It should work fine, though they recommend a GPU capable of supporting Metal. That should include Intel graphics from Ivy Bridge onward, Nvidia Kepler and newer, and GCN Radeons (the HD 7700 series on up). Let's hope Metal support isn't a hard requirement...
And - until APFS comes along - they're still stuck with the godawful latency of HFS+. That's good news for unlocking the hardware's capabilities in the future, but APFS ain't in the wild yet.
Really now? Show me how to performance tune my Macbook Pro mid 2012 15 inch model that contains a traditional 1TB HDD (not SSD) so that a single large block read or write won't block all over I/O operations. Or hell, even any Mac that doesn't use an SSD. I can assure, it is needed and just to note, I can switch I/O scheduler on most Unix systems and Linux for performance (which is usually just a configuration variable in a text file).
Most of that's probably down to the godawful old HFS+ filesystem that needed to be relegated to legacy support a full decade ago. It's absolutely atrocious and a sign of Apple's indolence that they're only now within striking distance of releasing APFS to the wild. Positive change needed to be made on that front when George W. was in the White House.
In my experience, Windows is often snappier particularly the moment you start using cross platform 3D software or wanting to have applications that are asynchroniously doing I/O.
Amen to that. 3D software on the mac is also hobbled by Apple's refusal to update their OpenGL implementation; they're stuck at version 4.1 with a few extensions, performance has always lagged behind the competition, and the situation hasn't changed for years. In head to head benchmarks on a MacBook Air between the latest version of macOS and Windows 10, the latter's performance was sometimes 50% greater. No amount of honest marketing can paper over that kind of difference. All their engineers seem to be assigned to Metal now, which doesn't seem like a bad API. It's just restricted solely to iOS and macOS, and thus doesn't matter to any other platforms. macOS devices are being relegated to authentication dongles for making and maximizing convenience for using iOS apps. A few gimmicky R&D expenses don't make up for the sensation that the platform's sinking into the murk compared to the competition.
Not(e) that macOS's BSD subsystem is proprietary and is beaten by Windows' old POSIX subsystem.
Yes, and the Bash shell for Windows 10 is only going to open that gap wider going forward.
"God, I just don't understand how he can be such a dick. Anyway, I've gotta go, time to put my cake in the oven."
Two minutes, an idle Facebook moment, and an ad for erotic cakes later...
Necessary, sadly. They moved the VRM back out of the die, which necessitates a socket change. Naturally the team working on what's supposed to be its successor was the one who moved into the die in the first place, so they intend to put it [i]back[/i] for their revision. No such thing as reusing a perfectly good motherboard in Intel country.
In fairness Piledriver did a tolerable job against Sandy Bridge... The problem is that Intel hasn't exactly stood still since 2012, and between three generations of minor but cumulative performance and power improvements and the platform updates that came with them, there's a huge difference even in the consumer market. AMD doesn't have an answer to Haswell-E, and Opterons have languished in the same three year old doldrums as their FX cousins. Zen will be a make or break proposition; they can't continue the way they have been.
If there was ever a true multi-threaded application AMD would take the prize. As such Intel dominates because of single threaded applications.
There are embarrassingly well-threaded applications where AMD does well. The x264 encoder does a fantastic job and hammers all 8 of the cores in my FX-8320 at >90% utilization, and it was cheerfully faster at that than the i5 3570K I used to keep around. But IPC does ultimately win out, and Haswell's AVX2 support is sufficient to let an i5 4690K generally pull out ahead of my FX. That's especially true on interlaced media, where the deinterlacer's essentially single-threaded and the rest of the chip's basically waiting for that single core to finish before tackling the rest of the workload. For most other uses it's somewhere around a Nehalem quad core: certainly fast enough for what I do, but the overall performance outside of niche applications isn't impressive in absolute terms. At least it took to undervolting well, and it's a friggin' behemoth for virtualization.
It's like hastily cobbling PulseAudio into the works so many years ago, but dramatically worse. Ubuntu's its own worst enemy, and you're foolish if you slap 15.04 onto bare hardware on day one.
It's galling, isn't it? "We know our software's as safe on the unprotected web as a Craigslist hookup, so be sure to keep this software rubber handy." And it might not be so insulting if McAfee was good at anything besides eating hardware resources...
It's a problem born from software bloat. It was originally intended to be a means of drawing vector graphics and simple animations, but there was a void in functionality in the days before PCs were fast enough to handle Javascript (or even had browsers that could cope with the highly abstracted pages written now). So more functionality was added, and with that came layer after layer of gooey, exploitable cruft.
Now Flash doesn't just offer vector graphics. It's a multimedia environment with DRM, a method of offering rich internet applications, a video player, and a buttload more besides. All that bloat's been encouraged because Adobe wants Flash to be used by as many people as possible - it's publicly traded, you've got to show investors and stockholders where all that money's going - and we've now arrived at the point where it's a suppurating pile of vulnerabilities and patched-together functionality with legacy support, far more trouble than it's worth for most users.
