Tuesday, November 10th 2020

Apple Announces New Line of MacBooks and Mac Minis Powered by M1

On a momentous day for the Mac, Apple today introduced a new MacBook Air, 13-inch MacBook Pro, and Mac mini powered by the revolutionary M1, the first in a family of chips designed by Apple specifically for the Mac. By far the most powerful chip Apple has ever made, M1 transforms the Mac experience. With its industry-leading performance per watt, together with macOS Big Sur, M1 delivers up to 3.5x faster CPU, up to 6x faster GPU, up to 15x faster machine learning (ML) capabilities, and battery life up to 2x longer than before. And with M1 and Big Sur, users get access to the biggest collection of apps ever for Mac. With amazing performance and remarkable new features, the new lineup of M1-powered Macs are an incredible value, and all are available to order today.

"The introduction of three new Macs featuring Apple's breakthrough M1 chip represents a bold change that was years in the making, and marks a truly historic day for the Mac and for Apple," said Tim Cook, Apple's CEO. "M1 is by far the most powerful chip we've ever created, and combined with Big Sur, delivers mind-blowing performance, extraordinary battery life, and access to more software and apps than ever before. We can't wait for our customers to experience this new generation of Mac, and we have no doubt it will help them continue to change the world."
MacBook Air: A Thin and Light Powerhouse
MacBook Air is Apple's most popular Mac and the world's best-selling 13-inch notebook. With the M1 chip, MacBook Air speeds through everything from editing family photos to exporting videos for the web. The powerful 8-core CPU performs up to 3.5x faster than the previous generation. With up to an 8-core GPU, graphics are up to 5x faster, the biggest leap ever for MacBook Air, so immersive, graphics-intensive games run at significantly higher frame rates. ML workloads are up to 9x faster, so apps that use ML-based features like face recognition or object detection can do so in a fraction of the time. The M1 chip's storage controller and latest flash technology deliver up to 2x faster SSD performance, so previewing massive images or importing large files is faster than ever. And in MacBook Air, M1 is faster than the chips in 98 percent of PC laptops sold in the past year.

With the industry-leading power efficiency of M1, MacBook Air also delivers this performance in a fanless design, which means no matter what users are doing, it remains completely silent. And the new MacBook Air features extraordinary battery life, with up to 15 hours of wireless web browsing and up to 18 hours of video playback—the longest battery life ever on MacBook Air.2

When compared to the previous generation, the M1-powered MacBook Air can:
  • Export a project for the web with iMovie up to 3x faster.
  • Integrate 3D effects into video in Final Cut Pro up to 5x faster.
  • For the first time, play back and edit multiple streams of full-quality, 4K ProRes video in Final Cut Pro without dropping a frame.
  • Export photos from Lightroom up to twice as fast.
  • Use ML-based features like Smart Conform in Final Cut Pro to intelligently frame a clip up to 4.3x faster.
  • Watch more movies and TV shows with up to 18 hours of battery life, the longest ever on MacBook Air.
  • Extend FaceTime and other video calls for up to twice as long on a single charge.
Other new features in MacBook Air include Apple's latest image signal processor (ISP) in the M1 chip, which improves camera image quality with better noise reduction, greater dynamic range, and improved auto white balance and ML-enhanced face detection so users look their best during video calls. Support for P3 wide color results in an even more vibrant, true-to-life Retina display. The Secure Enclave in M1, combined with Big Sur, delivers best-in-class security with features like Touch ID, which makes it easy to unlock MacBook Air and make secure online purchases using Apple Pay with the touch of a finger. And Wi-Fi 6 delivers faster wireless performance, while two Thunderbolt ports with USB 4 support allow for connectivity to a wide range of peripherals.

With its sleek wedge-shaped design, stunning Retina display, Magic Keyboard, and astonishing level of performance thanks to M1, the new MacBook Air once again redefines what a thin and light notebook can do. And it is still just $999, and $899 for education.

