So if you have an iPhone and you’re not using iCloud Drive for much there is probably one feature of iCloud Drive you’re using and you’reprobably not even thinking about it. You’re using iCloud Backup. iCloud Backup allows you to have you’re phonebacked up to iCloud and using that 5 GB of free storage space that you get with iCloud. https://worldgraphics20.com/2020/10/31/what-streaming-means-for-the-future-of-entertainment-technology-in-2020/
Now this backup is really important becauseif you loose you’re iPhone or it breaks or something then you can restore to a new iPhone. A lot of people don’t even know that thisis happening and they’re pleasantly surprised when they go to the Apple Store to get a newiPhone and the tech there is able to restore all their stuff. It wasn’t that many years ago that if youlost your iPhone or got a new one you were dismayed to find out you lost a lot of things.
So iCloud Backup is great but it’s not sogreat if you find you’re going over the 5 GB limit because you’re iCloud Backup is toobig. You can fix that because you can decide whatgets backed up and what doesn’t. But it’s really hidden. Now on your iPhone if you go into Settingsand then you tap on your Apple ID at the top. So it’s got your name, Apple ID, iCloud, iTunes,etc.
You go into there and then you can see informationabout your Apple ID including iCloud. Go into iCloud here. If we scroll down we can see iCloud Backup. We go into that and you can see it shouldbe turned on. Everybody should be using iCloud Backup. There’s really no excuse not to backup. It’s so important. You’ve got a Back Up Now button but you don’thave any kind of way to customize what’s going on there.
So how do you customize what gets backed up. Well, it’s not here. It’s at the top again. You go to Manage Storage. If you look at Manage Storage you can seeit says Backups. This is your iCloud storage here. So you can see I have the 5 GB free plan. I’m using a lot of that for photos.
Backups is my next biggest thing. So I go into Backups. It’s going to take me into there and it’sgoing to show me, okay it’s backing up Documents & Data. Almost 1 GB worth. I actually have it divided between and iPadand an iPhone on this account. So it’s only half or a little less than halfthis iPhone. If I tap on this iPhone and I go in thereand it’s going to say Last Backup. That’s always good to check to know it’s allworking. The Size of the backup.
The Next Backup Size. In other words I’ve added things and I’vechanged things. So what’s going to add to the backup nexttime. Then I see this great list of apps and whetheror not they’re backing up and how much space they’re using. So this is key here because you can really shrink the size of your backup by turning things off. Now some things you don’t want to turn off,right. It’s backing up which is great and you wantto save all that stuff. http://technology
But some stuff you don’t really care about. Like, for instance, Audible. You know I can always redownload those books. I know it’s syncing to Amazon’s service therefor saving my Settings and things. There’s some other things in here. Maybe just some apps that I’ve experimentedwith. I don’t really care about the data or I knowthat the data is being saved some other way. I can just turn those off and save that space.
So it’s something you may want to look at. So I talk about this and every other aspectof iCloud in my new course, The Guide to iCloud. This is a comprehensive course with 3+ hoursof videos all about all the different ways you can use iCloud. How to use it. Where to access all the features. You can read more about it and if you’re watchingthis video just after it came out there’s a special introductory price that you canget for the course as well.
what is apple silicon m1 chip
hi, mouse click, computer chime, So what do you wanna do now? – Let’s slip into something more virtual. I like the sound of that. Honey, I’m home. You’ll never guess who I ran into at the, what the is this? It’s not what you think. Are you cheating on mewith another processor? But please I can explain. What, why am I not hot enough for you? No, no, no, actually,you’re kind of too hot for me. Plus, you’re not the most punctual. You’re not helping. Why? Why? Why?Hey, guys, how are you all doing? Really, that’s just great.
You know, I’m doing pretty great today too, because Apple announced theyare moving away from Intel and instead they’re switching to ARM based custom Apple silicon for future Macs, which means we’ll get better performance, better power management anda bunch of other features that we’ll talk about later today. Now Apple silicon is an SoCwhich is system on a chip. So basically, traditional components in a computer architecture areall crammed into single chip. That’s a high-level overview.
