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So this will be Snapdragon 8CX Generation 3
They already failed with 1 and 2 while Apple didnt with M1 because its far easier when you control the whole stack
For this to work...Microsoft needs to work very closely with Qualcomm and with developers and bringing a state of the art binary translator developed by Microsoft built in.....this cannot even be up there with M1 even in late 2023
That was a chip designed for mobile... grossly underpowered and poorly optimized for a PC replacement.
This will be an entirely new chip from the ground up.
 
The issue will be having something like Rosetta 2 which buffered most problems for M1 ARM64 neophytes. If they dont have a Windows equivalent, they are already at a disadvantage.
No, it's not just that.

M1 was designed specifically to include alternate x86-compatible memory ordering to be more compatible and faster with x86 translated code. One of the problems with previous ARM chips from Qualcomm was that they were not designed to run on translated x86 code, for obvious reasons.
 
We would probably focus on our own problems instead. Most software aren't really optimized on Apple Silicon especially with GPU due to IMR vs TBDR.
 
It is more precise to say that MacOS competes with Windows. The actual internal architecture of Macs has never really mattered all that much to the majority of consumers. Design has been much more important - that being the unibody construction and high quality displays in recent times.

Qualcomm's situation is that they must either make computers themselves are become a supplier for other PC makers. Since it is very likely the latter they are not competing with Apple at all - they have to find their own share of the PC market first.

Having said that while we as users benefit from the increased performance this new architecture provides make no mistake its primary reason for existence is a simplified supply chain for Apple (lower costs/higher profits).
I agree the internal architecture doesn't matter much to customers. But something about the M1 systems has attracted new customers to the Mac en masse. Outside the M1 there's nothing really unique about the new systems except maybe the Studio, so something else is at a play. My guess is it's not the M1 per se but the media attention the M1 has received, esp all the accolades relative to competing PC offerings. I believe that attracted a lot of mind share in the public and that's why the M1 is now a draw to the platform.
 
I agree the internal architecture doesn't matter much to customers. But something about the M1 systems has attracted new customers to the Mac en masse. Outside the M1 there's nothing really unique about the new systems except maybe the Studio, so something else is at a play. My guess is it's not the M1 per se but the media attention the M1 has received, esp all the accolades relative to competing PC offerings. I believe that attracted a lot of mind share in the public and that's why the M1 is now a draw to the platform.

agreed. personally I think it's the subset of people that always wanted a Mac and now can't find an excuse not to get one. On Intel architecture they were nearly always behind the curve at least a little due to their release schedule. that's no longer a problem.
 
Reminds me of when Microsoft jumped into the mp3 biz with the zune…too little too late
 
...and add a little more hope to the possibility of eventually getting an official bootcamp 2 with the companion ability to buy a retail version of Windows for ARM... for those of us that need the ability to run both.
I think Bootcamp is unlikely, but a retail version of Windows on ARM would be nice, regardless. We know from the Insider Previews that Windows on ARM works well in Parallels Desktop. Having official support and certainty on licensing would be significant benefits.
 
Qualcomm said that it will directly compete with Apple's M-series chips, including the M1, M1 Pro, and M1 Max, and hopes to lead the industry for "sustained performance and battery life."
How can it lead, when all they can do is try to follow Apple. This marketplace is also more just Qualcomm that want to make ARMs for PC’s.

 
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But something about the M1 systems has attracted new customers to the Mac en masse. Outside the M1 there's nothing really unique about the new systems except maybe the Studio, so something else is at a play. My guess is it's not the M1 per se but the media attention the M1 has received, esp all the accolades relative to competing PC offerings. I believe that attracted a lot of mind share in the public and that's why the M1 is now a draw to the platform.
? M1 is blistering fast. That's a pretty big deal. Even customers who don't live at the bleeding edge will be attracted by that, because it means their lower end purchases will still be very performant not only now but even years from now.
 
in 2023-2024, Apple will be far ahead. Qualcomm CEO needs to know Apple is already working on M2 and M3 Apple Silicon Chip, ?

By the time they released it Apple is probably already in development of M4.

I support competition 100 %, but honestly, they used the same name (M1) of Apple's chip version. ?‍♂️
 
Will probably be a 2024 product completing against M3 variants. The issue isn't the silicon but the SW stack as this will be significantly more difficult in PC world than macOS. Even with Apple controlling the entire environment we're still seeing much needed SW optimization at 2 years after M1 introduction. It will be quite challenging for PC vendors to convince developers to port their apps to a new architecture when there's isn't a compelling and financially lucrative reason. MS will likely adopt it in their Surface line and have Office ported. Not sure if Adobe would be on board or any of the AAA game publishers. Engineering and CAD developers have no incentive to change. The smaller developers creating music and video apps would not squander resources on a port.
 
? M1 is blistering fast. That's a pretty big deal. Even customers who don't live at the bleeding edge will be attracted by that, because it means their lower end purchases will still be very performant not only now but even years from now.
The M1's performance is a big deal but we're speaking to the internal architecture not being the reason new customers are coming to the Mac. I would group performance in that same "don't care" category, considering that most modern systems are fast enough for the majority of typical customer user cases. I have to work against my techie nature to say that since performance is very important to me. I just don't think it has that much mind share in the average customer, at least in terms of connecting the dots and motivating their purchases.
 
I thought X86 was the future????? At least that's what everyone on here was telling me..lol Good! Time to move on to better technology.
 
Perfect, continuing the trend of any meaningful competition being about 3 years late (which, of course, makes it irrelevant competition).

I love Apple, but I hate the fact they have no meaningful competition anywhere in the stack let alone in a well-thought out and built consolidated stack of products/technologies.
 
No, it's not just that.

M1 was designed specifically to include alternate x86-compatible memory ordering to be more compatible and faster with x86 translated code. One of the problems with previous ARM chips from Qualcomm was that they were not designed to run on translated x86 code, for obvious reasons.
I would also add that part of why Rosetta is so successful is that it can take calls to macOS APIs and run them as native processes. Part of why we saw such a dramatic improvement in the performance of certain games was because calls to Metal by the Intel-only game were run by Metal as native instructions on the GPU. DxO Photolab did something similar - it's still an Intel-only app but they updated their DeepPRIME noise reduction function to use the CoreML API and therefore it runs those processes on the Neural Engine, resulting in significant speed boosts, despite being Intel and running under Rosetta.

Windows APIs are a bit of a mess given all of the API sets and frameworks Microsoft has developed over the years (Win32, .NET, UWP, etc.). I don't know if Windows on ARM supports something similar or if it even could with its built in x64 emulation.
 
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