The worlds leading ARM design house would be ARM holdings itself![]()
By what measure? Seems to me by $$ apple wins.
The worlds leading ARM design house would be ARM holdings itself![]()
Actually, a better description is: ”What did not work was being dependent on someone (Motorola, IBM, Intel); else for their core technology.”What didn't work was PowerPC
MBP and 24” iMac will be the first.I am sure most of us knew this day was coming sooner rather than later. Apple unifying their architecture across all devices only makes sense. I am glad however that I just bought a 16" MacBoook Pro as it will take a while for all the pro apps from every vendor to make the transition and I suspect that quite a few of the applications I use today will not make the transition (not to mention running Windows without virtualization since most of the world still runs on the Windows platform). I remember the transition from PowerPC and while that was pretty painful, I am expecting it to be a little bit smoother this time around.
I suspect that the MacBook Air will be the first product to implement the new chips. Will be interesting to see how Apple differentiates their product lines now that there will be more overlap in certain segments. Like, what is the advantage of getting a Axxx powered MacBook Air over an iPad Pro with the same chip, especially when an iPad can be paired with a case that provides both a keyboard and a trackpad (and has touch and pencil capability)? Maybe the MacBook Air goes away then. I am also concerned that with this, there will no longer be the option to install and run any apps outside of the App Store. We know that Apple, if it has its way, will want to push all would be developers into the walled garden so that they can get their piece of the pie.
As much as I like the idea of running iOS apps on a Mac, I can't really think of any iOS apps that I would want to actually use on a Mac, nor would I care to spend all day working with, say, PhotoShop on an iPad. There is a reason I have a MacBook Pro in addition to an iPhone and an iPad. Plus, emulating most (if not all) iOS App on an Intel Mac would not be that hard to implement (XCODE has included an iOS emulator for a while now). Of course, that's just me. I can see why someone might just what to forgo Mac altogether but still be able to run "Mac apps" on their iPad, for instance.
Overall, I remain cautiously optimistic about this and maybe in 5 years time, when it's time for me to upgrade my MacBook Pro again, things will have shaken out into a mature, unified ecosystem.
By what measure? Seems to me by $$ apple wins.
Sure, in pure quantity ARM wins. In performance Apple wins.Total CPU volume/annum. Some lightbulbs contain ARM IP.
So I just spent $14,000 for a NEW MAC PRO with an Intel processor. Hope there will be a motherboard for MAC PRO 2019 owners when Apple Processor is out.
Apple today confirmed its widely rumored plan to switch to custom processors for its Macs, promising "incredible" performance and features.
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Building on its industry-leading A-series chips for iPhones and iPads, Apple wants Macs with its custom silicon to have the highest performance with lower power usage. Apple says the vast majority of Mac apps can be quickly updated to be "universal" with support for both Intel-based Macs and those with Apple's custom silicon.
Starting today, developers will be able to apply for a special Mac mini with an A12Z chip inside to help prepare their apps for Apple's custom silicon. This custom Mac mini will be running the macOS Big Sur beta and the latest version of Xcode.
Apple said that it expects its first Mac with custom silicon to launch by the end of 2020, and it expects to transition its entire lineup within the next two years.
Article Link: Apple Transitioning Macs to Custom Chips With 'Incredible' Performance Within the Next Two Years
Walled garden? Can you run MacOS on a Lenovo or Dell Laptop? Apple have given their users more options than other manufacturers for a long time When they really didn’t have to.
"As a rule" isn't legally binding.Apple will provide support for a minimum of 5 years (from when the last model was discontinued) as a rule. That means parts for repairs and these days tends to include at least security updates to the OS as well.
