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We design Mac hardware and software with advanced technologies that work together to run apps more securely, protect your data, and help keep you safe on the web. And with macOS Big Sur available as a free upgrade, it's easy to get the most secure version of macOS for your Mac.*
Apple M1 chip.
A shared architecture for security.
The Apple M1 chip with built-in Secure Enclave brings the same powerful security capabilities of iPhone to Mac — protecting your login password, automatically encrypting your data, and powering file-level encryption so you stay safe. And the Apple M1 chip keeps macOS secure while it's running, just as iOS has protected iPhone for years.
Apple helps you keep your Mac secure with software updates.
The best way to keep your Mac secure is to run the latest software. When new updates are available, macOS sends you a notification — or you can opt in to have updates installed automatically when your Mac is not in use. macOS checks for new updates every day and starts applying them in the background, so it's easier and faster than ever to always have the latest and safest version.
Protection starts at the core.
- Sweetwater's Mac/PC Optimization Guides. Today's computers are fast enough and powerful enough to handle most audio projects. However, there are a number of steps and settings you can make to ensure that your computer is optimally configured for audio production.
- Os, (from a cuckoo, whose bill it is said to represent). Also called cauda, coccyx, os-sis sacri acumen. It is situated at the extremity of the os sacrum, and is in some measure an appendix of it; it. Cochlea Cochlias (From to turn round). Called also antrum buccinosum.
The technically sophisticated runtime protections in macOS work at the very core of your Mac to keep your system safe from malware. This starts with state-of-the-art antivirus software built in to block and remove malware. Technologies like XD (execute disable), ASLR (address space layout randomization), and SIP (system integrity protection) make it difficult for malware to do harm, and they ensure that processes with root permission cannot change critical system files.
Download apps safely from the Mac App Store. And the internet.
Now apps from both the App Store and the internet can be installed worry-free. App Review makes sure each app in the App Store is reviewed before it's accepted. Gatekeeper on your Mac ensures that all apps from the internet have already been checked by Apple for known malicious code — before you run them the first time. If there's ever a problem with an app, Apple can quickly stop new installations and even block the app from launching again.
Stay in control of what data apps can access.
Apps need your permission to access files in your Documents, Downloads, and Desktop folders as well as in iCloud Drive and external volumes. And you'll be prompted before any app can access the camera or mic, capture keyboard activity, or take a photo or video of your screen.
FileVault 2 encrypts your data.
With FileVault 2, your data is safe and secure — even if your Mac falls into the wrong hands. FileVault 2 encrypts the entire drive on your Mac, protecting your data with XTS-AES 128 encryption. Mac computers built on the Apple M1 chip take data protection even further by using dedicated hardware to protect your login password and enabling file-level encryption, which developers can take advantage of — just as on iPhone.
Designed to protect your privacy.
Online privacy isn't just something you should hope for — it's something you should expect. That's why Safari comes with powerful privacy protection technology built in, including Intelligent Tracking Prevention that identifies trackers and helps prevent them from profiling or following you across the web. A new weekly Privacy Report on your start page shows how Safari protects you as you browse over time. Or click the Privacy Report button in your Safari toolbar for an instant snapshot of the cross-site trackers Safari is actively preventing on that web page.
Automatic protections from intruders.
Safari uses iCloud Keychain to securely store your passwords across all your devices. If it ever detects a security concern, Password Monitoring will alert you. Safari also prevents suspicious websites from loading and warns you if they're detected. And because it runs web pages in separate processes, any harmful code is confined to a single browser tab and can't crash the whole browser or access your data.
Find your missing Mac with Find My.
The Find My app can help you locate a missing Mac — even if it's offline or sleeping — by sending out Bluetooth signals that can be detected by nearby Apple devices. These devices then relay the detected location of your Mac to iCloud so you can locate it. It's all anonymous and encrypted end-to-end so no one — including Apple — knows the identity of any reporting device or the location of your Mac. And it all happens silently using tiny bits of data that piggyback on existing network traffic. So there's no need to worry about your battery life, your data usage, or your privacy being compromised.
Keep your Mac safe.
Even if it's in the wrong hands.
