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Okay, sure it might be faster than the Apple MacBook Pro Max but.... let me ask you a question. We have two people head-to-head, sitting on an airplane editing 4K footage on a cross-country flight. Who will be able to edit longer unplunged? You better believe the person using a MacBook Pro Max. And if they can edit longer unplugged, wouldn't they get more work done? Wouldn't this be more important?
Yes sure that perfectly defines the usecase for an average power user on a laptop.
I bought the Macbook Pro 14 base model for over $2000 in 2021 but two weeks ago I bought an Oled i7 Laptop that is faster than my macbook and can also also be updated to upto 40gb RAM and 2TB SSD.
Point is each has its own advantages but Apple silicon is no longer the performance boss that it was when it launched.
 
Point is each has its own advantages but Apple silicon is no longer the performance boss that it was when it launched.
When was Apple Silicon ever a performance boss? They’ve always been faster than the most recently released Mac of that form factor, but those Macs weren’t anywhere near the top of the pack when you take into account what the competition was shipping at the time. I don’t think there’s ever been a time when an interested party wouldn’t have been able to go to AMD or Intel and plop down a chunk of change and acquire a CPU and/or GPU that’s faster than whatever Apple was shipping at the time.
 
Nah tests have shown Apples cooling solution in it is pretty poor, it thermal throttles apparently when pushed hard. The same chip in the MacBook Pro with a fan performs better.
And Apple always gives price bumps when they change a devices design. M1 Air was a better design though and better value.
iMac got a big price cut with the new design.
 
Even Apple’s own charts showed, via their curve, that there has always existed some high end part that was more performant at the very top end. Apple focuses on performance per watt which is where they lead and will continue to lead, but anyone looking for raw performance will have to look elsewhere, and that’s not likely to change.

There was no leapfrogging.

From the horse’s mouth:
In their Mac Studio introduction, Apple’s Mac Studio performance line ending below the chip they were comparing against. It was Apple saying, “You can find better raw performance, but not as efficient as ours”. In most of the presentations they’ve given related to Apple Silicon, they carefully choose what to show and it’s always focused on “more efficient” never “the most powerful ever”.
We were talking mobile chips.

So I’ll ask again: what Intel or AMD mobile chip was more powerful than the M1 on release? And according to what metric?

Apple had been leapfrogged. It’s OK to accept reality.
 
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When was Apple Silicon ever a performance boss? They’ve always been faster than the most recently released Mac of that form factor, but those Macs weren’t anywhere near the top of the pack when you take into account what the competition was shipping at the time.
I believe you are mistaken. M1 wasn’t only “near the top”, it was at the very top - ahead of anything Intel or AMD was shipping upon its release.
 
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Intel might have faster chips... but lets see if they hit their full performance in a laptop unplugged from power... or how long the battery lasts.

It's been said that Apple's laptops run at full speed when unplugged. And they get great battery life.

That's definitely something people look for in a laptop.

:p
 
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Intel might have faster chips... but lets see if they hit their full performance in a laptop unplugged from power... or how long the battery lasts.

It's been said that Apple's laptops run at full speed when unplugged. And they get great battery life.

That's definitely something people look for in a laptop.

:p
No, not always. This chip is going to be used in gaming laptops and mobile workstations. Their users almost never use their laptops unplugged.
 
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No, not always. This chip is going to be used in gaming laptops and mobile workstations. Their users almost never use their laptops unplugged.

That's fair.

An i9-13980HX equipped gaming laptop has an entirely different use-case than a thin-n-light fanless M2 Macbook Air.

Both are good at what they are intended to do.

:)
 
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More truth that true competition produces technical innovation. Alas, the clock speed isn't what really matters. What matters is the processing throughput of the computer system using the processor divided by the cost of each system.
 
I agree.

It's not so dire in the mobile space where Apple just needs to keep single-core performance close to Intel and AMD and multi-core performance "good enough" as long as it keeps an important efficiency lead.

Raptor Lake is hard to beat with its 8P+16E cores which all together are about 16P cores worth of performance. Then Again, Raptor Lake HX is essentially a desktop chip and burns power like one, and while Raptor Lake H is noticeably better it's still not at Apple's M-line level of efficiency.

In desktop, where efficiency is not that important, they'll have a hard time against Core i9 and Ryzen 9 processors, and with every day that passes without a new Mac Pro the question arises whether Apple has any answer anywhere close to the 96 core AMD Epyc.

Perhaps Apple should just stick one or two of those into the Mac Pro and call it a day.

The M1 Ultra is impressive, but Apple's mobile-first approach is clearly visible in the DNA of all of its SoCs. I guess Apple has to come clean soon, one way or the other. The promise of a new Mac Pro is still out there...
A very sensible and level headed comment that I like very much and I wholeheartedly agree. I'm very curious to see how Apple responds to the x86 incumbents. Either way, competiion is great for us consumers! And based on what I'm seeing at CES 2023, competion is about to get even more stiff and I am getting excited! Looking forward to Apple's 3nm designs!
 