A the good old days of Macs versus PCs. CISC versus RISC. Thunderbolt versus USB. It doesn't get any more nostalgic than this.I for one can't wait for this new generation to experience the glory of Photoshop "bakeoffs"
The Arm CPU isn't going to behave any differently than the Intel one. What you are describing is a function of iOS and iPadOS, specifically. Apple already has all kinds of things in place in macOS to help with battery life. GOOD GRIEF, why is this so hard for people to grasp! It’s a damn CPU swap, nothing is going to change in macOS to turn it into iOS.One of the big questions will be how they tackle multitasking, especially on MacBooks when running on battery. Being able to run more than one app at once and having multiple windows open on your desktop is the the major difference in capabilities between MacOS and the various flavors of iOS. iPhones and iPads still can't property multitask apps without killing battery life so Apple has had to do all sorts of "backgrounding" work arounds which suffice to say is not REAL multitasking. So looking forward to seeing how this plays out with new generation MacBooks running on Apple Silicon. Because if you won't be able to multitask in MacOS and not kill your battery life, then what's the point?
That’s why the thing has 8 high speed cores.One of the big questions will be how they tackle multitasking, especially on MacBooks when running on battery. Being able to run more than one app at once and having multiple windows open on your desktop is the major difference in capabilities between MacOS and the various flavors of iOS. iPhones and iPads still can't property multitask apps without killing battery life (closest we have is running two apps side by side on iPad and even that is limited) so Apple has had to do all sorts of "backgrounding" work arounds which suffice to say is not REAL multitasking. So looking forward to seeing how this plays out with new generation MacBooks running on Apple Silicon. Because if you won't be able to multitask in MacOS and not kill your battery life, then what's the point?
The game's changed significantly since the 90s.
So I just spent $14,000 for a NEW MAC PRO with an Intel processor. Hope there will be a motherboard for MAC PRO 2019 owners when Apple Processor is out.
This time we have 5 years of apple making chips that already trounce intel.
I think APPLE has this one figured out it will be a good move by them.
Don't worry about parts availability, you'll be able to get that motherboard on ebay for $19 once the ARM Macs have been out for a while.
The Arm CPU isn't going to behave any differently than the Intel one. What you are describing is a function of iOS and iPadOS, specifically. Apple already has all kinds of things in place in macOS to help with battery life. GOOD GRIEF, why is this so hard for people to grasp! It’s a damn CPU swap, nothing is going to change in macOS to turn it into iOS.
Apple designs its own hardware for assigning threads to cores. It has nothing to do with anything in the ARM specification.Um, ARM processors have historically lagged behind Intel processors with respect to multithreading performance which is why iOS has been designed the way it has. So it's still a valid question to ask with respect to how they are going to overcome this limitation with both chip design and MacOS design. Why doesn't the latest generation iPad Pro allow for a user to have more than two apps open at once side by side (three if you have an app that supports slide over) especially considering it has plenty of screen real estate to allow for more. Or, why do apps have to be reloaded if you switch away from them to another app and then switch back? These are all important limitations of the current devices running on the Axxx series chips that those of us who use MacOS are curious about.
Multitasking on the ARM Mac will be exactly the same as on an intel mac. Mac is mac - moving to arm cpus does not change this.Um, ARM processors have historically lagged behind Intel processors with respect to multithreading performance which is why iOS has been designed the way it has. So it's still a valid question to ask with respect to how they are going to overcome this limitation with both chip design and MacOS design. Why doesn't the latest generation iPad Pro allow for a user to have more than two apps open at once side by side (three if you have an app that supports slide over) especially considering it has plenty of screen real estate to allow for more. Or, why do apps have to be reloaded if you switch away from them to another app and then switch back? These are all important limitations of the current devices running on the Axxx series chips that those of us who use MacOS are curious about.
I may get one last MacBook Pro with Intel CPUs, but after that, as a computational geophysicist, I'm afraid I too will be done. I can't see any promise of community based numerical codes running efficiently on these machines in a virtual environment. Or even getting them to run to start with. Really disappointed. Off to Dell for Ubuntu laptops. In a fantasy world I hope that Razer will take note and release Ubuntu laptops.
Almost everything is better than x64. Intel’s FP formats are messed up. The IEEE formats are much nicer.The AArch64 series instruction set has better support for numerical calculation than X64.