Apple knows it's consumers will overpay.The Mac Pro was coming with 256 GB base lol?
Apple knows it's consumers will overpay.The Mac Pro was coming with 256 GB base lol?
I dont know why, but i love this comment?The Mac Pro was coming with 256 GB base lol?
The really funny part is that the Macintosh that they used in the on stage demo was a 512k because the 128k didn't have the memory to do the demo.Nah, goes back even further than that. The 512k Mac was just a 128k Mac with a RAM upgrade and a couple of new ROMs. While there were traces on the board for RAM upgrades, I believe it technically would have voided your warranty to upgrade it yourself. So your only official options were to buy a new 512k Mac or spend $1000 on an Apple RAM upgrade. And purchasing RAM from Apple has always been more expensive than purchasing that same RAM third party, even back in the day of easily user upgradable RAM.
And Services isn’t “pure profit”, FYI. Servers have an expense, all that content (and the content deals) for Apple TV+ has an expense, the App Store has an expense, and the time spent maintaining it all has an expense, too. It’s profitable, but, like any line of business, Apple’s Services business has both fixed and variable expenses. (And Apple TV+ may be Apple’s only loss-leader product/service. It might not actually make enough to pay back Apple’s investments in it yet.)
Criminal? That’s a pretty serious exaggeration, as it literally means that you think Apple’s executives should be doing serious jail time for selling an Intel Mac Pro in 2022. I’m sure you’re not suggesting that. (It’s just that over exaggeration presses a nerve of mine. It’s like the people who use “literally” as an exaggeration or intensifier, though I get the impression that some of those people may not actually understand what “literally” means and may have literally only heard it used as an exaggeration.)Still having this thing on sale should be criminal.
They’re already on an annual cycle (roughly) with the A series chips. I don’t expect every new numbered M series chip to be a dramatic upgrade over the previous year than I do the A series chips or the S series chips in the Apple Watch (both of which increment annually, roughly speaking).I don't think so. They'll probably release the new Pro with an M1 Extreme (or whatever they're going to call it) and then we'll see an M2 sometime later in the low-end machines - Mini, Air, etc.
I doubt they want to get on an annual release cycle with chips - it's just too difficult to sustain. A new base chip every 2 years seems more appropriate. Start with the base then over a couple of years, roll out the Pro, Max, Ultra, Extreme.
The pricing of the iPod Touch drives that point home…RAM and STORAGE prices are what make the whopping profile for Apple. I think it’s been like that ever since iPhone was announced. This is where Apple realized they could upsell.
Now, Services for Apple started to take over too. Generating nothing but pure profit. ?
Yep, I’d thought about mentioning that, as well.The really funny part is that the Macintosh that they used in the on stage demo was a 512k because the 128k didn't have the memory to do the demo.
And they have a corporate policy of keeping current technology tied to ongoing projects for safety and security.Criminal? That’s a pretty serious exaggeration, as it literally means that you think Apple’s executives should be doing serious jail time for selling an Intel Mac Pro in 2022. I’m sure you’re not suggesting that. (It’s just that over exaggeration presses a nerve of mine. It’s like the people who use “literally” as an exaggeration or intensifier, though I get the impression that some of those people may not actually understand what “literally” means and may have literally only heard it used as an exaggeration.)
Besides, I’ve known my share of prosumer and pro users over the years who’d prefer a “stable” platform that does the work they want it to over having the latest and greatest. It’s about working with a known factor vs dealing with 1.0 bugs. I’m sure many of those are interested in a top of the line Intel Mac Pro, while they might be somewhat wary of what the Apple Silicon Mac Pro might change (least of all, losing support for non-Mac x86 software). There likely aren’t many (then again, it’s a Mac Pro, there aren’t many buyers for these things in the first place), but I’m sure there are people who would choose this over a future Apple Silicon Mac Pro. Heck, maybe they just really need an upgrade now and can’t afford to wait for the Apple Silicon Mac Pro.
A machine that cost $6 grand should start at 1tb. I am starting to think that Apple is a trillion dollar company because of its RAM and storage prices.
Huh, I don’t follow?The pricing of the iPod Touch drives that point home…
I was making a joke...I’m certain it has something to do with iPhone.
A fact: Mac Pro adopted the x86-64 processor the earliest.I don't think so. They'll probably release the new Pro with an M1 Extreme (or whatever they're going to call it) and then we'll see an M2 sometime later in the low-end machines - Mini, Air, etc.
I doubt they want to get on an annual release cycle with chips - it's just too difficult to sustain. A new base chip every 2 years seems more appropriate. Start with the base then over a couple of years, roll out the Pro, Max, Ultra, Extreme.
