My fist Mac was a Power PC G5-DP. A monster in 2004. Used it for more than 10 years. Not because the HW was obsolete (it did beat my 2010 Intel MacMini, and my Dell 2014 Dell notebook), because ending SW support made applications stop.Return it if you’re too worried, but PPC chips were supported for at least 5 years after the Intel announcement.
Hopefully I will never need to use this. My current dev workflow involves running Windows 10 in a virtual machine, which works great. I can screw the vm up as often as I like and easily resurrect it from a Time Machine backup.
By the time I’m thinking of getting a new MacBook Pro, I would imagine that Microsoft will have 64-bit Windows 10 running on ARM; thus virtualisation software such as Fusion or Parallels would be able to run Windows happily on a new MacBook. Microsoft already produce an x86 version of Windows 10 compiled for ARM.
Reminds me when first original Intel Mac Pro came out, Photoshop a way slower running on that machine compared with native PPC on G5 Quad. I wonder this transition would introduce some performance penalty like that.
By the time I’m thinking of getting a new MacBook Pro, I would imagine that Microsoft will have 64-bit Windows 10 running on ARM; thus virtualisation software such as Fusion or Parallels would be able to run Windows happily on a new MacBook. Microsoft already produce an x86 version of Windows 10 compiled for ARM.
Since the current iPad's are actually faster than 13" MacBook Pro's, I'd guess that a Apple designed computer CPU with a fan in mind will easily beat the current intel offerings. Otherwise, why do it anyway?Obviously the key question here is going to be performance. How fast will binary translation/emulation be and just as importantly how fast are Apple's ARM chips going to be relative to modern Intel Core/AMD Ryzen.
The original Rosetta's performance was acceptable (quite impressive actually on a technical level), particularly for Apple's notebook lineup, but this was due in large part to just how far behind the PowerPC chips used in Apple's notebooks were compared to x86 at the time. Even the original Core Duos used in the first generation MacBooks absolutely destroyed not only the PowerPC G4s used in Apple's iBook/Powerbooks, but even a lot of PowerPC G5 based Macs.
I highly doubt Apple is going to have quite that large of a performance margin this time around so it will be interesting to see just what they can achieve.
...OTOH, if you put an SSD in an old (circa 2010) Mac with a pre Sandy Bridge Core Ix chip (or even Core 2 Duo) it is surprisingly usable today, so perhaps, for casual users this won't matter as much...
Can't say I'm excited. Please let this just be an additional ISA to be used where it makes sense, and not a whole scale transition (unlikely I know, but I can dream right.)
I think Apple has a good relation with the major software vendors... Adobe, Microsoft, Maya, Google etc. At least a lot of that software will be swiftly ported. On the other hand though how many Intel apps are you using from small developers? Apps that you can't find decent alternative in the App Store that could probably be ported to Arm quickly
When was the last time switching to proprietary hardware actually LOWERED the price of an Apple product?Everyone wondering about performance, but it's probably all about price. Imagine an education focused MacBook for $499. Cheaper than Chromebooks if the MacBook lasts for more than 2 years.
I’d like to take you seriously but you can’t even properly capitalize ARM. That weakens your credibility, frankly, as it implies you understand more about PR spin than computing architecture.If Arm is announced today with a release soon, return the Intel: it will soon start to hurt when you realise more and more that you’ve wasted money on old (2000s) tech. Embrace the new. Anything else it retrogressive.
That machine translation makes my brain hurt.A computers computer network And the computer software in which development of the computer programmes on a global communication network and the download for translating and performing are possible, computer software for computings performed by a cross platform, computer software, Electronic machines [apparatus and their parts]
In Xcode, you click on a target, you switch to "Build Settings", and under "ARCHS" you add any architecture that you want to build for. You'd want add arm64 and perhaps arm64e. But there are also settings provided by Xcode itself, and ARM architectures would probably be already added there. That shouldn't take you more than a minute, and if you have five targets, maybe 5 minutes.How much trouble is in recompiling really? Compiler backends have already taken care of it, and LLVM is especially great at it.
That's a pipe dream. Apple won't cannibalise their iPad market with an ultra-cheap laptop, and they certainly will not pass any potential savings on to their customers. That shareholder value has to be kept high.Everyone wondering about performance, but it's probably all about price. Imagine an education focused MacBook for $499. Cheaper than Chromebooks if the MacBook lasts for more than 2 years.
"Supported" is a strong word when the last version of OS X running on PPC Macs was released only three years after the switch.Return it if you’re too worried, but PPC chips were supported for at least 5 years after the Intel announcement.
"Arm" is the correct capitalisation.I’d like to take you seriously but you can’t even properly capitalize ARM.
iPad 1st gen wouldn't have been $499 if it used a third party CPU. Plus you're skipping over the fact that Chromebooks ate up Apple's educational market and Intel chips are known to be one of the most expensive parts of the computer. This move is so obvious.When was the last time switching to proprietary hardware actually LOWERED the price of an Apple product?
Correct.Question: Would an ARM CPU as host mean that a virtual machine of an earlier version of macOS (written for PowerPC or Intel) would no longer work?
That's a pipe dream. Apple won't cannibalise their iPad market with an ultra-cheap laptop, and they certainly will not pass any potential savings on to their customers. That shareholder value has to be kept high.
No. $499 without keyboard or pencil means you can't do much. Not even the $329 iPad was popular among education simply because it's not an all in one device and it's too risky to give tablet a try.Apple's solution for that is the iPad Air.
Apple's already doing that with their current line up of products.No. Apple cannibalizing themselves is an obvious smart move. You just need to get users locked into one of Apple's products and they'll end up being part of the ecosystem. Students will start wanting the rest of Apple's product lineups since they work well together.
Virtualisation only works on the same type of CPU. An operating system for Intel CPUs can only be virtualised on Intel CPUs. Everything else is emulation and comes with a significant performance overhead and compatibility issues.Can you elaborate why?