The Cube was a marvel of design in so many ways and so easy to open and work with, the only real issue was the hardware of the day was not powerful enough.
The cube failed because it was over priced. For just a little more, you could get a full sized PowerMac G4 with more power and better expandability. They didn’t sell enough of them to make it worth keeping around, and the cracks in the acrylic enclosure didn’t help.This time it will work because of Apple Silicon. The Cube and the Trashcan were hampered by Intel and Motorola and heat.
Pushing the handle and lifting it out felt like something out of Star Trek. I loved it and I think mine is still somewhere in my shed. But yeah, performance was not its strong suit.The Cube was a marvel of design in so many ways and so easy to open and work with, the only real issue was the hardware of the day was not powerful enough.
Yes, sorry, I meant since 2011/2012-ish, when they started soldering/gluing everything down.The first consumer-upgradable Mac? Not even close, the Performas, the Quadras and some of the PowerMacs were all consumer level upgradable machines. At one point, the PowerMac G4 started at $1299.
Don't they already have that? A faster than anybody core?Putting 128 ARM cores in a Mac Pro will let it run some kinds of software very fast but not everything can be split into 128 parts that work in parallel.
I suspect that all of the Apple software, like Final Cut will be re-written to have 128+ threads but third-party software would not be re-written for the very small Mac Pro user base.
What Apple needs if they are going to continue selling high-end computers is an ARM core that is faster, Simply adding cares will not work in all cases.
On the other hand, Apple might just abandon the professional market and stall with only consumers. Why would they bother with a low-volume product? Would they abandon an entire segment? Yes. they abandoned Aperture and gave away the entire pro photography market to Adobe. They might do the same with the pro film editing market. remember Apple was "all in" and promoting Aperture until that last second, then switched. Apple will take about the future of Final Cut until one second they don't.
Software that is not parallellizable won't be any slower on a chip with lots of cores. On the contrary, it's possible such a chip will have 8 or 16 high speed cores for single-threaded processes, and then 64 or 128 for applications that benefit from having many threads.Putting 128 ARM cores in a Mac Pro will let it run some kinds of software very fast but not everything can be split into 128 parts that work in parallel.
I suspect that all of the Apple software, like Final Cut will be re-written to have 128+ threads but third-party software would not be re-written for the very small Mac Pro user base.
What Apple needs if they are going to continue selling high-end computers is an ARM core that is faster, Simply adding cares will not work in all cases.
On the other hand, Apple might just abandon the professional market and stall with only consumers. Why would they bother with a low-volume product? Would they abandon an entire segment? Yes. they abandoned Aperture and gave away the entire pro photography market to Adobe. They might do the same with the pro film editing market. remember Apple was "all in" and promoting Aperture until that last second, then switched. Apple will take about the future of Final Cut until one second they don't.
It is my favourite too. I used to drool over it in the store, but couldn’t afford it then..... now I canReally cool! I still have my G4 cube. One of my favorite Apple designs.
It appears the rounded corners on everything is going, hence a cube makes more sense in the aesthetics.Can't wait to hear the next rumor about the trashcan coming back. It's matter of time at this point, reading those "news"![]()
"Professional" workloads are precisely the ones you can just throw more cores at. Graphics, audio, and compilation are all highly parallelizable, and if you're supporting 8 cores, you're already supporting 128 cores. (It's glibly said that in computer science, there are only three numbers that matter—0, 1, and Infinity.) It's simple, user-facing, interface-related tasks that are hard to parallelize and which benefit most from having individually faster cores.Putting 128 ARM cores in a Mac Pro will let it run some kinds of software very fast but not everything can be split into 128 parts that work in parallel.
I suspect that all of the Apple software, like Final Cut will be re-written to have 128+ threads but third-party software would not be re-written for the very small Mac Pro user base.
What Apple needs if they are going to continue selling high-end computers is an ARM core that is faster, Simply adding cares will not work in all cases.
I liked it too,very futuristic butT just too big and not very mobile as the mac mini could be. It was def much better than the current cheesegrader, which is least appealing to me..It appears the rounded corners on everything is going, hence a cube makes more sense in the aesthetics.
I never minded the trash can though.
From my perspective, it is all about PCI-E.Why would they keep intel over mac silicon?
edit: I was honestly asking. Thank you to those who answered without the snark. To those angry folks, maybe calm down a bit. lol.
Rosetta 2 exists for a reason. It assists with the transition period. Moreover, Apple will provide legacy support for years on Intel machines, as will software developers, but there comes a time when you must make the change. I did business to business sales for all the major studios, post production houses, photography studios in LA and time and time again I saw them fall behind because they refused to adapt to new technology. They would end up spending 2-3x as much when they finally upgraded than had they made smaller incremental updates as they became available. Also, Adobe and other major developers have already translated their software to work with and take advantage of Apple Silicon.Because Professionals work in professional environments, where they can't just switch $100,000+ worth of hardware overnight to the latest trend, which isn't compatible with even half of their software.
It’s well past time for Intel to start building modern CPUs with no 16-bit/32-bit CPU support, if they have any hope of getting their process issues sorted out. Holding on to the legacy cruft is slowly killing them.Intel but no 32-Bit support.
Can't have everything.