I’d like it if that means new iMacs are imminent, but maybe the reason is parts and labor were not available due to Covid?
What have you been smoking? The old design looks fine? Are you going mad, or have not seen monitors, AIOs, etc, in the past few years?... but the old design looks just fine. Give us new chips and move on.
ARM chips will not be replacing i7 and i9 CPUs in 2021... Low end stuff, sure. But not mid to high end chips.Makes sense to me there will be a 2021 ARM iMac with mini-LED, Face ID, etc.
A 2020 iMac could be a spec bump with or without a bezel shrink (like the 16" MBp), but I can't see it happening at the same WWDC where (I believe) they announce an ARM transition.
Not if Apple discontinue the iMac Pro. It may just have been a stopover until the Mac Pro. They could then allow the normal iMac to be specced fairly generously to cover all bases, e.g. 10-core i9s, etc.Yup .. if there is any redesign it will be on the iMac Pro first. Sadly I am expecting just a spec refresh with maybe a slight bezel reduction.
True, maybe not many people bought the high core count models (14/18) which would justify that move. Ultimately, if the Mac Pro wasn’t so overpriced, there would be no reason for the iMac Pro to exist.But 10 cores is still far from what Cascade-Lake Xeon-W can offer With AVX512 (ftw).
Am I the only fervent defender of AVX512 ? ahahah
I’ll through that other company in the mix again, AMD. Intel are a joke with their CPU prices, especially for the high core count parts.But these Xeon chips are soooooo pricey. And Apple doesn't get volume discount on these for sure. But when the single Xeon chip costs more than 1500USD, the iMac Pro itself doesn't have choice to be pricey.
What have you been smoking? The old design looks fine? Are you going mad, or have not seen monitors, AIOs, etc, in the past few years?
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ARM chips will not be replacing i7 and i9 CPUs in 2021... Low end stuff, sure. But not mid to high end chips.
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Not if Apple discontinue the iMac Pro. It may just have been a stopover until the Mac Pro. They could then allow the normal iMac to be specced fairly generously to cover all bases, e.g. 10-core i9s, etc.
But these Xeon chips are soooooo pricey. And Apple doesn't get volume discount on these for sure. But when the single Xeon chip costs more than 1500USD, the iMac Pro itself doesn't have choice to be pricey.
Either way, the iMac Pro is currently a dead Mac walking as far as i am concerned. I don’t know who would buy one, unless you really hate Catalina (understandable)... I just don’t know if it is worth Apple upgrading it.
iMac Pro is rumored to be getting miniLED and stay with a 27" panel size. Not sure if this means LG is developing an all-new 5K panel for Apple or if they are using the same panel, but now with miniLED backlighting. If a new panel, then there could be the option of 120Hz refresh and/or the return of Target Display Mode depending on how they implement the Timing Controller.
As to a new iMac being ready before the formal Intel announcement of Comet Lake S, Apple has been able to secure new Intel CPUs before other OEMs. Apple has also secured custom models of Intel CPUs (the B Series W-2100 Xeons in the iMac Pro) so with the K models at 125W, perhaps Apple secured models with slightly lower clocks to help with cooling, but still better than what the 65W models offer.
As an aside, if Apple had moved to the mobile Comet Lake H series, there would have been no reason to delay the launch as those were available for a March release, so I believe iMac is still on CL-S.
As to Apple announcing an ARM-powered iMac at WWDC, I don't see it unless it's a special Developer Model. And I would expect such a SDM to be in an existing chassis (maybe it will use the 21.5" chassis if a new ~24" Intel model launches as the consumer replacement).
I’ll through that other company in the mix again, AMD. Intel are a joke with their CPU prices, especially for the high core count parts.
Either way, the iMac Pro is currently a dead Mac walking as far as i am concerned. I don’t know who would buy one, unless you really hate Catalina (understandable)... I just don’t know if it is worth Apple upgrading it. A lower specced Mac Pro would make much more sense Imo.
But these Xeon chips are soooooo pricey. And Apple doesn't get volume discount on these for sure. But when the single Xeon chip costs more than 1500USD, the iMac Pro itself doesn't have choice to be pricey.
But 10 cores is still far from what Cascade-Lake Xeon-W can offer With AVX512 (ftw).
Am I the only fervent defender of AVX512 ? ahahah
At the US online Apple store. BTO iMac Pro available next week. BTO 27" iMac not available until 23 June
So all the 125-watt Comet Lake S chips do TDP down to 95-watts and I would expect Apple to run them at those speeds. That takes the 8-core to 3.5GHz from 3.8GHz and the 10-core to 3.3GHz from 3.7GHz.
That or put the iMac Pro's cooling and teH huge heat sink in there.
I'm pretty sure this is done with the current 8 core machines as per one review I watched which stated the fans on the 2019 don't kick up despite the increased demands because the cpus was 'pegged' lower. A 2019 iMac owner would have to confirm that the fans don't work as hard as my eg. 2012 late iMac. And 2019 iMac didn't adopt the iMac Pro cooling.
That being the case. I wish Apple wouldn't charge the full premium on top of Intel's premium when they down clock components but offer a cheaper price.
That or put the iMac Pro's cooling and teH huge heat sink in there.
Azrael.
Rather than having CPU speeds fluctuate from base clock to 'Wahay!' out burney...and then hit the brakes and down clock again in a yoyo fashion.... I think to down volt(?) clock them then you'll be able to run them at a sustained clock vs the capability to cool them. That's what makes sense to me.
So I'd expect TDP down to 95-watts. If that means the 8 core is down to 3.5 gig but it's all core all the time without the fans taking off to the sun aka icarus...then that's an engineering/performance compromise.
I'm pretty sure this is done with the current 8 core machines as per one review I watched which stated the fans on the 2019 don't kick up despite the increased demands because the cpus was 'pegged' lower. A 2019 iMac owner would have to confirm that the fans don't work as hard as my eg. 2012 late iMac. And 2019 iMac didn't adopt the iMac Pro cooling.
That being the case. I wish Apple wouldn't charge the full premium on top of Intel's premium when they down clock components but offer a cheaper price.
That or put the iMac Pro's cooling and teH huge heat sink in there.
Azrael.
If the iMac Pro 'stays' then it will need to distinguish itself from the iMac's pending 'substantial' release which will see it draw level and pass the iMac Pro in terms of specs for a much cheaper price.
The 2020 iMac Pro will offer 12, 14 and 18-core CPUs while the iMac will offer only 6 and 10. The iMac Pro will also offer more powerful GPUs (more powerful models of the Radeon 5000 family and/or RDNA2). It will also offer 10Gb Ethernet and considering that Apple has not yet adopted Wi-Fi 6, it could be an iMac Pro exclusive. And it can take more RAM (1TB vs 256GB) and could have better SSD speeds thanks to being RAID 0 (even if the iMac does get T2, they could still be only single SSD blades). And if it does get a miniLED display, that would allow better HDR.
So plenty of reasons why an iMac Pro can hold its own in the product matrix.
If it's exactly like this, I'd pick this one !!!!
does anyone know the width of the silver piece is on the front of the 2019 imac? From the bottom of the black border to the bottom of the whole screen where the apple logo is? I feel like its smaller compared to my 2009.
But something tells me that Apple, if switching to ARM, won't support macOS on Intel x86 for *that* long.
I guess it depends on how Apple implements ARM support. Catalyst seems to be the modern version of Universal Binaries (so both ARM and x86) so that would be one way, though I think we'd also see an x86 emulation layer ("Rosetta") so those apps could be run natively on an ARM CPU (especially if Apple can quickly improve the overall performance by throwing more cores on the dies and improving each core's performance).