13-inch MacBook Pro: Even More Powerful and Even More Pro
The 13-inch MacBook Pro is Apple's most popular pro notebook. Students use it to power through college, and pros use it to channel their creativity. With the M1 chip and Big Sur, the 13-inch MacBook Pro becomes even more powerful and even more pro. The 8-core CPU, when paired with the MacBook Pro's active cooling system, is up to 2.8x faster than the previous generation, delivering game-changing performance when compiling code, transcoding video, editing high-resolution photos, and more. The 8-core GPU is up to 5x faster, allowing users to enjoy super smooth graphics performance whether they are designing a graphics-intensive game or a new product. And with M1, the 13-inch MacBook Pro is up to 3x faster than the best-selling Windows laptop in its class.3 ML is up to 11x faster, and for on-device ML tasks that use the Neural Engine, the new 13-inch MacBook Pro is now the world's fastest compact pro notebook.4 With up to 17 hours of wireless web browsing and up to a staggering 20 hours of video playback, MacBook Pro delivers up to twice the battery life of the previous generation and the longest battery life ever on a Mac.2

When compared to the previous generation, the M1-powered 13-inch MacBook Pro can:
  • Build code in Xcode up to 2.8x faster.
  • Render a complex 3D title in Final Cut Pro up to 5.9x faster.
  • Fluidly design intricate game scenes in Unity Editor up to 3.5x faster.
  • PerformML tasks in Create ML up to 11x faster.
  • Separate out beats, instrumentals, and vocal tracks from a recording in real time in djay Pro AI, thanks to the amazing performance of the Neural Engine.
  • Play back full-quality, 8K ProRes video in DaVinci Resolve without dropping a single frame.
  • Compile four times as much code on a single charge, thanks to the game-changing performance per watt of the M1 chip.
Other new features in the new 13-inch MacBook Pro include studio-quality mics for super clear recordings and calls, and Apple's latest camera ISP in the M1 chip enables sharper images and more detail in shadows and highlights on video calls. The new MacBook Pro also delivers best-in-class security with the Secure Enclave in M1 and Touch ID. And it features two Thunderbolt ports with USB 4 support to connect to more peripherals than ever, including Apple's Pro Display XDR in full 6K resolution.

With its amazing performance and unbelievable battery life, combined with its gorgeous Retina display, Magic Keyboard, and 3-pound compact design, the new 13-inch MacBook Pro is the ultimate expression of what the M1 chip can do. And it is available for the same starting price of just $1,299, and $1,199 for education.

Mac mini: Staggering Performance and an Ultracompact Design
Mac mini is Apple's most versatile computer, and now with M1, it packs a staggering amount of performance and incredible new features in such a compact design. M1 brings an 8-core CPU with up to 3x faster performance than the previous generation, dramatically accelerating demanding workloads, from compiling a million lines of code to building enormous multitrack music projects. An 8-core GPU delivers up to a massive 6x increase in graphics performance, allowing Mac mini to tackle performance-intensive tasks like complex 3D rendering with ease. ML workloads also take a quantum leap forward with up to 15x faster performance over the previous generation. And when compared to the best-selling Windows desktop in its price range, the Mac mini is just one-tenth the size, yet delivers up to 5x faster performance.

When compared to the previous generation, the M1-powered Mac mini can:
  • Compile code in Xcode up to 3x faster.
  • Play a graphics-intensive game like "Shadow of the Tomb Raider" with up to 4x higher frame rates.
  • Render a complex timeline in Final Cut Pro up to 6x faster.
  • Take music production to new levels by using up to 3x as many real-time plug-ins in Logic Pro.
  • Magically increase the resolution of a photo in Pixelmator Pro up to 15x faster.
  • Utilize ML frameworks like TensorFlow or Create ML, now accelerated by the M1 chip.
Mac mini also features an advanced thermal design to sustain its breakthrough performance while staying cool and quiet, support for up to two displays including Apple's Pro Display XDR in full 6K resolution, and Wi-Fi 6 for faster wireless performance and the Secure Enclave in M1 for best-in-class security.

