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Very true but "past performance is no guarantee of future returns" and the AMD chips are excellent in terms of performance and thermals as you know. If the PC makers decide to pair them with capable graphic cards, it may be a lasting game changer this time.
True. And given recent performance this time it could be the other way around. Anyway, it remains to be interesting, nothing seems certain
 
Very true but "past performance is no guarantee of future returns" and the AMD chips are excellent in terms of performance and thermals as you know. If the PC makers decide to pair them with capable graphic cards, it may be a lasting game changer this time.

AMD has an internal culture that prevents long runs of success. I doubt it will be any different this time.
 
A lot of Individual PC builders have already switched to AMD cpus. The big computer companies like Dell and Hp are also starting to add AMD chips to their products.
The question was ARM, not AMD. Completely another thing.
 
True... the question was ARM. But there was another question asking "Will companies stick to Intel forever?"

Since companies are already building AMD machines... I'd say the answer to the 2nd question is NO.
Those same companies aren’t doing anything new. One of the most excited days in my life up until then was walking into Fry’s and Best Buy in the mid-1990’s and seeing AMD chips I designed in machines people could buy, including HP, Compaq, etc. Even Dell eventually.

The fact that they used AMD in some models was never an indications that they weren’t going to “stick to Intel,” as evidenced by the following two decades.
 
Those same companies aren’t doing anything new. One of the most excited days in my life up until then was walking into Fry’s and Best Buy in the mid-1990’s and seeing AMD chips I designed in machines people could buy, including HP, Compaq, etc. Even Dell eventually.

The fact that they used AMD in some models was never an indications that they weren’t going to “stick to Intel,” as evidenced by the following two decades.

Gotcha.

Companies could still use Intel even if they also use AMD and/or ARM.

I didn't think it through. Thanks! :p
 
I'm a bit surprised Apple hasn't put more effort into that area. Earlier on, sound was one of Apple's focus, even on the Apple ][.

It would seem developing high end studio solutions would be a natural market for the MP.
Right, lots of people buy their computer to do nothing but run their recording studio, and Apple used to better than Windows for ProTools. Now there are problems, the raw speed is interrupted by background tasks...
 
Yes... email, documents, and general office tasks can all be done in a browser.

But what about all the applications that AREN'T those?

Scientific research, high-frequency stock trading, industrial applications, the list goes on...

I hear what you're saying... most of YOUR customers' tasks can be handled in a browser. And most consumer tasks can too.

But no one is designing the next spaceship or making Avatar 2 on a Chromebook... :p

There is, and will be, a need for faster computers.

Or Digitally communicating around the world via radio. Can't do THAT in a cloud!
 
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AMD has an internal culture that prevents long runs of success. I doubt it will be any different this time.

Their success is now pretty much tied* to TSMC and they have been very consistent. I think it will be different.
And Lisa Su seems to be doing a great job.


*although they could still switch manufacturer, if someone else does a better job.
 
Their success is now pretty much tied* to TSMC and they have been very consistent. I think it will be different.
And Lisa Su seems to be doing a great job.


*although they could still switch manufacturer, if someone else does a better job.
Except that it not only depends on the fab, but also on your ability to create a design that works well. Getting only one of those right doesn't help you much.
 
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Their success is now pretty much tied* to TSMC

Not really. TSMC seems to do a great job at manufacturing, but good designs matter.

Both Apple and Qualcomm tend to have TSMC manufacture, and both are ARM, but Apple's design is clearly way better at single-threaded performance. Same ISA, same manufacturer, different design.
 
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Best range my !@@.

Eypc is about 1/3 the price of Intel's equivalent - well not exactly - Intel doesn't have anything equivalent to the top end Eypc CPUs.

Mac Mini - Tops out at 6 cores, 32 Gb of ram (which wasn't enough in 2007) - integrated Intel graphics for over $,1000. No ability to upgrade. Added bonus - thermally throttled.

iMac - $1,100 gets you a 2 core/4 thread system (in 2020!) 8Gb of ram, a 1Tb of spinning rust, integrated graphics. Maxes out with a 6 core mobile chip and a cut down Polaris 560 (No longer manufactured - two generations back) GPU. 64Gb (which wasn't enough in 2009) of ram is a $1,000 option on purchase. Can add ram, if you are willing to disassemble the entire computer. Added bonus - Screen Roulette. Added bonus - Thermally throttled.

The 27" iMac maxes out with 6 cores (less than I had in 2007), 64Gb of ram (less than I had in 2009), a cut down Polaris card from 2016, spinning rust for hard drives (2Tb max). The screen is nice.

iMac "Pro" - Maxes out with 18 cores/36 threads @2.3Ghz (before AVX-512 offset, if your software uses that instruction set), a Vega 56 gpu (no longer manufactured, since it is last generation), all of which is thermally throttled. It is good that it can reach 256Gb of ram, and has HBM video memory, but all of that will run you over $14,000.

Or about 3 times the cost of an equivalent Threadripper box.

Mac Pro - $6,000 for an 8 core machine. Crushed on the low end by Ryzen 3950x systems, Crushed in the middle by Threadripper, Crushed at the top by EYPC AF series of processors. All for 1/4 to 1/3 of the price.


