processor

The W2125 ( 4 ) , W2135 ( 6) , W2145 ( 8) , W2155 ( 10 ) all Max Turbo out at 4.5GHz. However, the base best clock rate is the 4 core model. All four have the exact same 140W TDP thermal profile window ( which means meant for the same system designs. ). 6 cores with higher base has nothing to do with "embedded servers". A workstation workload profile that has a significant fraction of single threaded main CPU work actually will work better than the higher core W options ( and smoke all of the reasonably prices -SP options which are largely non-optimized for single threaded workloads. )

The W2125 is priced close to where the entry level Mac Pro processors have been historically priced. If Apple completely abandons the $2-3K price zone then they can start at 6 cores. 4 cores would work for a sizable number of folks who have pushed more than a majority of the bulk of the parallel workload off to 1-2 GPU/Audio/Video cards and have budget constraints.
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Everymac's numbers are borked.

Not quite.

https://forums.macrumors.com/threads/mac-pro-announced.222544/#post-2691984
"
#23
For those of you hoping for a mid-range tower, you're looking at it. Take the processor down from dual 2.66Ghz to dual 2.0 and the HD down from 250GB to 160, and you're looking at a $2124 machine. ..."

Not sure if disappeared later, but at the time of the announcement there was a BTO options to move "down" from the base configuration. It is kind of a close to bare-bones options that Apple used to have in the line up where where got in "too small' range on RAM and disk (and/or older, mature HDD) to limbo to the lowest of the low. That goes back to the PowerMac era too where the base (or option down from base) was at the edge of cutting corners to shave off the price point ( and somewhat catering to folks who more so just wanted a bare-bones container to fill up. )


For the current Apple, the base is the hard bottom.

But for most of the Mac Pro era from 2006-2010 the 'norm' was that the base price was in the $2,499 range.
 
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At the very least, they have a $3699 iMac (non Pro, but with fastest processor and a 1 TB SSD) to stay on top of. The other problem with a $3000 -$4000 Mac Pro is that there's no processor for it. If they used an 8700K (or successor), they would have a whole different motherboard (different socket) for the low-end model only - there's nowhere to go from there. If you use Xeon-W chips, you're in the iMac Pro price range. Scalable Xeons put you in the Z8 price range. They've NEVER built an expandable Mac with a non-Xeon processor through the whole Intel era. Yes, there's a customer base clambering for it, but Apple has always forced iMacs down their throats by not offering the machine they want (they probably consider it a low-profit machine that's a support headache because it can turn up in a ton of configurations).
I'd be 100% shocked if this changes (defined as any Mac Pro with a processor below the base iMac Pro, or priced below $4499 (low probability of $3999)). I'd put a 50% probability on an iMac Pro level machine, with "reasonable" configurations ranging from $4499 to $9000 or so (some corner cases may be higher, with huge RAM configurations or SSDs). The other 50% is a Z8 level machine that protects the iMac Pro by starting at $7499 and having "reasonable" configurations WELL into five figures, with corner cases significantly over $20,000.
Apple offers their very expensive ProCare support ($500/year), which is equivalent to HP workstation support. A very expensive Mac Pro might include it, OR it's not that big an expense on a machine over $10,000, especially if it covers several of them in a company - ProCare covers up to 5 computers for that $500, but you can't buy it in increments of less than 5 machines. Apple does have the capacity for that kind of support, especially if you figure these things will disproportionately wind up in major cities where they can easily dispatch a lead genius/repair person from a nearby Apple Store to the customer site. There will be few enough of them that land in Wyoming and such places that the occasional "fly a tech out from Denver" repair won't break the bank (yes, HP has to do that if one of their big machines winds up in some odd place - I once saw an HP tech come from Boston to Burlington, VT to deal with a broken high-end ZBook). They just figure that there are few enough enterprise-level machines in rural areas that they can afford to deal with them when they break. Very high end car makers have the same problem - Teslas that break in Vermont get trucked to Boston or Montreal if it's something the tech can't deal with in the owner's driveway (they'll have to change that with the Model 3).

For the love of god, use paragraphs !
 
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At the very least, they have a $3699 iMac (non Pro, but with fastest processor and a 1 TB SSD) to stay on top of.