With M1 and Big Sur, Mac mini represents a massive shift in what an ultrasmall desktop can do. Far more versatile and far more capable than ever, Mac mini is now available for just $699, $100 less than the previous-generation quad-core model.

macOS Big Sur
All new Macs come with Big Sur, the latest version of the world's most advanced desktop operating system. Big Sur introduces a beautiful redesign that is entirely new yet instantly familiar, and powerful updates to apps including Safari, Messages, and Maps. Big Sur is engineered, down to its core, to take full advantage of all the capability and power of M1, delivering a massive boost in performance, astonishing battery life, and even stronger security protections. With M1, things users do every day feel noticeably faster and smoother. Just like iPhone and iPad, the Mac now instantly wakes from sleep. Browsing with Safari—which is already the world's fastest browser—is now up to 1.5x speedier at running JavaScript and nearly 2x more responsive.

With Big Sur and M1, Mac users can run a greater range of apps than ever before. All of Apple's Mac software is now Universal and runs natively for M1 systems. Existing Mac apps that have not been updated to Universal will run seamlessly with Apple's Rosetta 2 technology. And iPhone and iPad apps can now run directly on the Mac. Additionally, the foundations of Big Sur are optimized to unlock the power of M1, including developer technologies from Metal for graphics to Core ML for machine learning.

Pricing and Availability
  • The new MacBook Air, 13-inch MacBook Pro, and Mac mini with M1 are available to order today on apple.com and in the Apple Store app. They will begin arriving to customers and will be in select Apple Store locations and Apple Authorized Resellers starting next week. The new MacBook Air starts at $999 (US), and $899 (US) for education; the new 13-inch MacBook Pro starts at $1,299 (US), and $1,199 (US) for education; and the new Mac mini starts at $699 (US), and $679 (US) for education.
  • Customers are able to find the same great shopping and support services at apple.com/shop, in the Apple Store app, and at Apple Store locations. Customers can get shopping help from Apple Specialists, choose monthly financing options, trade in eligible devices, and get Support services and no-contact delivery or Apple Store pickup options. Customers are encouraged to check apple.com/retail for more information on the health and safety measures in place, and the services available, at their local store.
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85 Comments on Apple Announces New Line of MacBooks and Mac Minis Powered by M1

#26
xman2007
So basically an ipad with screen and keyboard? no x86 app support without emulation and a souped up iOS?
Posted on Reply
#27
silentbogo
TheLostSwedeDid you even look at the picture of the PCB in the post you replied to?
It says unified, not integrated in your picture. Those two words mean very different things.
Just watch the video, I'm telling you, the whole point of that part was "why do we need all that pesky RAM, IO and secrurity chips, if we can put it all in one package". Though, I'm still confused since some slides show it on SoC, and the one later (that's on Anandtech as well) shows SoC die with two RAM chips on an interposer.
This packaging style with DRAM embedded within the organic packaging is something that isn’t inherent new to the new M1 chip as we’ve already seen such a design featured on the A12X. Apple uses likely uses this kind of packaging instead of your usual smartphone POP (package on package) because these chips are designed with higher TDPs in mind, and making sure one can cool the design down efficiently in the new designs is paramount.
In either case, it'll probably be under the heatspreader or an impenetrable layer of epoxy(more likely), similar to A12z.
Posted on Reply
#28
Space Lynx
Astronaut
xman2007So basically an ipad with screen and keyboard? no x86 app support without emulation and a souped up iOS?
so this can't run WoW without an emulator of some kind?
Posted on Reply
#29
TheLostSwede
News Editor
silentbogoJust watch the video, I'm telling you, the whole point of that part was "why do we need all that pesky RAM, IO and secrurity chips, if we can put it all in one package". Though, I'm still confused since some slides show it on SoC, and the one later (that's on Anandtech as well) shows SoC die with two RAM chips on an interposer.


