One of the most significant changes in macOS 10.15 Catalina was the breakup of the long-standing iTunes app into separate Music, Podcasts, and TV apps. But what about backing up iOS devices, which you also used to do in iTunes? In Catalina, Apple moved this function into the Finder. So if you’ve upgraded to Catalina or bought a new Mac that comes with Catalina, here’s how you can continue to backup your iOS or iPadOS in the Finder.
One note first. If you haven’t been using iTunes to back up, manage, and sync media to your device from your Mac all along, we don’t recommend that you start now. Although Apple continues to make these capabilities available for those who need or prefer them, the company focuses most of its efforts on cloud-based services like iCloud Backup, Apple Music, and iCloud Photos. Plus, many of Apple’s apps, like Books, Calendar, Contacts, Podcasts, and TV, can sync their data among all your Apple devices through iCloud. We’re focusing on backup here—for more details about manually syncing media to your iOS device, check out Take Control of macOS Media Apps, by Kirk McElhearn.
As when you were using iTunes, you’ll need to connect your iOS device to the Mac with a USB cable, either a USB-to-Lightning cable for most devices or a USB-C cable for recent iPad Pro models. When you plug your device into your Mac, it should appear in a Finder window’s sidebar. However, it may not show unless you open Finder > Preferences > Sidebar and select CDs, DVDs, and iOS Devices. (And if it still doesn’t appear, restart your Mac.)
The first time you connect an iOS device to your Mac, you’ll need to establish a trust link between the two devices. That requires that you select the iOS device in a Finder window’s sidebar, click a Trust button that appears, click Trust again on the device itself, and then enter the device’s passcode. This is all very sensible since it prevents someone from stealing your iPhone and connecting to their Mac to read its contents.
Back Up Your Device
Once you’ve jumped through the necessary security hoops, select your device in a Finder window sidebar to view the General screen, which has an interface that’s eerily reminiscent of iTunes. Here’s where you’ll find backup controls, along with a button that lets you update your device’s version of iOS and (not shown) a variety of other general options. Again, we’re focusing on backup here.
iCloud backups: Assuming you have enough (or are willing to buy more) storage space in iCloud, select “Back up your most important data on your iPhone to iCloud.” Backing up to iCloud is the best option because it automatically happens once per day whenever the device is connected to power, locked, and on Wi-Fi—for us, that usually means during an overnight charge. Plus, if your Mac has a relatively small SSD, you may not have space to store the backups for a large iOS device. iCloud backups are highly secure and reliable, but there are those who don’t want to pay for sufficient iCloud space or don’t want their data in iCloud.
Local backups: If you prefer, select “Back up all of the data on your iPhone to this Mac.” Be sure to select “Encrypt local backup.” Otherwise, the backup won’t include saved passwords, Wi-Fi settings, browsing history, Health data, and your call history. And anyone breaking into your Mac could access everything else in your iPhone backup! When you select “Encrypt local backup,” you’ll be asked for a password—make sure it’s one you won’t forget.
If you’re going with iCloud backups, you’re done—backups will happen automatically. For local backups, however, click Back Up Now to initiate a backup. Backups can take quite some time—a circular progress indicator replaces the eject button next to the device’s name in the sidebar. That’s a hint that you shouldn’t unplug the device while it’s backing up.
In fact, you don’t have to choose between iCloud and local backups. Nothing prevents you from leaving the default set to iCloud (this mirrors the setting on the device itself in Settings > Your Name > iCloud > iCloud Backup) but occasionally connecting your device to your Mac and clicking Back Up Now to make a secondary local backup, just in case. That would be a sensible thing to do before switching devices or intentionally erasing the device for some reason.
Since iOS device backups can be quite large—up to hundreds of gigabytes—you may need to recover space used by backups for devices you no longer have. Plus, if you switch to iCloud backups at some point, there’s little point in devoting many gigabytes of storage to obsolete backups.
Click Manage Backups to see a list of backups. To delete one, select it and click Delete Backup. You can also Control-click any backup to delete it, archive it (which prevents it from being overwritten by future backups), or show it in the Finder. That last option is useful for determining the size of the folder containing the backup—select it in the Finder and choose File > Get Info.
Finally, backups are useful only if you can restore from them in case of problems. To do that from the Finder in Catalina, connect your iOS device and click Restore Backup. You can choose which backup to restore, if necessary, and enter the password you set for an encrypted backup. Restoring will likely take quite some time, depending on how much data needs to be transferred.
We’ll leave you with one last thought. An eject button appears next to your iOS device in the Finder window’s sidebar. You can click it to disconnect the device or, if there’s no other progress indicator there, just unplug the device.
