Anandtech’s analysis of the M1 and full-review of the A14 is insightful to just how powerful Apple Silicon Macs will be. https://t.co/4ZCmQnK6RM
— Quinn Nelson (@SnazzyQ) November 10, 2020
And that’s with a 5W iPad chip. The M1 has 35% more density and runs at a projected 18W. pic.twitter.com/uwGJuoXwdI
Let's call this chart "Moore's Flaw" https://t.co/JZGwIwxkEj
— Chris motherfucking Messina (@chrismessina) November 11, 2020
AMD carrying the x86 mantle alone currently: https://t.co/TQrcOkVOCE
— Longhorn (@never_released) November 10, 2020
The next-gen Mac chips will be very interesting. (and maybe the M1 too? depends on clocks)
A14 is clocked lower and has a much smaller thermal envelop than M1, so it should be really interesting.
— Rene Ritchie (@reneritchie) November 11, 2020
Like A7 motivated the mobile silicon industry, I’m guessing A14 (along with AMD) will motivate PC silicon for a few generations to come. https://t.co/pWeviOMppu
"Whilst in the past 5 years Intel has managed to increase their best single-thread performance by about 28%, Apple has managed to improve their designs by 198%, or 2.98x (let’s call it 3x) the performance of the Apple A9 of late 2015."https://t.co/zJnJoODIMH pic.twitter.com/Nwyh42cge8
— Ben Bajarin (@BenBajarin) November 10, 2020
Apple versus Intel. https://t.co/WowYWvHUYs pic.twitter.com/e5bZgFg7Ei
— Benedict Evans (@benedictevans) November 11, 2020
Apple's M1 chip is textbook bottom-up disruption.
— James Wang (@jwangARK) November 10, 2020
M1 should be ~30% faster than A14.https://t.co/LVF4htTol6 pic.twitter.com/fkNQjBygnm
Full chip performance, Intel vs Apple.
— ??. ??? ??????? (@IanCutress) November 11, 2020
➡ M1 should be up a bit higher
➡ Come on @nuvia_inc, pin the tail on the charthttps://t.co/TuFycIQi1Y pic.twitter.com/2LNOFneZEc
My god. Anandtech doing performance testing on the Apple A14 (iPhone 12 chip) versus Intel.
— Michael (@BellularGaming) November 11, 2020
Very interesting. Competition is a good thing!https://t.co/Pc6PxBgAY8 pic.twitter.com/g1TNOoQ0oE
"Whilst in the past 5 years Intel has managed to increase their best single-thread performance by about 28%, Apple has managed to improve their designs by 198%, or 2.98x (let’s call it 3x) the performance of the Apple A9 of late 2015."https://t.co/zJnJoODIMH pic.twitter.com/Nwyh42cge8
— Ben Bajarin (@BenBajarin) November 10, 2020
"The fact that the A14 currently competes with the very best top-performance designs that the x86 vendors have on the market today is just an astonishing feat."
— Ben Bajarin (@BenBajarin) November 10, 2020
Solid article from AnandTech on M1 possibilities. Whose founder works at Apple :) https://t.co/zJnJoODIMH
Graph is from @anandtech https://t.co/TuFycIQi1Y
— ??. ??? ??????? (@IanCutress) November 11, 2020
“…A14 not only keeps up, but actually beats both these competitors in memory-latency sensitive workloads…, even though they either have the same memory (i7-1185G7) or desktop-grade memory (5950X with DDR-3200)”
— Aleksandar Vacić (@radiantav) November 11, 2020
This must be terrifying for AMD/Intel.
https://t.co/QjrBxSQNCg
Intel's Moore's law vs Apple's Moore's Lawhttps://t.co/DpdGwldY4l pic.twitter.com/WfH8i5EC5u
— José Luis Ricón Fernández de la Puente (@ArtirKel) November 10, 2020
어제 애플이 발표한 새 맥에 채택된 자체 SoC 칩 M1에 대해, 이 기사의 가장 하단에 위치한 그래프가 인텔과 Apple 칩의 성능이 어떻게 진화해 왔고, 왜 애플이 기존 스마트 디바이스를 넘어 PC로까지 자신의 칩을 적용할 자신감을 갖게 되었는지 한 눈에 보여주네요.https://t.co/uhB7e5O2Tg
— YoonSeok Choi (@Early_Adapter) November 11, 2020
Graph is by @anandtech https://t.co/d3u0LF02Uu
— Henk Poley (@HenkPoley) November 11, 2020
The A14 (and thus implied M1) performance numbers look truly monstrous https://t.co/o1QmIaa3EW
— Harshil Shah (@_HarshilShah) November 11, 2020
“Anybody looking at the absurdness of that graph will realise that there simply was no other choice but for Apple to ditch Intel and x86 in favour of their own in-house microarchitecture.” https://t.co/Ifns9cvZ7q
— Thijs (@thijs) November 12, 2020
とりあえず Apple M1 はノートPCの消費電力で x86-64 のデスクトップクラスのパフォーマンスが出るだろうと言われているし、MacBook Air でデスクトップ並の処理性能出るんだったらうれしいと思う。外出して使う機会があればだけどな!!!!!https://t.co/FKMBFYL3J0
— Kazuho Oku (@kazuho) November 12, 2020
Very nice linear performance improvement over the past few years. https://t.co/INQC9J32wH pic.twitter.com/pkJFYnERRE
— LightOn (@LightOnIO) November 11, 2020
Linus is just salty as usual with Apple. Nothing new. And when he will see how great these chips are he will still say anything bad. I mean, why lose money from sponsors (anything that runs windows)? https://t.co/8JUDRQ8ij1
— Rafi Ingram (@ingram_rafi) November 11, 2020
This is how disruption looks like: Apple CPUs performance vs Intel CPUs (and this doesn’t include the new M1) https://t.co/8WkC3RBXrd pic.twitter.com/37mzOmzMB9
— ecamacho (@ecamacho) November 11, 2020
ふむふむ(´・_・`) / 1件のコメント https://t.co/XYXZo5jFil “From Mobile to Mac: What to Expect? - Apple Announces The Apple Silicon M1: Ditching x86 - What to Expect, Based on A14” (1 user) https://t.co/C6zkRf7fwz
— Hideyuki Tanaka (@tanakh) November 11, 2020
I'm amazed at both the execution and the foresight Apple has shown with their silicon. Just look at this graph! https://t.co/9akYqoHgTX pic.twitter.com/mV0peRPK7F
— Steven Buss ? ? (@sbuss) November 12, 2020
1/ Interesting discussion today around the idea of Apple adding realtime collaboration to AppKit...
— Geoffrey Litt (@geoffreylitt) November 11, 2020
But I wonder if a focus on realtime collab misses the more fundamental issue of the web vs native battle: zero-install apps.https://t.co/fEP1jsXxjl pic.twitter.com/fUT3XLJF3L
Source: https://t.co/K7WdsWd4Ss
— Suhail (@Suhail) November 11, 2020
A(nother) wonderful examination on the @stratechery blog… https://t.co/325YK2IFWG
— Mike Rea, IDEA Pharma (@ideapharma) November 11, 2020
“Whilst in the past 5 years Intel has increased their best single-thread performance by about 28%, Apple has achieved 3x the performance of the A9 of late 2015”
Apple’s Shifting Differentiation pic.twitter.com/jl0t7XctUn
あとで読むメモ。> Apple's claims about M1 Mac speed 'shocking,' but 'extremely plausible' | AppleInsider https://t.co/I81aNBj93T
— Sasaki (@music2go) November 11, 2020