In either case, it'll probably be under the heatspreader or an impenetrable layer of epoxy(more likely), similar to A12z.
Nowhere does Apple mention that it's integrated though.
M1 also features our unified memory architecture, or UMA. M1 unifies its high‑bandwidth, low‑latency memory into a single pool within a custom package. As a result, all of the technologies in the SoC can access the same data without copying it between multiple pools of memory. This dramatically improves performance and power efficiency.
Posted on Reply
#30
Lucas_
TheLostSwedeAlso:
www.anandtech.com/show/16226/apple-silicon-m1-a14-deep-dive
"Intel has stagnated itself out of the market, and has lost a major customer today. AMD has shown lots of progress lately, however it’ll be incredibly hard to catch up to Apple’s power efficiency. If Apple’s performance trajectory continues at this pace, the x86 performance crown might never be regained."
taking this out of the article; really interesting statement.
Posted on Reply
#31
RandallFlagg
Someone over at AT made the observation that Apple's performance claims are against an i7 1.7Ghz Iris 645 MacBook Pro 13.3

That is an gen 8 processor i7-8557U.

So if M1 is 2x faster than that it would have a geekbench multi-core score of 8000ish, and 12000ish if 3x faster.

That would put it on par with an Intel 9700K \ 10700 non-K and AMD 3700X multi-threaded. Single thread seems to be about 30%+ higher than both.

Edit: (for the 2x claim, 3X claim would put it above the 10900K and 5800X).

Edit2: And if they actually get 3X, I will be buying one :)
Posted on Reply
#32
R-T-B
lynx29so this can't run WoW without an emulator of some kind?
No, unless blizzard recompiles (which they may), but WoW isn't really a CPU pig I don't think.
xman2007So basically an ipad with screen and keyboard? no x86 app support without emulation and a souped up iOS?
Runs full MacOS X.
Posted on Reply
#33
Space Lynx
Astronaut
R-T-BNo, unless blizzard recompiles (which they may), but WoW isn't really a CPU pig I don't think.



Runs full MacOS X.
so this is a non-gaming work machine basically. that is a shame.
Posted on Reply
#34
R-T-B
lynx29so this is a non-gaming work machine basically. that is a shame.
At the moment, yes. They are depending on vendors to follow them on the arm trail. Whether that happens remains to be seen (as does the emulation penalty).
Posted on Reply
#35
bonehead123
mpdWhere is the M1 fab?
Oh come on now, we all know it is located directly underneath YOUR garage, where else would it be, hahahahahaha :)

Will be interesting to see what the reviews say about these new rigs ....
Posted on Reply
#36
silentbogo
TheLostSwedeNowhere does Apple mention that it's integrated though.
They don't say it explicitly, but accent on it quite clearly.
"Until now, a Mac needed multiple chips to deliver all of its features. It had chips for the processor, I/O, security and memory. Now with M1, these technologies are combined into a single SoC..."
"M1 unifies its high-bandwidth low-latency memory into as single pool within a custom package"
Posted on Reply
#37
tony359
TheLostSwedeNowhere does Apple mention that it's integrated though.
Apple's own animation - just a few frames after the one you original posted - shows the RAM chips flying into the new M1 chip.
Posted on Reply
#38
Space Lynx
Astronaut
R-T-BAt the moment, yes. They are depending on vendors to follow them on the arm trail. Whether that happens remains to be seen (as does the emulation penalty).
I guess the main benefit of going this route is they are basically the old Apple again in the sense they are basically virus/malware worryfree at least for next few years?
Posted on Reply
#39
Fouquin
R-T-BI'm curious this arm chips tdp. Doubt they publish that, though.
40W in the Mac Mini, or thereabouts.
TheLostSwedeIt says unified, not integrated in your picture. Those two words mean very different things.
Correct the RAM is layered with the SoC logic. It's a lot of layers and extremely delicate.
Posted on Reply
#40
biffzinker
From Anandtech:

This packaging style with DRAM embedded within the organic packaging is something that isn’t inherent new to the new M1 chip as we’ve already seen such a design featured on the A12X. Apple uses likely uses this kind of packaging instead of your usual smartphone POP (package on package) because these chips are designed with higher TDPs in mind, and making sure one can cool the design down efficiently in the new designs is paramount.

www.anandtech.com/show/16226/apple-silicon-m1-a14-deep-dive
Posted on Reply
#41
Vya Domus
tony359Apple's own animation - just a few frames after the one you original posted - shows the RAM chips flying into the new M1 chip.
Can we stop already ? Look at a single memory module on a stick of RAM, now picture a whole bunch of them. Can they fit on a single chip ?