(Featured image components by Apple)
Social Media: If you prefer to back up your iOS devices to your Mac, rather than take advantage of daily automatic iCloud backups, note that in macOS 10.15 Catalina, you now do that in the Finder, not in iTunes. Here’s what you need to know:
Every so often, we hear from a Mac user with a seemingly impossible problem: a document window in some app is opening somewhere outside of the screen so it’s effectively invisible and they can’t work with it in any way. Just closing (with File > Close) and reopening the window, or quitting and relaunching the app, or even restarting the Mac won’t usually help because the app will reopen the window in the same off-screen position. The solution is to try various commands in the app’s Window menu, such as Tile, Move, or Zoom. (You may need to choose View > Show All Tabs to get the tab-related commands.) What’s there will vary by app, but with luck, one of them will bring your errant window back on screen.
It’s taken as gospel that Macs are more expensive than PCs. A quick look at the Dell Web site reveals laptops for as low as $300. Sure, we can say that the configurations aren’t comparable, that macOS is better than Windows, or that Apple’s hardware quality is superior. Still, our friendly local bean counters have trouble getting past those low upfront prices.
However, unless you’re Rancho Gordo, the goal isn’t to count beans, it’s to get work done, and that’s a different scenario. Let’s look at a few ways that Macs are not just worth the money but can also be cheaper than comparable systems. We’ll start with a Forrester Research study commissioned by Apple that compared the total economic impact of Macs and PCs in large companies with employee-choice programs. In such programs, every employee gets to choose between a Mac and a PC, providing a sizable group across which to compare numbers, but the conclusions apply to large and small organizations alike.
Deeper Cost Analysis
Although the Forrester Research study found that the upfront acquisition cost of Macs was indeed $500 higher than comparable PCs, when additional factors were taken into account, Macs ended up costing about $50 less.
That’s in part because Macs have a higher residual value after 3 years, meaning that you can resell a 3-year-old Mac for more than a 3-year-old PC. Pay more up front, but get more back later on.
Macs also don’t need operating system licenses, and the Mac’s better security eliminates the need for additional licenses for security software.
Reduced IT Support Costs
It has long been thought that Macs required less support than PCs, but only in the past few years have there been organizations with enough Macs and PCs to compare. At IBM, one of the largest Apple-using companies with 290,000 Apple devices, a 2016 study found that the company was saving up to $543 per Mac compared to PCs over a 4-year lifespan. Forrester Research came up with an even higher number, showing that Macs cost $628 less over a 3-year lifespan.
What accounts for these reduced support costs? It takes less time to set up a new Mac, Macs are easier to manage, Macs users open fewer service tickets, and many fewer IT staff are needed. All that adds up to paying for fewer support resources. In another 2018 study, IBM found that it needed just 7 support engineers per 200,000 Macs, compared to 20 support engineers per 200,000 Windows machines.
Improved Employee Productivity and Engagement
Beyond reduced support costs, Mac users turn out to be more productive, more engaged, and more likely to stay with the company than PC users. Forrester Research found that over 3 years, Mac-using employees posted 48 hours more productivity (in part due to reduced downtime). That’s likely thousands of dollars more benefit to the company, per employee.
Even still, it can be hard to quantify that benefit, which is why Forrester Research compared users in sales positions. In its study, Forrester found that Mac-using employees showed a 5% increase in sales performance. That’s nothing compared to IBM, which found that its Mac-based salespeople closed deals worth 16% more than their Windows-using counterparts.
Finally, both Forrester Research and IBM discovered that Mac users were less likely to leave the company—20% less likely in Forrester’s study and 17% less likely in IBM’s research. That’s not just an indication of loyalty. There are significant costs to replacing employees who leave, so the higher the retention rate, the better it is for the bottom line.
Improved Overall Security
Few would argue with the belief that Macs are more secure than PCs. In Forrester’s research, the interviewed organizations said that the Mac has a fundamentally more secure architecture than Windows. In today’s world, criminals employ malware to steal information. Data breaches are costly, with a 2019 study by IBM Security and the Ponemon Institute pegging the average cost of a data breach at $3.9 million. The amounts vary by industry and the size of the breach, of course, but the average cost per data record was nearly $150.
Security breaches can have other costs as well. With a compromised account, attackers have often been able to pose as executives and get accounting departments to wire money to offshore accounts. Plus, when news of a data breach hits, it can result in the loss of customers. In the IBM Security study, healthcare companies suffered from a 7% customer turnover after a breach.
So yes, Macs do have higher upfront costs than PCs. But savvy managers know to look past such simplistic comparisons to the bigger picture, where equipping employees with Macs both saves far more than the difference in cost between a Mac and a PC and enables employees to produce more for the organization.