This is less of a spec bump and more of that sort of “what was previously an upgrade option is now standard” thing Apple does with the Mac Pro from time to time, where the Mac Pro itself doesn’t get any faster/better, but the entry level price point does (or rather, it’s a price cut of the upgrade options combined with a discontinuance of the former entry level option).I wonder if the this means the supposed Ice Lake Mac Pro refresh has been cancelled and Apple will instead go directly to an Apple ARM Mac Pro? There's been references to the Ice Lake Mac Pro in previous betas, but with the 2 year timeline to transition to ARM almost up, Apple ARM chips proving to meet or exceed Intel's best, and now the Cascade Lake Mac Pro receiving a minor spec bump to tide things over, there doesn't seem to be much room for an Ice Lake Mac Pro.
Apple this week upgraded its base model Mac Pro to include 512GB of storage and AMD's Radeon Pro W5500X graphics for the same $5,999 starting price. Previously, this configuration included 256GB of storage and Radeon Pro 580X graphics. These changes apply to both the tower and rack versions of the Mac Pro.
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As we previously reported, Apple has also made AMD Radeon Pro W6600X graphics available as a $300 upgrade option for the Mac Pro.
Released in December 2019, the Mac Pro continues to use Intel's Xeon processors, but Apple confirmed during its "Peek Performance" event on Tuesday that an Apple silicon version of the high-end desktop computer is planned. Apple did not provide a release timeframe or any additional details about the future Mac Pro.
Bloomberg's Mark Gurman has previously reported that an Apple silicon version of the Mac Pro will have two chip options, including one with a 20-core CPU and a 64-core GPU and the other with a 40-core CPU and a 128-core GPU.
Article Link: Mac Pro Now Starts With 512GB of Storage and Radeon Pro W5500X Graphics
Most will buy a studio instead of an AS Pro because there has never been a Mac with the kind of performance that the studio has. This product serves a tremendous swath of the professional market. Only the highest of high end will be needing the AS Mac Pro.My guess is that most will buy a Studio to hold them over until the AS Pro is released.
I would assume that's exactly the point?Unless someone needs Intel there really is no point of this product.
Apple’s Afterburner accelerator card
But I am pretty sure the PowerMac G5 was the last Mac to be replaced by Intel even if it was the first x86-64. And the PowerMac G5 was already 64 bit so it really wasn't a big deal.A fact: Mac Pro adopted the x86-64 processor the earliest.
If you are doing 3D physics modeling of a electrical, optical, mechanical, etc. structure depending on the dimensions of the structure and the resolution you need to get a converging solution 128GB or even 256GB of main RAM memory isn’t a lot. I’ve crashed a 128GB PC due to insufficient memory plenty of times trying to simulate a simple diffraction grating in Lumerical and Comsol. I tried to model a long photonic waveguide in a rectangular spiral shape in Lumerical once and it required 1.5 TB of main memory or the solution was no go. If you are lucky and your structure is periodic you can get away with just simulating an individual cell and applying Floquet or Bloch boundary conditions to get the result for the full structure. But if the structure is not periodic or does not have some symmetry that allows you to ignore one of the dimensions you are cooked.
Apple this week upgraded its base model Mac Pro to include 512GB of storage and AMD's Radeon Pro W5500X graphics for the same $5,999 starting price. Previously, this configuration included 256GB of storage and Radeon Pro 580X graphics. These changes apply to both the tower and rack versions of the Mac Pro.
![]()
As we previously reported, Apple has also made AMD Radeon Pro W6600X graphics available as a $300 upgrade option for the Mac Pro.
Released in December 2019, the Mac Pro continues to use Intel's Xeon processors, but Apple confirmed during its "Peek Performance" event on Tuesday that an Apple silicon version of the high-end desktop computer is planned. Apple did not provide a release timeframe or any additional details about the future Mac Pro.
Bloomberg's Mark Gurman has previously reported that an Apple silicon version of the Mac Pro will have two chip options, including one with a 20-core CPU and a 64-core GPU and the other with a 40-core CPU and a 128-core GPU.
Article Link: Mac Pro Now Starts With 512GB of Storage and Radeon Pro W5500X Graphics
What’s the point of this anymore
If you are doing 3D physics modeling of a electrical, optical, mechanical, etc. structure depending on the dimensions of the structure and the resolution you need to get a converging solution 128GB or even 256GB of main RAM memory isn’t a lot. I’ve crashed a 128GB PC due to insufficient memory plenty of times trying to simulate a simple diffraction grating in Lumerical and Comsol. I tried to model a long photonic waveguide in a rectangular spiral shape in Lumerical once and it required 1.5 TB of main memory or the solution was no go. If you are lucky and your structure is periodic you can get away with just simulating an individual cell and applying Floquet or Bloch boundary conditions to get the result for the full structure. But if the structure is not periodic or does not have some symmetry that allows you to ignore one of the dimensions you are cooked.