This is a big transition in Mac history. And with a big transitioncomes some uncertainty. So I know there’s some questions out there that need answering,and I’m gonna do my best to address those today. So sit back and let me dropsome knowledge on your A55. Rest assured, Apple has beenthrough transitions before, so they are prepared. Apple switched from 68Kprocessors to PowerPC and released the firstPowerPC Mac in 1994.
Then they rewrote the Mac OSand released Mac OS X in 2001. Then they transition frompower PC Macs to Intel Macs, and released the first MacBookPro and early 2006 iMac. They’ve also worked witharm chips dating back to the Newton, all previous iPhones used ARM-based processors,and so did all iPads. In fact, the A-series chipswe’re familiar with today, debuted with the first iPad in 2010.
So what’s one more transition, right? I think we’ll be okay. But there are a few factors to consider and we will go over those very soon, but first let’s takea look at the timeline for this transition. Tim Cook announced that theapple silicon transition will be completed in two years. And the first Apple siliconMac will be released before the end of 2020. He also said more IntelMacs will be released, but we don’t have a solid timeline on how long Apple plans to release Intel machines.
Additionally, Intelversions of macOS will still be released for, “years to come”. So why bother? Why is Apple doing thisapple silicon transition? What’s the point? The simple point is they justwant to make better products. But that’s kind of a vague answer. A key component to making that goal happen is to have higher performance but more importantly, higher performance per watt.
Which means theoretically, with an apple chip, you can compute just as much information as with an Intel system, butyou would be using less power in doing so which gives youplenty of room to crank up that power and boost yourperformance significantly. This is similar to the mainreason as to why Apple ditched power PC processors back in the day.
They released the iMac withthe G3, G4, and G5 processors. They did the same thingwith the Power Mac line. But when you look at their notebooks, you’ll see a G3 and a G4 but not a G5. Why did Apple not release a PowerBook G5? Well, performance per watt, they could not matchthe thermal conditions and battery life thatthey wanted among probably many other factors we don’t even know of with the G5 processor.
what is apple silicon m1 chip
When they looked at Intel,they could tell that that roadmap would letthem build the products they wanted to build. And that’s kind of whatwe’re doing today now with Intel, the applesilicon, but honestly, performance per wattis just the beginning.
Apple silicon will offerunique features to the Mac, Apple silicon will helpmake Mac’s more secure. Apple has been using their custom silicon for security features iniOS devices for years. In fact, Apple hasimplemented some of these security features in select max with their custom T1 and T2 chips, which work alongside the Intel processor. With Apple silicon, there’s no need for a separate T2 chip. It’s all built into oneSoC, which will allow for more security featuresthat I’m not even aware of yet.
Okay, so we have faster performance, better power management andbetter security features. But what else is there? Well, for starters, theneural engine is now coming to the Mac, which will acceleratemachine learning tasks. Also, a high performance GPU architecture will accelerate pro apps and games, which is combined with aunified memory architecture, which allows the GPU toaccess memory insanely fast. In short, this chip can do a lot of stuff.
And even better, Apple won’tbe tied down to Intel’s product release scheduling anymore,nor will they be restricted by the thermal output of those chips. It’s all in Apple’s control. To me the most excitingpart of this transition is the scalability. We’ve seen A series chipscome so far in 10 years, this is the first iPad with an A4 in it.
This is now here near as fast as what we have 10 years later on the iPad Pro. The iPad pros GPU isabout 1000 times faster than what’s in here in just 10 years, 1000 times the performance. So imagine what we can do inside a Mac, which has a much larger enclosure. Now I’ve had quite a few people ask me, why is Apple using a mobilearchitecture for their Macs? And to that, I simply say they’re not. Yes, ARM works great formobile, but it scales.
The Fugaku super computer,it’s all ARM based yet it clocked in at 415 petaflops. So for some quick math, that’s 400, over 400 quadrillion floatingpoint operations per second, all on ARM based processors. So I think the Mac will be fine. So now the big question,will my software work? What about app compatibility? Well, arm 64 is the instructionset for Apple silicon. That’s what it’s based on. And the Intel Macs are based on x86_64.
They’re different. Those Intel Mac apps won’tunderstand arm64 out of box, simply they won’t work. But Apple has a plan to help fix that. There’s two tiers of Intel compatibility, Rosetta 2 and Universal 2. Rosetta 2 provides compatibilityfor Intel Mac apps, as is without developer intervention.