At Apple’s Worldwide Developer Conference keynote, the company dropped a bombshell: in the future, Macs will no longer be powered by Intel chips but will instead rely on custom-designed Apple chips. As surprising as this is, the company has made such massive transitions twice before: first in 1994 with the move from Motorola’s 68000 chips to IBM’s PowerPC platform, and again in 2006 with the jump to processors from Intel. Here are answers to the main questions we’ve been hearing.
What is “Apple silicon”?
For many years now, Apple has created its own chips to power the iPhone, iPad, iPod touch, and Apple TV. These chips, the A series, are based on a platform called ARM, though Apple took pains to avoid saying that during the keynote. Of all Apple’s products, only the Mac continues to use processors from Intel.
Apple said it would be creating chips specifically to power Macs, although they’ll be part of the same chip family used in iOS devices. That makes sense since macOS and iOS share a great deal of code under the hood.
Why is Apple making this transition?
There are three main reasons:
Performance: With its ARM-based A series of chips, Apple has achieved high levels of performance per watt. When chips run faster, they consume a lot more power, which cuts into battery life and produces a lot of heat. By creating its own chips, Apple can tweak the designs to the sweet spot of performance and power consumption for any given Mac—laptops trade processing power for longer battery life, whereas desktops have fewer tradeoffs. Plus, Apple can build special technologies, like advanced power management and high-performance video editing, into its chips to enhance those capabilities in macOS.
Profit: Apple didn’t mention this in the keynote, but it’s a big deal. Intel processors have high profit margins, and Apple would prefer to keep that money instead of paying it to Intel.
Control: Apple CEO Tim Cook has famously said, “We believe that we need to own and control the primary technologies behind the products we make.” With Apple making its own chips, its product roadmaps are within its control, rather than being subject to Intel’s schedule, capabilities, and whims.
When will the first Macs with Apple silicon appear?
Apple said that we’d see the first Mac with Apple silicon by the end of 2020. If past performance is any indication, expect it in December.
The company did not say what type of Mac it would be, although the Developer Transition Kit hardware that developers can rent from Apple is a Mac mini with the same A12Z chip that runs the latest iPad Pro models. Other likely possibilities include the MacBook Air, MacBook Pro, and iMac.
Is it better to wait for Macs with Apple silicon or buy Intel-based Macs while I can?
There are two schools of thought here. Some recommend buying the first models that appear after a major chip change because Macs with the previous chips may have a shorter effective lifespan once the transition is complete. Others prefer to buy the last models with the earlier chips under the assumption that the first new Macs might have unanticipated problems.
For the longest lifespan, wait for new Macs with Apple silicon. But if you’re worried that the first models out will have teething pains, invest in the last Intel-based Macs.
How long will Apple keep selling Intel-based Macs?
The company said that it anticipates releasing new Intel-based Macs for roughly 2 years and that it has some exciting new models in the pipeline.
How long will Apple continue to support Intel-based Macs?
Apple didn’t commit to a specific length of time but said it would be releasing new software and supporting Intel-based Macs “for years to come.” In the previous processor transition from PowerPC to Intel, Apple maintained the Rosetta translation environment for over 5 years.
In other words, if you buy an Intel-based Mac today, it should have an effective lifespan of at least 3–5 years. Businesses often refresh their Macs on such a cycle, so that’s not unreasonable.
Will my existing software run on a Mac with Apple silicon?
Happily, yes! Apple announced Rosetta 2, which will ship with macOS before Macs with Apple silicon appear. Rosetta 2 automatically translates existing Intel-based apps and can even dynamically translate apps with just-in-time code. If that all sounds like mumbo-jumbo, don’t worry—Apple said that Rosetta 2 will be completely transparent to the user.
We hope that’s true, but Rosetta 2 will probably work only with 64-bit apps that work in 10.15 Catalina. Old 32-bit apps that don’t run in Catalina are unlikely to be supported, nor will low-level software like kernel extensions. Plus, with translated software, performance is always a question.
Will I have to upgrade my apps for Macs with Apple silicon?
Although existing apps should still run, thanks to Rosetta 2, developers will be recompiling their apps to take advantage of all the capabilities of Apple silicon, so where upgrades are available, you’ll generally want to take advantage of them. Native apps running on Apple silicon should enjoy better performance.
Will I still be able to run Windows software in Boot Camp or a virtualization app?
Maybe. Apple talked about virtualization on Macs with Apple silicon and even showed off Parallels Desktop running Linux (versions of which run on ARM chips) but said nothing about Windows.
