There is more than just a synthetic benchmark to performance.
The A12x does not support multichannel DDR, does not have multiple lanes of PCIe along with the sizes and and types of caches of Intel processors.
It might beat a low end MacBook, but not a MacBook Pro.
I for one would never buy an ARM based computer, because my work life runs on RedHat/CentOS designing chips for a living. When Synopsys, Cadence and others port their tools to an ARM processor then I'll think about switching.
I would think Apple have been tinkering with MacOS on ARM for at least as long as iOS has existed, given the amount of shared code. In that way, and with iOS being such a superlative platform for developers Apple are probably way better placed to move to ARM now than they were to move to intel from power pc, particularly given they are also going to have 100% control over the chip’s design.The old ARM vs Intel chip debate goes on...
Before we see any new Apple product it has probably been in design and pre-production process for as long as three years. Additionally the software base is currently all compiled for the Intel chip instruction set. Changing the CPU to ARM would require an immediately available emulation chip or software that would not out date the current massive base of software. Of course Apple could have both CPUs installed in their Macs, but that would be cost prohibitive and really just a silly notion.
I would expect Apple would introduce the ARM chip based PCs at one of the Developer's conferences and make Xcode completely seamless, as far as coding goes.
Question: Why would Apple spend years redesigning the Mac Pro to release them on Intel chips in 2019 only to move everything to ARM in 2020?
Either they're moving to ARM in 2019 or a few years later. If Apple can do for desktop chips what they did for mobile chips, then this is going to be amazing.
this will be only in macs like mac mini,12" macbook, macbook air or entry level imac...these are not for mac pro or macbook pro or 27" imac or whatever that is using quad core/six core i7 or i9
How can we think this? Think it through: some "Mac" software will run on some Macs but not others? Consumers will need to get software savvy enough to ask is this for ARM-based Macs or only Intel Macs?
And let's not swallow this "just throw a switch in a compiler" nonsense so easily. It is never as easy as that for all software much beyond maybe "Hello World" apps. Note how many apps on the massively-more popular iPhone could not even make the leap from 32 bit to 64 bit. If throwing a switch to go from Intel to ARM is so easy, certainly throwing a switch to go from 32 bit to 64 bit would be just as easy... and yet, instead, those apps just didn't make the transition. Let that foretell how it goes for lots of Mac apps should (much less popular) Macs (relatively) hop from Intel to ARM.
Actually, for most software it is as easy as flipping a switch.
There is more than just a synthetic benchmark to performance.
The A12x does not support multichannel DDR, does not have multiple lanes of PCIe along with the sizes and and types of caches of Intel processors.
It might beat a low end MacBook, but not a MacBook Pro.
I for one would never buy an ARM based computer, because my work life runs on RedHat/CentOS designing chips for a living. When Synopsys, Cadence and others port their tools to an ARM processor then I'll think about switching.
I'll believe it when I see it. Why didn't all the 32-bit popular apps that didn't survive the 64-bit mandate just flip one little switch and recompile?
It’s much more important now for Mac to be “compatible” with iOS than it is for it to run boot camp.
The days of Windows mattering are done.
It would have the same instruction set. ARM.Why the assumption that this would be an A series chip? It could be a different design called Mac series CPU / GPU with similar instruction set to A series yes.
Apple are a strictly design company; generally the manufacturing side of things is deadweight which requires a huge amount of investment (think updating machinery to handle <7nm chips) so I can’t see Apple moving towards in-house fabrication.
I think Apple will definitely add A series chips to all high end Macs alongside Intel chips. The A series chips in iMac Pro already handle a lot of security and I/O tasks which allow the Intel CPUs and GPUs to work more efficiently.
Tell that to people who use their Macs to work with Clients. Windows rules the business world and Macs are (relatively) rare. I have no great love for Windows myself but, IMO, the "killer app" for Macs is the ability for one working laptop to be a 2-birds-with-one-stone computer. Client needs me in Windows mode- my Mac can do that. Client OK with Mac mode- my Mac can do that.
If future Mac loses Bootcamp, the business computer that goes is probably a Windows laptop. Why? Because odds are, it will be easier to interface with the real world than taking a Mac and hoping it will be OK.
Again, no love here for Windows- just being real in terms of using computers and computer software for work. I WISH that Macs fit in as well as many of us here like to imagine.
It would be interesting to see how the Taiwanese Govt. would view such an acquisition if it were ever to be floated. I could see opposition.
While TSMC clearly has the 7nm fab down at this point it could be an issue as a sole provider. The geology around Fab 15 is not the most stable. My understanding is all of Apple’s Silicon comes from that one Fab. Another big earthquake could be crippling.
Pluse the trend is to outsource chip fabs today. Such as AMD and IBM have done.![]()
Because they didn't think the sales would be worth even the minimal effort? Just because I update something to 64-bit doesn't mean anyone wants to buy it. Not to mention that 64-bit wasn't the only change - typically there are other things that need to be updated with new OS versions, so any time you touch the source code you need to address these other things too.
Actually, for most software it is as easy as flipping a switch.
There is more than just a synthetic benchmark to performance.
The A12x does not support multichannel DDR, does not have multiple lanes of PCIe along with the sizes and and types of caches of Intel processors.
It might beat a low end MacBook, but not a MacBook Pro.
I for one would never buy an ARM based computer, because my work life runs on RedHat/CentOS designing chips for a living. When Synopsys, Cadence and others port their tools to an ARM processor then I'll think about switching.
It would have the same instruction set. ARM.![]()
The number of people using bootcamp is very small. If you need a windows machine in business, chances are you purchase a windows machine. You can get one for a couple hundred bucks. You can also use parallels, vmware, etc. Losing bootcamp will be fine. Nobody will care.
Taking a stake in them might be a possibility, though I'm not certain it would necessarily give Apple any more clout than it already has as a large volume, big name client? For outright ownership though, it would probably cut right into Apple's margins - and considering how much pressure they're under from Wall St. I would say nonstarter.Yea, that's fair and where my mind immediately goes. I just think protecting their investment in one the best fabricators out there may be a smart move.
If it works anything like the AX chips, likely they'd repackage existing core designs, probably tweaked and clocked higher to take advantage of higher power draw and thermal headroom. That's basically what the X chips in iPads are (plus a GPU bolted on that's man enough to run the bigger, higher res screens). So for an "A12M" variant you'd get, say, 4-6 of the performance "Vortex" cores from the vanilla chip and maybe also 4 of the lower power "tempest" cores to handle background tasks. Of course if they really wanted to push into a 15-20W TDP, for example, it might become worth it to completely redesign the cores around that, I'm not honestly sure how well it would scale beyond iPad level (~7.5W).All of them? Anyhow my main point is that it doesn’t have to be a CPU that’s used in mobile phones. Desktops and laptops can both support plenty more power and heat than a phone.