This won’t work for everything, but it should be okay in most cases, two restrictions are you cannottranslate kernel extensions or virtual machine softwarewhich virtualizes x86_64 computer platforms like windows, that aside Rosettaachieves this compatibility by translating theapplication upon installation via Mac OS package andApp Store installed.
Applications that don’t usethese installation methods are translated on first lunch. I mean launch. Can someone bring me a sandwich? The second tier is Universal 2. Universal apps containcode for Apple silicon and Intel processors. And macOS automaticallyknows which code to run. For many apps, all the developer has to do to make a universal application is open up their Xcode project in the newversion of Xcode, and bill.
That will work in many cases. But there will be instanceswhere a few days of work has to be done. But after that, thedeveloper can now release the universal application,which will run natively on Apple silicon, but also on Intel Macs. Apple already has their productivity apps, their pro apps and theirbuilt in system apps all running on Apple silicon,and they’re working closely with Microsoft and Adobeto make sure office and Creative Cloud alsoruns on Apple silicon.
Apple also launched a quickstart program and when you apply to it, one of the things youcould potentially get if you’re accepted isa prototype Mac Mini. It looks like a Mac Mini but it has an A12Z Bionic chip in it. Yes, the same chip that’sin the new iPad Pro. And this is pretty nicebecause the Mac Mini is a lot smaller than thegiant 40 pound cheese grater tower that Apple gave youfor the Intel transition.
what is apple silicon m1 chip
son of a So what about hackintosh? I get that question a lot. Well, for now, you don’treally have to worry because Apple is still gonna be releasing Intel versions of macOS. macOS Big Sur signifies the beginning of this shift to Apple silicon,but it still runs on Intel, and future versions. I’m not sure how many future versions, but I would say atleast one future version will also run on Intel too.
So you have a little bitof time to figure out how to hackintosh an exclusiveApple silicon based Mac OS, if you wish. What about Boot Camp and Windows? So I wanna current until Mac you can run the Boot Camp Assistant, and boom, you can install Windows on your Mac. Heck, you can even install Windows on some of these really old PowerPCMac’s if you have a DOS Card, which this one does have installed, It’s really cool.
Anyway, that’s great andall but you cannot do this on Apple silicon max. In short, the traditionalwindows x86_64 software will not run. Now Microsoft does have windows on ARM , yes, but that’s only for PC makers. They don’t just sell that at the store, you can’t just buy that off the shelf. Plus, it’s not gonna run all the programs, you’d probably want to runanyway because it’s ARM based.
Maybe Apple and Microsoftcan work out an agreement where you can buy a copy of Windows on ARM for your Apple, siliconMac, if you really need it. So that future is a little bit uncertain. But in short, unfortunately,x86_64 Windows will not run on Apple silicon max. However, we might see somefuture virtualization software that can run Windows.
Yes, you can’t run Windowsinside a virtualization program under Rosetta, but that’s just Rosetta, there could be a futuremore native solution that could come down thepike and it might work. But we don’t know that just yet. Just another note, since Apple silicon is a common platform for iOS, iPadOS and macOS going forward, you can actually run iOSapps and iPad OS apps natively without modification on your Mac.
As for boot Options, you caninstall multiple versions of Apple silicon-compatible macOS, you can boot internally youcan boot externally as well. And you can even installversions of Mac OS that Apple stops signing, youcan even set startup volumes to boot with full securitymode or reduce security mode. Target disk mode is also being deprecated.
And it’s being replaced with a feature called max sharing mode, which essentially turns your Mac into an SMB volume that you can access fileson over the network. I’m not really sure how this is different from just enabling SMBsharing inside the system.
But perhaps it’s useful because you can use it without the system being ina functioning bootable state. I’m not sure about all thedetails in regards to this because during the presentationin the WWDC session, they really just glossedover this feature. So, to be continued on that one. Okay, so I know that was a lot, but I do wanna know your thoughts about this whole transition.
so feel free to leave a comment down below and if you have any questions about this, feel free to ask and Iwill do my best to answer. Also Rene Richie and Jonathan Morrison also did good videos about this topic, so feel free to check those out as well. And if you liked the artical, you know what to do. Thanks for sticking with me, catch the crazy and pass it on.