There are some ARM-based PCs, including Microsoft’s Surface Pro X, that come with Windows 10 for ARM. So our guess is that Boot Camp is history, but you’ll be able to run Windows 10 for ARM in Parallels Desktop or VMware Fusion. That may be sufficient if your needs are mainstream, but Windows 10 for ARM has a long list of restrictions.
Are there any other advantages to Macs with Apple silicon?
Indeed! Apple said that Macs with Apple silicon would be able to run all iPhone and iPad apps. During the keynote, the company demoed a few such apps running in their own windows on a Mac with Apple silicon. Whether this is game-changing depends on your needs, but given the millions of apps for the iPhone and iPad, it could be compelling.
Is this transition a good move?
Although there will undoubtedly be some bumps along the way, we think it is. Macs with Apple silicon should be faster and have better battery life than comparable Macs with Intel-based chips. It’s possible that Apple will lower prices too, given the savings from not buying expensive chips from Intel. And while the capability to run iPhone and iPad apps won’t float everyone’s boat, it could be useful.
And if nothing else, it’s yet another example of how we live in interesting times.
This isn’t about periscopes or mouthwash—when it comes to searching, a scope is the area in which a search takes place. When you use the Search field in a Finder window to look for files and folders, you have the choice of two scopes: This Mac or the current folder. You can always switch the scope after starting the search by clicking the other choice near the top of the window, but it’s easier to set the default search scope in Finder > Preferences > Advanced so it’s set right to start. From the “When performing a search” pop-up menu, choose Search This Mac to search across all indexed drives, Search the Current Folder to limit the search to the folder showing when you start the search, or Use the Previous Search Scope. Most of the time, if you have any idea where the item you’re looking for might be, selecting an enclosing folder and then searching within it is the best approach.
We all want Mac laptops that can run for days on a single charge and never need their batteries serviced. Sadly, we’re always going to be disappointed. Battery and power management technologies continually improve, but those improvements are matched by more powerful processors and smaller designs with less room for battery cells. And, because physics is a harsh mistress, current lithium-ion batteries are always going to age chemically, so they hold less of a charge over time.
In the just-released macOS 10.15.5 Catalina, Apple has introduced a new battery health management feature that promises to increase the effective lifespan of the batteries in recent Mac laptops. It does this by monitoring the battery’s temperature and charging patterns and, in all likelihood, reducing the maximum level to which it will charge the battery.
You see the problem. While battery health management can extend your battery’s overall lifespan, it will likely also reduce your everyday runtime before you need to charge. It’s too soon to know the full extent of this tradeoff, and we suspect that it may be impossible to determine, given that everyone uses their Macs differently.
It’s worth noting that this battery health management feature appears only for those running macOS 10.15.5 or later, and only then if the Mac in question is a laptop with Thunderbolt 3 ports. In essence, then, it’s available only on MacBook Pro models introduced in 2016 or later, and MacBook Air models introduced in 2018 and later. (The Thunderbolt 3 port requirement is merely a shorthand way for Apple to indicate “recent Mac laptops.”)
So, if you have a supported laptop and you’re running macOS 10.15.5, what should you do? We see three scenarios:
Favor lifespan: If you seldom run your laptop’s battery down to the electronic fumes because it’s easy for you to plug in whenever you need to charge, leave battery health management enabled. That will preserve the battery’s overall lifespan to the extent possible.
Favor runtime: For those who need to eke every last bit of power from their batteries, disable battery health management. You might have to replace the battery sooner, but you’ll get more runtime in everyday usage.
Switch as needed: Many people need the longest possible runtime only occasionally, such as on long flights with no under-seat power. In such situations, switch battery health management off for the flight and back on when you return to normal usage patterns.
Switching is easy, but Apple buries it deeply enough that it’s clear that the company doesn’t think most users should be disabling it regularly. Open System Preferences > Energy Saver, click the Battery Health button at the bottom, and in the dialog that appears, uncheck Battery Health Management and click OK. You’ll be prompted to make sure you know what you’re doing; click Turn Off to finish the job.
One final note. The reduced maximum capacity with battery health management enabled may have an undesirable side effect—a recommendation from the Battery Status menu’s health indicator that you need to replace your battery. To check your battery’s health, hold the Option key down and click the Battery Status icon on the menu bar. At the top of the menu, next to Condition, you’ll see either Normal or Service Recommended. (In previous versions of macOS, it could have said Replace Soon, Replace Now, or Service Battery.)
Regardless of the term, anything but Normal indicates that your battery is holding less of a charge than when it was new. If you see that message and you aren’t getting enough runtime for your needs, get the battery evaluated at an Apple-authorized service provider or Apple Store.