A base of 1TB for the SSD is simply base price inflationary. If just using the boot SSD as a basic OS+Apps+"core" user home drive than the same sizes the MBP start off at is just as viable. The 2018 MBP 13" starts off at 128GB; so 256GB would be quite reasonable.

A completely different issue as to why the Mac Pro would be limited to one and only one internal drive. That is a bigger goof up by Apple than locking in the base drive size to 1TB (because only one drive.)




The other problem with a $3000 -$4000 Mac Pro is that there's no processor for it.

No factual basis to back that up at all. ( addressed earlier above).

If they used an 8700K (or successor), they would have a whole different motherboard (different socket) for the low-end model only -

Strawman off in the swamps. The iMac Pro skipped 6 cores because the mainstream iMac is likely to get 6 cores this year. That's why; not because there wasn't a 6 core option. The 8 core iMac Pro regularly being put on sale is indicative that Apple may have priced it a bit too high. ( it looks like it is base price was pushed clear of the iMac BTO options on purpose which isn't a well grounded idea. )





there's nowhere to go from there. If you use Xeon-W chips, you're in the iMac Pro price range.

Nope, if you actually look at Xeon -W prices which start at $500; which is vastly different than the 8 core's price ( $1,100).



Scalable Xeons put you in the Z8 price range.

Again no. The HP z6 has Xeon SP processors and are in the $2K-3K range toward the base. This whole $4K 'has to be the bottom" is just hand waving; not market analysis.





They've NEVER built an expandable Mac with a non-Xeon processor through the whole Intel era.

"Expandable" means PCI-e slots? Because RAM and drives there have been some Mac Mini options. ( go to two HDDs and add RAM. )


Yes, there's a customer base clambering for it, but Apple has always forced iMacs down their throats by not offering the machine they want (they probably consider it a low-profit machine that's a support headache because it can turn up in a ton of configurations).

There a very substantive difference between the "xMac" and the Mac Pro. Back in most of the first 3/4's of the Mac Pro era the iMac had mobile CPUs and mobile GPUs. The current context is substantially different. The iMac Pro has desktop class both. (not completely maxed out on clock, but not entry level desktop either. )

The folks who spent 2012-2018 not buying an iMac (or iMac Pro or MP 2013 ) haven't had anything forced down their throats at all. They've either bought nothing or have jumped ship (from Apple). That is a signficant fraction of what Apple is missing. Anyone who is willing to wait 3-5 years isn't boing to budge any time soon. Those have clearly demonstrated that they are market segmented on something other than CPU (and default GPU) performance . It is a clearly segmented market.

There is another set of folks who would like to fratricide the mainstream the mainstream iMac. That is a completely different issue that Mac Pro characteristics ( higher than average RAM ( + ECC to cover high RAM usage) , higher than average core counts, significant higher priced PCI-e add-in cards, etc. ). The xMac are really far more so about "keeping up with the PC Joneses" with mainstream 3rd party PC part prices. Pragmatically that is more so about keeping up with the mainstream drop in average selling prices. )




I'd be 100% shocked if this changes (defined as any Mac Pro with a processor below the base iMac Pro, or priced below $4499 (low probability of $3999)).

I'd be 100% shocked if the iMac Pro entry level price points stayed the same on the next iteration. There wasn't a really good rational basis for them in the first. So why Apple would stick to them when they presented a problem would be mystifying.


I'd put a 50% probability on an iMac Pro level machine, with "reasonable" configurations ranging from $4499 to $9000 or so (some corner cases may be higher, with huge RAM configurations or SSDs).

That isn't going to work especially if Apple allows access to the RAM and there is room for another internal drive. Apple partially gets away with goosing the iMac Pro base RAM and SSD capacities higher becaues it is so 'hard' to get into the machine. Even the MP 2013 allowed easy access to the RAM (and technically the drive... although reasonable replacements didn't particularly show up). There isn't a good reason for Apple to drop that access from a new "modular" Mac Pro worse than it was in the 2013. A 2nd standard M.2 slot and standard DIMMs would be a solid differentiation point for a new Mac Pro. ( that doesn't mean the vast majority of folks would flee off of the iMac Pro at the low end at all. Lots of folks want a system that just works out of the box... they don't want to tinker with it over time. )




The other 50% is a Z8 level machine that protects the iMac Pro by starting at $7499 and having "reasonable" configurations WELL into five figures, with corner cases significantly over $20,000.