You can still occasionally find a DIP switch on overclocker-friendly motherboards to ratchet up clock speeds and apply a corresponding voltage bump; the vagaries of that are handled by the BIOS/UEFI. But the only jumpers I ever see are for CMOS flashing, and maybe once in a blue moon to enable or disable an integrated component. It's definitely not 1995 any more.
Yes, for the time being i486 support's still maintained. Debian and Slackware both nominally support it, and I suppose a very patient person could also flog their 486 nearly to death with Gentoo. Though I'd think a sane person would cross-compile...
I'm not wasting any more time chasing your moving goal posts. I could point out that you can pretty easily find cheap, working computers on Craigslist, and frequently for well under $100, but then you'd quail that those aren't new. You've clearly made an ideological commitment to this position. Who would I be to unmoor you?
OK, fine; I'll concede that point. But let's remember the inflation that's occurred since the time around my birth: $200 in 1980 would be just over $600 now. Even if we knock 20% off the effective buying power of that money, $500 in 2014 will buy a computer that's 100% ready to connect to a television and run an overwhelming majority of applications, including Visual Studio Express.
So look on Amazon for a Raspberry Pi kit, with case, (micro)SD card, and a few other various & sundries. Once it's arrived in the mail, put it together, sit down with the kids, and figure out how to shoehorn an OS onto the thing. I can't imagine setting up and effectively using a ZX Spectrum would be easier than a Raspberry Pi or Banana Pi.
What a way to view the people in your world - as an endless series of economic actors to whom you feel superior or against whom you rationalize your lower standing. I hope I never work for you.
Seriously - bring a package of cookies for the flight crew. The flight attendants will leave you alone except to check on you, and will probably sneak you a non-alcoholic treat at some point during the flight. And it's not a job that's appreciated terribly much - look at the comments in this thread, just for starters - so it goes a long way.
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It should work fine, though they recommend a GPU capable of supporting Metal. That should include Intel graphics from Ivy Bridge onward, Nvidia Kepler and newer, and GCN Radeons (the HD 7700 series on up). Let's hope Metal support isn't a hard requirement...
And - until APFS comes along - they're still stuck with the godawful latency of HFS+. That's good news for unlocking the hardware's capabilities in the future, but APFS ain't in the wild yet.
Really now? Show me how to performance tune my Macbook Pro mid 2012 15 inch model that contains a traditional 1TB HDD (not SSD) so that a single large block read or write won't block all over I/O operations. Or hell, even any Mac that doesn't use an SSD. I can assure, it is needed and just to note, I can switch I/O scheduler on most Unix systems and Linux for performance (which is usually just a configuration variable in a text file).
Most of that's probably down to the godawful old HFS+ filesystem that needed to be relegated to legacy support a full decade ago. It's absolutely atrocious and a sign of Apple's indolence that they're only now within striking distance of releasing APFS to the wild. Positive change needed to be made on that front when George W. was in the White House.
In my experience, Windows is often snappier particularly the moment you start using cross platform 3D software or wanting to have applications that are asynchroniously doing I/O.
Amen to that. 3D software on the mac is also hobbled by Apple's refusal to update their OpenGL implementation; they're stuck at version 4.1 with a few extensions, performance has always lagged behind the competition, and the situation hasn't changed for years. In head to head benchmarks on a MacBook Air between the latest version of macOS and Windows 10, the latter's performance was sometimes 50% greater. No amount of honest marketing can paper over that kind of difference. All their engineers seem to be assigned to Metal now, which doesn't seem like a bad API. It's just restricted solely to iOS and macOS, and thus doesn't matter to any other platforms. macOS devices are being relegated to authentication dongles for making and maximizing convenience for using iOS apps. A few gimmicky R&D expenses don't make up for the sensation that the platform's sinking into the murk compared to the competition.
Not(e) that macOS's BSD subsystem is proprietary and is beaten by Windows' old POSIX subsystem.
Yes, and the Bash shell for Windows 10 is only going to open that gap wider going forward.
What kind of Radeon is it? Outside of the very newest kit, the open drivers have come a long way across the board.
"God, I just don't understand how he can be such a dick. Anyway, I've gotta go, time to put my cake in the oven." Two minutes, an idle Facebook moment, and an ad for erotic cakes later...
Necessary, sadly. They moved the VRM back out of the die, which necessitates a socket change. Naturally the team working on what's supposed to be its successor was the one who moved into the die in the first place, so they intend to put it [i]back[/i] for their revision. No such thing as reusing a perfectly good motherboard in Intel country.
Yep - nothing like extra logical threads to take maximum advantage of a high performance architecture.
In fairness Piledriver did a tolerable job against Sandy Bridge... The problem is that Intel hasn't exactly stood still since 2012, and between three generations of minor but cumulative performance and power improvements and the platform updates that came with them, there's a huge difference even in the consumer market. AMD doesn't have an answer to Haswell-E, and Opterons have languished in the same three year old doldrums as their FX cousins. Zen will be a make or break proposition; they can't continue the way they have been.