Futureisfilm - nothing in the Apple lineup is a "good bargain". Everything outside of the Mac Pro is thermally throttled - you literally can't push either the CPU or the GPU and stay at stock clocks. Maxing both is simply out of the question. They are massively overpriced and are full of obsolete hardware to boot. $1,100 for a 2 core system.

The Mac Pro is $1,200 dollars worth of parts in a $4,700 enclosure.

Agreed all the way. The fact that Macs are expensive + not user-friendly anymore should help buyers make an informed decision. Some people have the money to burn & don't care though
🤷‍♂️🤷‍♂️🤷‍♂️


Apple’s lineup is quite proper.

—Mac Pro is priced fine. Anyone who needs Mac Pro can afford it.

—Mac mini upgrades are priced the same as MBP, iMac and Mac Pro.

—mid-range desktop market died out about a decade ago. Most of the customers moved to iMac. Laptops plus iMac account for 90-95% of Mac sales. That leaves the mini, iMac Pro and Mac Pro to fight over the remaining 5-10% of market share scraps.

Both the mini and the Pro put the previous model to shame; the Retina Air as well. The 16” MBP is awesome, and the 14” is rumored to be coming shortly. iMac, iMac Pro and mini all likely get updates this year. Still a great lineup even if only one or two of those three models gets updated.

All in all, an amazing lineup. Those who love Mac are lovin it 🙂 It seems that between the Mac Pro, MB Air, 16” MBP plus updates later this year like 14” MBP and possibly mini, iMac and iMac Pro, all of the Intel models are all at the top of their game.

Which is the ideal launching point for Apple ARM. Sometime in 2021 the ARM models will start to come. Each will be better/cheaper than the Intel version before it.

The fact that they've finally made SSDs standard in the Mac Mini (which should've happened years ago), yet still drag their feet on the iMacs is galling (I know larger SSDs would inflate the price - but at this point, I don't think enough people would care).
 
Their success is now pretty much tied* to TSMC and they have been very consistent. I think it will be different.
And Lisa Su seems to be doing a great job.


*although they could still switch manufacturer, if someone else does a better job.
In 1996 they were doing a great job too. And fab is only one part of the success. I worked there for a decade. I predict people won’t be crowing about “give us AMD” in about 2 years.
 
Live sound requires good coding, not CPU speed. These days, audio DSP latency is dominated by IO buffer sizes and filter lengths, not processing speed. A Raspberry Pi 4 can easily compute dozens of FFTs on multiple channels of 192k audio in real-time, if you can buffer the data in/out fast enough. A lot of live performance pro audio processing boxes (autotuners, et.al.) have used DSPs slower than the ARM core in a Raspberry Pi 4. And an Apple A chip is an order of a magnitude faster (and has better audio IO).

You’ve obviously never coded anything that does any interesting DSP if you feel like that. The fact that you have to worry about that trade off constantly is Illustrative of my point. physical modeling could be a thing with an order of magnitude shift in CPU. Right now it’s a toy
 
In 1996 they were doing a great job too. And fab is only one part of the success. I worked there for a decade. I predict people won’t be crowing about “give us AMD” in about 2 years.
Because of Macs on ARM, right?
 
No, because AMD’s advantage won’t be as impressive once Intel catches up.
Whereas Intel will never be able to match Apple, because Apple can (1) switch to whatever fab is winning at any given time (including Intel, who will happily take Apple’s money) and (2) put all sorts of custom blocks on their SoC or in the CPU package that provide it with custom encode/decode, AI, video/audio processing, etc., whereas Intel makes chips for everyone so it only puts things on the silicon that will have wide applicability to all its customers.
 
Whereas Intel will never be able to match Apple, because Apple can (1) switch to whatever fab is winning at any given time (including Intel, who will happily take Apple’s money) and (2) put all sorts of custom blocks on their SoC or in the CPU package that provide it with custom encode/decode, AI, video/audio processing, etc., whereas Intel makes chips for everyone so it only puts things on the silicon that will have wide applicability to all its customers.

Yeah, a strong case can be made that Apple is simply ripe for in-house CPU design including for the Macs. (They clearly are for iOS devices.)

It continues to bemuse me that most other vendors have abandoned custom ARM designs. Current Snapdragon Kryo CPUs are Cortex, as are current Samsung Exynos chips, and most Nvidia Tegra chips.
 
Yeah, a strong case can be made that Apple is simply ripe for in-house CPU design including for the Macs. (They clearly are for iOS devices.)

It continues to bemuse me that most other vendors have abandoned custom ARM designs. Current Snapdragon Kryo CPUs are Cortex, as are current Samsung Exynos chips, and most Nvidia Tegra chips.
Designing CPUs is hard. What a lot of companies tried to do is use ASIC methodology, because it worked fine for their chipsets, gpus, network chips, etc., and that’s what their designers knew how to do. That simply is not competitive with what AMD, Intel or Apple do.
 
It would be like A14-P4E4G8N1

4 Performance core, 4 efficiency core, 8 graphics core, 1 neuroengine core.
 
Designing CPUs is hard. What a lot of companies tried to do is use ASIC methodology, because it worked fine for their chipsets, gpus, network chips, etc., and that’s what their designers knew how to do. That simply is not competitive with what AMD, Intel or Apple do.

Or ARM itself :) Exynos is a good example. Samsung failed for years to develop a better ARMv8 microarchitecture than what you can just license from ARM. Also NVidias Denver efforts where not really better than the commodity ARM Cortex-A cores.
 
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