Z8 is largely misdirection. The Z4-Z6 is more likely more in the center of Apple's cross hairs. Apple isn't going to be shooting for maximum number of slots and flexibility. The older Mac Pro were in the zone between the Z600 and z800 ( z6 / z8 and the Dell 5000 / 7000 series ).

Apple offers their very expensive ProCare support ($500/year), which is equivalent to HP workstation support. A very expensive Mac Pro might include it, OR it's not that big an expense on a machine over $10,000, especially if it covers several of them in a company - ProCare covers up to 5 computers for that $500,

Apple has outsourced a significant amount of their enterprise support to IBM services. They aren't completely walking away but it is also not a core competency. The high maintenance is more than just troubleshooting hardware failures.
More than a few of them tend to operate on the "one throat to choke" camp so they want one vendor for all (most) of the hardware. If in that space there is push to be in the the "make everything for everybody" camp. That's isn't Apple core competency.

If Apple did a above iMac Pro system as the next iteration of Mac Pro ( ie. moving from $2,999-2,999 base to $6+K then the rate of refresh would probably be no better than the last 6 years. Apple would go back into Rip van Winkle mode and nothing would happen for 3-5 years again. The volume would be too low to really matter and when other stuff came up ( because "stuff happens" ) in the Mac product line up the Mac Pro would be last on the priority totem pole and would "starve out" once again for a large block of time. if want to kill the Mac Pro over the long term there aren't much better plans than to spike the base entry price by 100%.
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I think one main selling point of the nMP could be a T3 coprocessor that helps speeding Pro workflows. I wouldn't understand months of development aside professionals just to design where to place a TB3 port or how much RAM they would need.

There is extremely likely no magical, Area 51 technology necessary for the delay in a new Mac Pro. If no one was working on a new one 2-3 years ago then no new system will come soon.

The T2 (and likely T3 ) is far more so about subsuming functions that already exist in the I/O stack than some major "offload" of the CPU (or GPU). The SSD aspect is just keeping up with the Joneses in terms of crypto offload and performance. There are security aspects. It is extremely unlikely there will be some Mac Pro only T-series processor.
( the point will more likely be to get the cost of the t-series processor down by spreading the same one across the whole mac line up; variances on SSD NAND configs perhaps but same core T2 package. )

If Apple had no active team and was completely dead in the water then 18 months wouldn't be surprising. Add in some synchronizing with the next Xeon W update ( and probably a GPU update ) and it wouldn't be surprising that they didn't finish engineer test and production testing until end of 2018 and launch in 'early' 2019.

Apple is probably not building a simple box with slots clone either. So it isn't like take the Intel reference board and slap an aluminum case around it. They aren't shopping for production parts down at Sunnyvale Fry's store. Apple probably had all available resources allocated to the iMac Pro until it was largely finished and only then seriously started working on the Mac Pro. There is no indication whatsoever that Apple has concurrent large scale resources on every mac product running concurrently in parallel at all. None. ( that isn't a "hates pros " thing, that's across the whole Mac product line up 'thing'. )


Right now the tMP costs more (800$ less, which is less than the 5K display) than the iMP offering slower SSD, GPU and RAM (try comparing 8c/32/1TB option), which doesn't make sense unless it's a clear message of the price point of the nMP.

The current MP 2013 pricing has little to do with priced to sell. That is probably just a likely priced to goose folks looking for a MP 2013 replacement into a iMac Pro as much as anything else. It isn't competitively priced in a general context at all. ( Apple wants to sell something else and just goose the inventory stocks until have a replacement. Priced high so demand is slower and inventory draw down in this case is lower. Normally Apple avoid inventory like the plauge but they probably aren't trying to make too many more of these MP 2013 models at all. )

The new Mac Pro is probably more so aimed at folks who avoided the MP 2013 and iMac Pro. The iMac Pro base pricing is far more about not overlapping with the mainstream iMacs BTO pricing, than the dregs of the Mac Pro Apple is currently stuck with.