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When was Apple Silicon ever a performance boss? They’ve always been faster than the most recently released Mac of that form factor, but those Macs weren’t anywhere near the top of the pack when you take into account what the competition was shipping at the time. I don’t think there’s ever been a time when an interested party wouldn’t have been able to go to AMD or Intel and plop down a chunk of change and acquire a CPU and/or GPU that’s faster than whatever Apple was shipping at the time.
Well when Apple released their M1 line 2 years ago, it was vastly superior to i5 and i7 of that current Intel generation, some results even showed it better for video editing than an i9.
By end 2021 Intel showcased their 12th gen chips and it promised over 2 to 2.5x gains over the last generation.
And your assessment is about Macbook chips in general, but I was comparing the Apple's home made notebook chips specifically. Also chips are compared based on their class and generations. Like M1 and M2 are compared to i5 11th and 12th chips and M1 Pro 12th gen i7, and M1 Ultra to 12th gen i9. Comparison's over different class or generation are only fair when price of a chip is known, which isn't a case with Apple Silicon.
 
We were talking mobile chips.

So I’ll ask again: what Intel or AMD mobile chip was more powerful than the M1 on release? And according to what metric?

Apple had been leapfrogged. It’s OK to accept reality.
You’re talking mobile chips, and that’s the same line Apple was touting. :) Apple’s NEVER said their processors provide the highest raw performance. As long as one looks at the market in a VERY particular way. Effectively, if one excludes ALL the processors that beat Apple’s Silicon on raw performance, then remarkably, they lead!

In order for Apple to have been leapfrogged, they’d have had to have been in the lead in some way. They haven’t been as far as raw performance is concerned (unless, again, one excludes all the processors that beat Apple’s in raw performance). Apple IS behind, has always BEEN behind and they’re going to continue to fall further behind.
 
You’re talking mobile chips, and that’s the same line Apple was touting. :) Apple’s NEVER said their processors provide the highest raw performance. As long as one looks at the market in a VERY particular way. Effectively, if one excludes ALL the processors that beat Apple’s Silicon on raw performance, then remarkably, they lead!

In order for Apple to have been leapfrogged, they’d have had to have been in the lead in some way. They haven’t been as far as raw performance is concerned (unless, again, one excludes all the processors that beat Apple’s in raw performance). Apple IS behind, has always BEEN behind and they’re going to continue to fall further behind.
I think you need a refresher. Please go and check M1 threads from 2020.

mba-single-core.jpg


mba-multicore.jpg


 
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I believe you are mistaken. M1 wasn’t only “near the top”, it was at the very top - ahead of anything Intel or AMD was shipping upon its release.
Well, we’ll have to agree to disagree. Apple’s Silicon is impressive, to be sure, but there were certainly faster processors out there. It’s funny to think that someone believes that the M1 (which was first released in mobile form) was faster than every Intel system, even the custom built ones. BUT, I think that’s what people have to believe in order to sound the “Apple is NOW being beaten”. They’ve been beaten since day one nothing has changed!
 
I think you need a refresher. Please go and check M1 threads from 2020.

View attachment 2137247

View attachment 2137248

Apple’s new computers are faster than Apple’s older computers. That has always and will always be true for a given form factor. Are you attempting to use THIS information to say that Apple’s MacBook Air was a performance boss? Because there were MANY non-Apple Intel builds that provided better performance.
 
Well when Apple released their M1 line 2 years ago, it was vastly superior to i5 and i7 of that current Intel generation, some results even showed it better for video editing than an i9.
By end 2021 Intel showcased their 12th gen chips and it promised over 2 to 2.5x gains over the last generation.
And your assessment is about Macbook chips in general, but I was comparing the Apple's home made notebook chips specifically. Also chips are compared based on their class and generations. Like M1 and M2 are compared to i5 11th and 12th chips and M1 Pro 12th gen i7, and M1 Ultra to 12th gen i9. Comparison's over different class or generation are only fair when price of a chip is known, which isn't a case with Apple Silicon.
Those that are looking for raw peak performance are not turned away by the cost of the solution. They’re not turned away by how much energy it takes to power the solution. They’re not turned away by how loud or how heavy the solution is. Whatever gets them peak performance is what they’re putting down money for. THIS is why there has been and there will ALWAYS be some Intel system that’s faster than whatever Apple puts out. Because manufacturers know how to build and tweak for peak performance and they’ve got customers willing to pay for that additional performance. And, those customers will never find that in any Apple Silicon system (except for some specific cases where the architecture of the SoC provides benefits not attainable on non-Apple Silicon systems).
 
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Apple’s new computers are faster than Apple’s older computers. That has always and will always be true for a given form factor. Are you attempting to use THIS information to say that Apple’s MacBook Air was a performance boss? Because there were MANY non-Apple Intel builds that provided better performance.
So that's your take from a comparison of Macbooks running entry level Apple Silicon chips thrashing Performance tier Intel Macbooks from the same year?
it's really pointless to argue with someone so biased towards one side.
 