If there was ever a true multi-threaded application AMD would take the prize. As such Intel dominates because of single threaded applications.
There are embarrassingly well-threaded applications where AMD does well. The x264 encoder does a fantastic job and hammers all 8 of the cores in my FX-8320 at >90% utilization, and it was cheerfully faster at that than the i5 3570K I used to keep around. But IPC does ultimately win out, and Haswell's AVX2 support is sufficient to let an i5 4690K generally pull out ahead of my FX. That's especially true on interlaced media, where the deinterlacer's essentially single-threaded and the rest of the chip's basically waiting for that single core to finish before tackling the rest of the workload. For most other uses it's somewhere around a Nehalem quad core: certainly fast enough for what I do, but the overall performance outside of niche applications isn't impressive in absolute terms. At least it took to undervolting well, and it's a friggin' behemoth for virtualization.
It's like hastily cobbling PulseAudio into the works so many years ago, but dramatically worse. Ubuntu's its own worst enemy, and you're foolish if you slap 15.04 onto bare hardware on day one.
That it does. Ditto Chromecasts and a lot of "smart" Blu-ray players; I just meant for typical PCs.
As far as I know Hulu and Amazon Prime won't work without it for now. Otherwise it's basically flushable.
It's galling, isn't it? "We know our software's as safe on the unprotected web as a Craigslist hookup, so be sure to keep this software rubber handy." And it might not be so insulting if McAfee was good at anything besides eating hardware resources...
It's a problem born from software bloat. It was originally intended to be a means of drawing vector graphics and simple animations, but there was a void in functionality in the days before PCs were fast enough to handle Javascript (or even had browsers that could cope with the highly abstracted pages written now). So more functionality was added, and with that came layer after layer of gooey, exploitable cruft. Now Flash doesn't just offer vector graphics. It's a multimedia environment with DRM, a method of offering rich internet applications, a video player, and a buttload more besides. All that bloat's been encouraged because Adobe wants Flash to be used by as many people as possible - it's publicly traded, you've got to show investors and stockholders where all that money's going - and we've now arrived at the point where it's a suppurating pile of vulnerabilities and patched-together functionality with legacy support, far more trouble than it's worth for most users.
That's CMOS resetting, my bad. *cough*
You can still occasionally find a DIP switch on overclocker-friendly motherboards to ratchet up clock speeds and apply a corresponding voltage bump; the vagaries of that are handled by the BIOS/UEFI. But the only jumpers I ever see are for CMOS flashing, and maybe once in a blue moon to enable or disable an integrated component. It's definitely not 1995 any more.
Yes, for the time being i486 support's still maintained. Debian and Slackware both nominally support it, and I suppose a very patient person could also flog their 486 nearly to death with Gentoo. Though I'd think a sane person would cross-compile...
I'm not wasting any more time chasing your moving goal posts. I could point out that you can pretty easily find cheap, working computers on Craigslist, and frequently for well under $100, but then you'd quail that those aren't new. You've clearly made an ideological commitment to this position. Who would I be to unmoor you?
OK, fine; I'll concede that point. But let's remember the inflation that's occurred since the time around my birth: $200 in 1980 would be just over $600 now. Even if we knock 20% off the effective buying power of that money, $500 in 2014 will buy a computer that's 100% ready to connect to a television and run an overwhelming majority of applications, including Visual Studio Express.
So look on Amazon for a Raspberry Pi kit, with case, (micro)SD card, and a few other various & sundries. Once it's arrived in the mail, put it together, sit down with the kids, and figure out how to shoehorn an OS onto the thing. I can't imagine setting up and effectively using a ZX Spectrum would be easier than a Raspberry Pi or Banana Pi.
In my experience one doesn't regularly spend hours in an enclosed, pressurized space thousands of feet above ground with fast food workers...
What a way to view the people in your world - as an endless series of economic actors to whom you feel superior or against whom you rationalize your lower standing. I hope I never work for you.
As you board the plane. It's always greeted with a little surprise, but they're always grateful.
Seriously - bring a package of cookies for the flight crew. The flight attendants will leave you alone except to check on you, and will probably sneak you a non-alcoholic treat at some point during the flight. And it's not a job that's appreciated terribly much - look at the comments in this thread, just for starters - so it goes a long way.
It's even weirder than that. For reference:
.mp1 = MPEG-1 Layer 1 Audio, used by no one and basically a historical footnote
.mp2 = MPEG-1 Layer 2 Audio, used by the radio broadcast industry for archival above 224 kbps and the audio format of VideoCDs
.mp3 = MPEG-1 Layer 3 Audio, the most familiar and widely used consumer audio format in the world
.mp4 = Advanced Audio Codec, AKA MPEG-2 Layer 7 Audio, later updated to MPEG-4 Layer 3 Audio
And that concludes today's installment of worthless trivia.