I'm afraid I don't get this. I agree Snowy is what Leo should have been but how was it transitional? Sorry for being thick.But as an OS for Intel it was simply transitional IMO.
I'm afraid I don't get this. I agree Snowy is what Leo should have been but how was it transitional? Sorry for being thick.But as an OS for Intel it was simply transitional IMO.
My biggest problem was the lack of H.264 support. I switched because better GPU, more RAM etc., not because higher Intel Geekbench. But these mobile GPUs were terribly problematic. Like the 2011 MBP series. In my eyes, the last good era was in 2012. The user friendly nonretina Macbooks, the 4x Mac Mini, the Mac Pros, and a good GTX iMac. The mobile market has rewritten everything. Today, we are running with “hand computers” that can be used to make phone calls.
And the current Windows on ARM machines are all but laughable.
And the lack of native ARM applications (even Office is emulated AFAIK) makes that a deal breaker. x86-64 applications don't run either yet.The CPUs are not fast and x86 emulation makes it even slower in many cases.
what lacks/lacked what h.264 support?
The downside is that, it will become more specialized, more appliance like which incidentally was what Steve Jobs envisioned computers would become. An throwaway appliance which you can't or not cost effective to service. So if an M1 fails, then you need to buy a brand new computer. Good for Apple, because it forces people to adopt forced obsolescence and I think people will be more receptive to this idea once we know newer computing power helps bring new software innovation.
And you can presumably replace individual parts when they fail. But on a computer where literally everything is soldered on, you can't.I have appliances which are pushing forty years old and they can still make rice, mix dough, purée fruit, and toast bread like total champs.
Not long ago at all, you very much could. Strange.And you can presumably replace individual parts when they fail. But on a computer where literally everything is soldered on, you can't.
Strange. I have appliances which are pushing forty years old and they can still make rice, mix dough, purée fruit, and toast bread like total champs.
And so is true with old cars and old computers, especially a 30 year old Amiga computer that is still running GPRS in Grand Rapids, Michigan to control heat and AC for 19 schools. There's nothing wrong with us using old stuff, but how often do you see people still using a 30 year old Amiga 2000 computer today for things like modern apps such as Zoom, Chrome, Edge and Google apps? To us, it's strange that a school is still using an old 30 year old Amiga, but it works for them and they actually used the funding they got in 2011 for upgrading the computers to modernize the environmental school systems. They actually fixed this computer over years from parts bought off eBay and these type of computers were much easier to fix than the computers we have today.
I'm agnostic to what I use. If an appliance helps me improve my living, then I'll buy it. If a computer helps improve my work productivity, then I'll own it. They're just tools to improve a person's life. Whether it's 1 year old or 40 years old appliance should not make a difference as long as it works. I still use a PowerPC Mac simply because there are applications that I still use and works even being close to 16 years old. It works. I also have a new modern fast PC that helps with my WFH needs.
It's not about you being thick, it's just my opinion.I'm afraid I don't get this. I agree Snowy is what Leo should have been but how was it transitional? Sorry for being thick.
When Moore's Law ends and people hold on to their stuff because it still works for them, then new product doesn't sell. Hence, planned obsolescence and product you can't repair unless you are an electrical engineer.I say, acerbically, it’s “strange”, because no consumer group or base ever clamoured for this decision and direction, yet here we are.
I'm not so bothered by the "everything is soldered" issue, because despite all of the repairability downsides, it has one very clear upside—it allows for smaller, lighter computers. That's a big deal on a laptop I need to carry around with me!
Where I get (very) annoyed is when Apple creates barriers to repairability for no apparent rhyme or reason. Replacing the camera in an iPhone 12 should not require authenticating with a special Apple server, that's completely inexcusable. And it ought to be flat-out illegal.
Like any technology innovation, there was an adoption stage and that it took decades until computers became mainstream. When computers were first introduced, there were only a handful of pioneers who saw the potential and I was one of the few. Decades ago, if you ask a normal Joe/Jane consumer whether they would own a home computer. The answer would always be a resounding "NO". It took decades to change the mindset of the general population to accept it as part of their appliance. If you see what most people use a computer for; it's mainly for web browsing, banking, work from home (WFH) and finances. Most of these people are not hobbyists. They don't take apart computers, upgrade stock parts and make them better. They just buy a computer, a cheap computer and use it until it becomes abhorrently slow and then they buy a new one. I've worked in the digital imaging and computer field for close to 3 decades and see that mainly the consumers are dictating what Apple and the rest makes. It's true that computer technology had stagnated and which accelerates the consumer non-replaceable part mentality, but that mentality comes from wanting a cheaper price. The main reason? Income inequality. Income inequality began in 1975 and accelerated for much of the 80s, 90s and what you see today. The top 10% owns the wealth of the bottom 90% and sadly, it is the bottom of the 90% that get the end of the stick in terms of cheap and flimsy computers, whereas the top 10% get the brand new shiny Mac Pro expandable computer. Innovation stops because of the wealth divide. Why do anyone want to spend lots of money to innovate and create a working Quantum Computer when there's no one else other than the top 10% who could afford it? Also Quantum Computing deals Qbits and not binary and the people who are ideal for these type of work are actually women. And yet when I was working in the tech field, men always look down on women and how technology should progress in the women's point of view and still is today. The progress towards Quantum Computing is "limited" by the mindset of the current thinking. The technology can progress further; but it is up to the people who wants progress.Unlike the Amiga of yore, which was never designed as an “appliance”, Moore’s Law kind of ended in the last decade and computers built a decade ago aren’t radically slower than those being churned out now. What is different is how planned obsolescence is being more aggressively pressed into the end product unlike any time before this and coercing consumers to begin accepting their laptops and desktops as “appliances” — going so far as to make nothing replaceable and nothing upgradeable.