Apple's SSD pricing is so outside the mainstream that throwing those option pricing into the mix of a system tends not to illuminate anything in terms of inter-system pricing. It is primarily that the SSD is relatively "high".


My hope is that at least the base config (8c min, I am pretty sure about that) could still offer better performance than the iMP, without the 5K screen, at the same cost of the present tMP 6c, which makes sense if you compare the price difference of Mac minis and iMacs.

Easiest way for Apple to get to MP 2013 6c pricing is to go with 6 core Intel W ( and swap 2nd GPU costs for boosted base SSD capacity, case/infrastructure costs , and/or T2 cost overhead. ). Approximately, same sized SSD and RAM as current model too.


I wouldn't pay the T3 and the modularity as much as a similar computer with a 5K display added, they need to be a least 500/1000$ lower.

If there is a T3 it would just as likely be added to a iMac Pro as it would to be an Mac Pro. If they both have it there isn't going to be much of a differentiation there at all. wouldn't be surprsing if it ended up in a regular iMac ( and if can get costs low enough, Mac mini if revise it. ). Where there is an Apple SSD there will likely be a T-series chip (only expect where base price is so low it won't work. which probably won't be restricted to the top of the line once get to the 3rd iteration and the system inclusion volume ramps up. )
 
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Not quite.

https://forums.macrumors.com/threads/mac-pro-announced.222544/#post-2691984
"
#23
For those of you hoping for a mid-range tower, you're looking at it. Take the processor down from dual 2.66Ghz to dual 2.0 and the HD down from 250GB to 160, and you're looking at a $2124 machine. ..."

Not sure if disappeared later, but at the time of the announcement there was a BTO options to move "down" from the base configuration. It is kind of a close to bare-bones options that Apple used to have in the line up where where got in "too small' range on RAM and disk (and/or older, mature HDD) to limbo to the lowest of the low. That goes back to the PowerMac era too where the base (or option down from base) was at the edge of cutting corners to shave off the price point ( and somewhat catering to folks who more so just wanted a bare-bones container to fill up. )


For the current Apple, the base is the hard bottom.

But for most of the Mac Pro era from 2006-2010 the 'norm' was that the base price was in the $2,499 range.

Huh, interesting. I've never seen a 2.0GHz Mac Pro in the wild, so I guess it wasn't a common choice.

I think the base PowerMac strategy made a lot more sense when your only alternative was comparatively wimpy iMacs though.
 
Apple has never liked designs that allow users to add their own commodity hardware internally. Part of this is actually legitimate (one reason for Windows instability is the huge number of possible configurations), but Apple is also protecting their own high margins. They'd always rather sell you an iMac.

Are we taking the term "modular" literally enough? Might we see a machine with some sort of interchangeable modules on a proprietary bus? Yes, you can add and interchange SSDs, but will they be Apple-provided "storage modules"? Of course, it'll be PCIe underneath, but maybe in a proprietary form factor that makes swapping them really easy but ensures you'll buy them from Apple. Could the video be an equally clever design - a "video module" that might not even require fully opening the machine to change, but also restricts the user to a range of Apple-approved Vega cards?

Who knows how far they'll go, but Jony Ive isn't going to let a barebones machine easily expandable with parts from Newegg hit the market.

It's also not going to be $2499. As another poster has pointed out, the iMac has moved upmarket - it used to use mobile chips, and is now available with up to the fastest desktop chips (excluding HEDT) available when it's released. The principle of not undercutting the iMac still holds (those $2499 Mac Pros existed when iMacs topped out around $1999). The $3699 iMac is not a corner case BTO nobody orders - it's a standard iMac with a SSD. At a minimum, the price of the Mac Pro will protect it as the preferred option - Apple isn't interested in selling a Mac Pro to someone they can sell an iMac to.
 
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Huh, interesting. I've never seen a 2.0GHz Mac Pro in the wild, so I guess it wasn't a common choice.