All Mac systems built on the Apple M1 chip or with the Apple T2 Security Chip support Activation Lock, just like your iPhone or iPad. So if your Mac is ever misplaced or lost, the only person who can erase and reactivate it is you.
macOS Security
Ever since Apple announced it would move to its own custom ARM CPUs for laptops and desktops, there've been questions about what kind of platform we should expect and how the company will position its first entry into homegrown product design. There are now rumors that the firm will launch its first ARM-based Mac hardware next month rather than using the 'Hi, Speed' event scheduled for tomorrow to do the job.
Originally, the Mac was tipped to arrive in November, so we don't know if Apple will launch and ship the device quickly, or if it'll launch in November but ship in December. With COVID-19 still screwing up shipment schedules across the world, it wouldn't be surprising if the hardware slipped into early 2021, though Apple doesn't typically launch hardware more than a few weeks before it starts shipping.
This latest rumor comes from Mark Gurman at Bloomberg, who believes the new systems will launch at another event next month. Separately, we've gotten some reports on what kind of hardware might be inside the next-generation Mac. It's generally thought that Apple might re-introduce the chassis for the MacBook, as rumor suggests the upcoming machine has just one USB-C port. Leaked specifications on the machine are shown below:
MacBook
Apple Silicon
RAM 8GB,16GB
SSD 256GB,512GB,(1TB)
12' Retina Display
15hr~20hr battery life
720p Facetime HD Camera
Single USB-C port
About 2 ponds
4th gen Butterfly Keyboard
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The reappearance of the much-loathed butterfly keyboard is anything but positive, but maybe 4th time's the charm as far as designing butterfly switches that don't jam on a single grain of dust.
Apple believes it can hit higher performance and greater efficiencies with its own silicon. It might be right.
Comparative and Sustained Performance
One important caveat on Apple's existing A-series chips is that while these CPUs offer great performance, they also boost to thermal limits that are unsustainable in mobile form factors. This will be significant for any consideration of Apple's ARM silicon versus an Intel x86 chip — how does performance compare as the device heats up, and what does sustained performance look like compared with x86 chips?
Keep in mind that while Apple's A14 is a six-core, the chip is actually a brace of high-performance cores with four high-efficiency cores behind it. The assumed upscaled configuration would be four high-performance cores and eight high-efficiency cores, though it's also possible that Apple will use a different mixture of cores in the higher-end SoC.
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There are a lot of moving parts that will play into how x86 and ARM compare against each other in this market, including how effective the system is at taking advantage of the two different core types simultaneously versus the more-homogenous distribution of CPU cores in a Windows PC. Given that we know Intel is planning to add little cores to its own chips and that AMD has its own interests in the segment, it seems safe to conclude the market, as a whole, is moving in this direction.
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If these rumors regarding positioning are true, I don't expect Apple's first ARM hardware to be an x86 killer in some absolute sense. What I expect, rather, is that it'll offer far better battery life than any other current Apple product paired with good, possibly even very good, performance for its price point. The alternative idea — that Apple would build an amazingly fast SoC and then chain it into a single-port MacBook at a bargain-basement price, forcing customers to choose between literally every other reason to buy a MacBook Pro and a fast CPU — makes no sense. Neither does the idea that Apple would draw out the replacement process by doing it piecemeal for no good reason.
Given that Apple has signaled that the x86 transition will take two years, we can assume the company will introduce at least some refreshed x86 products over the next 18 months. The implication here is that the ARM-powered Mac will appear in markets where long battery life is likely to be most appealing, similar to how Microsoft has attempted to position ARM-powered Windows devices. As Apple's absolute performance and SoC scaling both improve, the company will introduce new ARM-based devices to replace its Intel hardware, dropping these chips into market when it knows it can ship a better — or at least equivalently good — solution to an existing x86 chip. If Apple thought it could shift its entire market with a single, unified launch, the company would likely do it.
We may see this lower-end launch in 2020, followed by MacBook and iMac refreshes in 2021, with an iMac Pro / Mac Pro refresh cycle in 2022. Each wave of refreshes would introduce a new ARM option to a higher-tier market segment, while phasing x86 parts out simultaneously. Whether Apple would build an x86 MacBook Pro and an ARM MacBook or just swap the entire mobile product line at once is open to speculation.
Either way, this is going to be one of the most interesting CPU launches in decades. Intel's Tiger Lake is a significant boost to overall CPU efficiency, and we expect great things from AMD's Zen 3 architecture. For now, I think we'll see an emphasis on efficiency, which seems to be the angle Apple is playing up, but we'll learn a great deal from the performance comparisons and hopefully come away with a better understanding of how each company's products fare against the other.
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