To counteract the end of Moore’s Law as its own kind of planned obsolescence, computer manufacturers, such as Apple, have turned to non-upgradeable/non-replaceable parts, going so far as to prohibit third-party vendors (such as LG) from selling replacement parts to anyone other than Apple.
I say, acerbically, it’s “strange”, because no consumer group or base ever clamoured for this decision and direction, yet here we are.
When Moore's Law ends and people hold on to their stuff because it still works for them, then new product doesn't sell. Hence, planned obsolescence and product you can't repair unless you are an electrical engineer.
Have to make sure the stockholders get their expected dividends.
It's true that computer technology had stagnated and which accelerates the consumer non-replaceable part mentality, but that mentality comes from wanting a cheaper price. The main reason? Income inequality. Income inequality began in 1975 and accelerated for much of the 80s, 90s and what you see today.
You can not have new innovative technology developed with a protectionist mindset either.
I'm afraid I totally agree with you on the laptop bit.I'm not so bothered by the "everything is soldered" issue, because despite all of the repairability downsides, it has one very clear upside—it allows for smaller, lighter computers. That's a big deal on a laptop I need to carry around with me!
Ah, I see. Got it!Thus, to me, SL is a transition between the old (Leopard) and the new (Lion and beyond).
That's just my opinion, but to me, the 12" MacBook, which was "of course" discontinued, is pretty much perfect in terms of size and weight. Yes, it could use more powerful hardware and more ports, but is fine for what I use it for. The 13.3" MacBook Air is both too big and way too heavy for an ultraportable notebook so I don't get why the 12" MacBook was killed off. The MBA is not an ultraportable!I’m unsure how “light” and “thin” we’re to expect laptops to become before a) we’re, uh, happy(?), or b) recognize that (Apple) laptops have been pretty light for quite some time, going back to the PowerBook 12'',
My wife saw computers as a fad when they first started being adopted. She figured they'd go away eventually and then went right back to her typewriter.Like any technology innovation, there was an adoption stage and that it took decades until computers became mainstream. When computers were first introduced, there were only a handful of pioneers who saw the potential and I was one of the few. Decades ago, if you ask a normal Joe/Jane consumer whether they would own a home computer. The answer would always be a resounding "NO". It took decades to change the mindset of the general population to accept it as part of their appliance.
I’m unsure how “light” and “thin” we’re to expect laptops to become before a) we’re, uh, happy(?), or b) recognize that (Apple) laptops have been pretty light for quite some time
But on a desktop such as the Mac mini, soldered RAM and storage is taking it too far.
It's a shame - you either have an Apple ultraportable with great keyboard and a crappy screen (MBA11") or one with a crappy keyboard and a great screen (MB12").I use an 11-inch Macbook Air, because I'm willing to give up some screen realestate. I am absolutely not willing to give up a good keyboard, however, which is why I never even considered getting one of the 12-inch Macbooks, even though it was smaller.
Yes, of course. But the 2010 Mini was way more repairable/upgradeable than the current one without being any bigger.But the Mac Mini's purpose is to be a very small desktop, right? It's something you can slot into a closet, or conspicuously under a desk. I do think the size is a big part of it's appeal.
Yep. Some people buy it because it's simply the cheapest Mac they can get. When I bought my first mini in 2005, I did so because of price, not size (in fact, I didn't care about its small size at all).The weird thing about the Mac Mini, though, is that it's the only option in its price class.
I think people make too much hey about the MBA11" screen. The viewing angle isn't a significant problem on such a small screen (it's definitely more problematic on the 13" of the era), and the resolution is perfectly adequate. If they went with a full retina screen, the battery life would have to be worse in order to power all of those pixels. The 12" Macbook could get away with including a larger battery because it had a thinner (but terrible) keyboard, and a CPU that didn't need a fan (but was slower).It's a shame - you either have an Apple ultraportable with great keyboard and a crappy screen (MBA11") or one with a crappy keyboard and a great screen (MB12").
I'll be blunt and say the resolution is, IMHO, crap. Not enough screen estate. I run my 12" MB at "looks like 1440x900" and can just about get by. But to each his own.think people make too much hey about the MBA11" screen. [... ] and the resolution is perfectly adequate.
AFAICS, "designed for APFS" is just a recommendation. If the SSD is not an NVMe one (but AHCI) it should work fine on Mountain Lion and up. Worth asking about.(Ironically, OWC makes 1TB SSDs for the 2012 MBA which would work, but the ones for the 2014 MBA require High Sierra![]()
I did, but their support told me in no uncertain terms that it's an NVME drive and will absolutely not work on 10.12 and below.AFAICS, "designed for APFS" is just a recommendation. If the SSD is not an NVMe one (but AHCI) it should work fine on Mountain Lion and up. Worth asking about.