Those that are looking for raw peak performance are not turned away by the cost of the solution. They’re not turned away by how much energy it takes to power the solution. They’re not turned away by how loud or how heavy the solution is. Whatever gets them peak performance is what they’re putting down money for. THIS is why there has been and there will ALWAYS be some Intel system that’s faster than whatever Apple puts out. Because manufacturers know how to build and tweak for peak performance and they’ve got customers willing to pay for that additional performance. And, those customers will never find that in any Apple Silicon system (except for some specific cases where the architecture of the SoC provides benefits not attainable on non-Apple Silicon systems).
That's a huge load of prejudice that has nothing to do with industry standards for chip comparisons, unfortunately. Apple literally shocked the processor industry in 2020, and 2 years later Intel has fought and won that battle pretty well.

Let's wait for M2 pro level chips in the coming months to see how Apple responds.
 
Fun fact that mobile grade CPU beats the $4000 Mac Studio desktop with M1 Ultra in single core score and very close MT score in Geekbench 5.
Will someone be able to buy a computer with the Intel mobile processor for less than $4000, properly equipped to deal with the heat and power requirements?
 
There are at least 4 different types of windows laptop owners.

1.The desktop replacer: Very simple. The desktop replacer doesn’t care about battery and efficiency Plugged in 100% for full power for everything and enjoys it. These owners buy top gaming PCs or the best of the best workstations.

2. The gamer: similar to the desktop replacer, the gamer doesn’t care about battery as the primary function of the laptop is to be plugged in 99% to 100% of the time. Also compared to desktops, the total efficiency is significantly lower than Windows desktops [ie. an RTX 4090 gaming desktop with Intel i9-13900KH requires a 1000w+ power supply] whereas a gaming laptop is anywhere between 150W and 250W. These owners will still buy top end.

3. The casual: The casual likes to have a balance. Both on battery and plugged in. The primary function of the casual is on the go and on desk in between. The casual will occasionally use battery heavy apps such as 3D and video editing. The casual will manually change performance to boost battery life on the go gaining close to 4+ hours. These owners are the mid to high end owners. 3050Tis to 3070s. Still able to game and get intense work done.

4. The workhorse. The workhorse relays heavy on battery and less on CPU/GPU. These owners are your Chromebook‘s, MacBook Air owners who rely on 8+hours on the go and very casual gamers who don’t need intense CPU+GPU combos.

For me, I’m the desktop replacer.
You are absolutely correct. Without a doubt. People can and should use what works for them and makes them happy. I am just poking fun at the all-too-often sight of people painfully leaning to one side walking through the airport because their briefcase is weighed down with these ugly (incredibly fast, no doubt) bricks. Seriously, whatever makes them happy, no shade, it was a light hearted joke, because we all know even that battery pack would only power one of those hogs for about 5 mins anyway (ok, ok, I'll stop!).
 
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Will someone be able to buy a computer with the Intel mobile processor for less than $4000, properly equipped to deal with the heat and power requirements?

I believe so.

Fact is, the Mac Studio, the Mac Pro and the iMac pro should get a processor which is at least as fast as the top mobile Intel offer.

When Apple released the M1 processor they not only touted the far superior consumption performance, but they also touted the superior performance in single core and multicore.

It would be a very bad signal if Apple cannot manage to stay at the same performance level as the Intel offer, even using a better production process at 5 and 3nm.
 
There are at least 4 different types of windows laptop owners.

1.The desktop replacer: Very simple. The desktop replacer doesn’t care about battery and efficiency Plugged in 100% for full power for everything and enjoys it. These owners buy top gaming PCs or the best of the best workstations.

2. The gamer: similar to the desktop replacer, the gamer doesn’t care about battery as the primary function of the laptop is to be plugged in 99% to 100% of the time. Also compared to desktops, the total efficiency is significantly lower than Windows desktops [ie. an RTX 4090 gaming desktop with Intel i9-13900KH requires a 1000w+ power supply] whereas a gaming laptop is anywhere between 150W and 250W. These owners will still buy top end.

3. The casual: The casual likes to have a balance. Both on battery and plugged in. The primary function of the casual is on the go and on desk in between. The casual will occasionally use battery heavy apps such as 3D and video editing. The casual will manually change performance to boost battery life on the go gaining close to 4+ hours. These owners are the mid to high end owners. 3050Tis to 3070s. Still able to game and get intense work done.

4. The workhorse. The workhorse relays heavy on battery and less on CPU/GPU. These owners are your Chromebook‘s, MacBook Air owners who rely on 8+hours on the go and very casual gamers who don’t need intense CPU+GPU combos.

For me, I’m the desktop replacer.
My RTX 3050 Ti and Ryzen 7 5800H do a great job, on and off AC power.
 
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