Come on ...
Posted on Reply
#42
Ashtr1x
So this is faster than Intel 10900K as per Anandtech ? What is this joke really. Measuring the ST performance with so similar workload on top then deciding which is the best, without blowing a hole in TDP from 5W to the 90W of the x86 parts how can this CPU beat both of the desktop chips. And there's no software which works on both, Linux doesn't exist on Mac i guess to make some Phoronix benchmarks as well for any proper real world performance figures.

Anandtech shows Android processors lagging severely behind but in real life I don't see the same translation, if the SPEC graph is linearly scaled with the price/performance. Why do Android Samsung Galaxy Note also being priced at iPhone level and same for OnePlus T models, Huawei too and people across the world test them out of whack on YouTube.

Apple users are going to empty shelves and people really want to run their iPhone and iPad apps on Mac which has soldered RAM, only 1 I/O port connector type, sealed shut battery with the chassis, sealed shut keyboard design, ton of propreiutary software blocking any sort of HW repair, a shame to computing to be honest while press gives massive green light. And Apple's video on gaming was horribly trash, I would like to see an RPCS3 or PCSX2 run on this new M1 processor, or SOTRR which was ported to run on Vulkan exclusively, ah Metal or GTFO at Apple land lol.
Posted on Reply
#43
biffzinker
Vya DomusCan we stop already ? Look at a single memory module on a stick of RAM, now picture a whole bunch of them. Can they fit on a single chip ?

Come on ...
It would explain the limit of 16GB for the MacBook Pro. Four DRAM dies in the onboard DRAM package for each of the two near the SoC.
Posted on Reply
#44
silentbogo
Vya DomusCan they fit on a single chip ?
Of course they can. How do you think smartphones and tablets are getting all this RAM.
Samsung and Micron current-gen LPDDR4X go as high as 12GB(96Gbit), and apple has two of them.
Posted on Reply
#45
xman2007
How can it be OSx when OSx is x86 and ARM is not x86, they can call it OSx and yea I guess it now is and will be going forward but it is in essence iOS and it can't run native x86 applications like macs have done for the last 15 years, so there's a whole plethora of applications that will need to be rewritten or run in x86 emulation
Posted on Reply
#46
Vya Domus
silentbogoOf course they can. How do you think smartphones and tablets are getting all this RAM.
Samsung and Micron current-gen LPDDR4X go as high as 12GB(96Gbit), and apple has two of them.
They are not on the same chip. How are we still debating this ?
Posted on Reply
#47
SL2
Patr!ckbig.LITTLE core design on both laptop and desktop? interesting to see them advertising it as an 8 core CPU instead of 4+4.
WHERE does it say it's not eight equally large cores?
Posted on Reply
#48
silentbogo
xman2007How can it be OSx when OSx is x86
Since when? OS X was released on PPC, and only moved to Intel-only since Snow Leopard.
Vya DomusThey are not on the same chip. How are we still debating this ?
They are on the same package. Did we watch the same presentation?
Posted on Reply
#49
xman2007
silentbogoSince when? OS X was released on PPC, and only moved to Intel-only since Snow Leopard.


They are on the same package. Did we watch the same presentation?
since 2009?
Posted on Reply
#50
dragontamer5788


That's an extremely fat decoder, and a very fat backend. I'm curious how this will perform. This is the 2nd fattest chip I've ever seen, after Power9's SMT8 cores (12-wide decoder on Power9 SMT8).

EDIT: Honestly, this thing is almost certainly the king of instructions-per-clock. Nothing else on the market comes close to how wide that frontend is. I feel pretty confident making that prediction even before benchmarks come out.

Its still clocked pretty low though.
Posted on Reply
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