I think the base PowerMac strategy made a lot more sense when your only alternative was comparatively wimpy iMacs though.

the edu pricing took that into the barely under $2k ( $19xx ) pricing. I don't think it was the a huge fractinon of sales (hence being dropped on later iterations). however, $2,100 -> 2,500 is a $400 gap. Not the "crank it up" $1+K some folks are 'clamoring' for now. That is a quite significant increase in price elasticity. Apple would loose folks doing that. ( one reason the MP 2013 entry was gimped to squeak in just under $3K at $2,999 ). Lots of folks are just going to walk away if they see a leading '3' and especially if they see a leading '4' on the price. There might be "just enough' left to do the product but if any kind of hiccup in the marketing or market it would probably run into a brick wall. And Apple would jump right back into "Rip van Winkle" mode.
 
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Apple has never liked designs that allow users to add their own commodity hardware internally. Part of this is actually legitimate (one reason for Windows instability is the huge number of possible configurations), but Apple is also protecting their own high margins. They'd always rather sell you an iMac.

Are we taking the term "modular" literally enough? Might we see a machine with some sort of interchangeable modules on a proprietary bus? Yes, you can add and interchange SSDs, but will they be Apple-provided "storage modules"? Of course, it'll be PCIe underneath, but maybe in a proprietary form factor that makes swapping them really easy but ensures you'll buy them from Apple. Could the video be an equally clever design - a "video module" that might not even require fully opening the machine to change, but also restricts the user to a range of Apple-approved Vega cards?

Who knows how far they'll go, but Jony Ive isn't going to let a barebones machine easily expandable with parts from Newegg hit the market.

It's also not going to be $2499. As another poster has pointed out, the iMac has moved upmarket - it used to use mobile chips, and is now available with up to the fastest desktop chips (excluding HEDT) available when it's released. The principle of not undercutting the iMac still holds (those $2499 Mac Pros existed when iMacs topped out around $1999). The $3699 iMac is not a corner case BTO nobody orders - it's a standard iMac with a SSD. At a minimum, the price of the Mac Pro will protect it as the preferred option - Apple isn't interested in selling a Mac Pro to someone they can sell an iMac to.

I can see where Apple would like that, but on the other hand I'm not sure that actually offers enough of a justification for the machine to exist. I don't think Apple wants to be selling a bunch of modules that will only work in one of their machines that sells the least out of every model. Sounds like more of a support and supply headache. It's not like Apple was ever supporting all the various 3rd party tchotkes and expansion cards people were putting in their Mac Pros before.
 
Apple has never liked designs that allow users to add their own commodity hardware internally. Part of this is actually legitimate (one reason for Windows instability is the huge number of possible configurations), but Apple is also protecting their own high margins. They'd always rather sell you an iMac.

The Macintosh II was introduced in 1987. Internal expansion slots only ceased to feature in the Apple range in 2013. For most of the Mac's life, expansion slots have been the norm.
 
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a pro workstation needs to have room for added disks it's not just bandwidth
But not wanting lot's of Ext boxes and cables
Making use of the build in chipset sata ports
and TB3 add a lot of cost to an disk

at least have room for 2.5 SATA disks and m.2/ msata cards.
I am with you, I still got a cheese grater sitting right next to me. I even got the 2 mobo SATA ports, one going to the optical bay and another extending out of the case for 2 other drives.

However, what I meant was just an observation, not necessarily basing on our desire of a traditional workstation, that Apple may see the advantages of internal spinning drives not enough to justify bothering with them anymore.
 
I think one main selling point of the nMP could be a T3 coprocessor that helps speeding Pro workflows. I wouldn't understand months of development aside professionals just to design where to place a TB3 port or how much RAM they would need.

My thoughts as well. T3 with 8x PCIe 3.0 to double the SSD transfer rate. That could be the next wow-factor for 2019 iMac Pro and mMP. Along side with OLED ProMotion display. Should make 8K raw editing with several timelines easy. T3 could have also Bionic cores for specialised ML tasks, like face recognition, AI for video editing and FaceID.
 
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So many years have passed, ...waiting and discussing for this new iteration of the Mac Pro.
So many specs and technologies overanalyzed, so much energy wasted to express our worry or interest about it.

I really admire all these people still using their 5,1s by upgrading and replacing parts and waiting patiently for something new and suitable for their workflow.

I don't know if it is really worth it. It seems that Apple Inc. has other priorities, but I feel that this is their last chance.
 
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