[Automaton 2022 - Speshell Trivia] Take a small peak in flexible electronics with our fifth feature! https://t.co/Gm9M3u3Uqm https://t.co/QwNX7l75Hg https://t.co/rYV3VXFsVv https://t.co/vMunal6xfR #Elevate #SpeshellTrivia https://t.co/fy9NfRHejs
RT @Vagyanik2_0: @NavroopSingh_ @iAsura_ & the printable, flexible electronics will help. https://t.co/0hOKxq5J2d
@NavroopSingh_ @iAsura_ & the printable, flexible electronics will help. https://t.co/0hOKxq5J2d
On #BritishScienceWeek, we look back on our technical paper in #Nature about the @Arm and @pragmatic_ltd #PlasticARM project, which led to the largest integrated circuit and pioneers embedding low-cost, ultra-thin #microprocessors into everyday objects htt
電子工学:プラスチック基板を使ったマイクロプロセッサーが実力を示した | Nature | Nature Portfolio https://t.co/hzeqHYqO89
RT @pragmatic_ltd: Take a look at the technical paper in #Nature by Arm and PragmatIC focused on #PlasticARM. This exciting project has led…
RT @mlinaje: Muy interesante artículo en Nature sobre PlasticARM, un procesador RISC sin base de silicio, sobre sustrato flexible. Van aume…
RT @alastair_d_reid: "PlasticArm" (an Arm processor printed on a cheap flexible, plastic substrate) - new article in Nature. Congratulatio…
RT @EvanKirstel: .@Arm details PlasticARM, a 32-bit processor built on a flexible substrate, that it says can lead to embedding of low-cost…
RT @WilliamMarshal1: Paper: A natively flexible 32-bit ARM Cortex-M0+ microprocessor. #IoT #wearables #PlasticARM https://t.co/HiTw7BIHsJ h…
RT @bobodtech: A plastic @arm-based CPU that can potentially be put onto or into billions of different devices? PlasticArm is still in the…
RT @Techmeme: Arm details PlasticARM, a 32-bit processor built on a flexible substrate, that it says can lead to embedding of low-cost, ult…
Muy interesante artículo en Nature sobre PlasticARM, un procesador RISC sin base de silicio, sobre sustrato flexible. Van aumentando sus capacidades (poco a poco): https://t.co/cCYDsLYCBE
RT @silex_transl: もう #シリコン は要らない??初の #プラスチック 利用マイクロプロセッサPlasticArmの概念を実証。#MetaloxideTFTonpolyimide、32ビット18,334 #NAND2 等価ゲート。「スマートペットボトル」ができ…
もう #シリコン は要らない??初の #プラスチック 利用マイクロプロセッサPlasticArmの概念を実証。#MetaloxideTFTonpolyimide、32ビット18,334 #NAND2 等価ゲート。「スマートペットボトル」ができる、と。ブレークスルー:Arm Ltd, Cambridge。 https://t.co/lO0QsJCC6S
RT @EmbeddedOf: ARM demonstrated that it is possible to design chips (Cortex M0) which are made using plastic and are flexible. Paper:htt…
ARM demonstrated that it is possible to design chips (Cortex M0) which are made using plastic and are flexible. Paper:https://t.co/aPd8rUP37Q What applications you envision that this could enable? What about sustainability? Aren't we adding more waste t
RT @jhngrant: A natively flexible 32-bit Arm microprocessor https://t.co/npL4A1tAl3 So, does this breakthrough mark the start of legacy s…
A natively flexible 32-bit Arm microprocessor https://t.co/npL4A1tAl3 So, does this breakthrough mark the start of legacy silicon? cc @wardleymaps
PlasticArm : A Natively Non-silicon Flexible 32-bit Arm Microprocessor.May realize full potential of #IoT /#IIoT Paper : https://t.co/lIvxUREiGZ @Arm
Nature "A natively flexible 32-bit Arm microprocessor" https://t.co/2xxSg3shrl https://t.co/4Tb79Ya1MS 素材が flexible なのを売りにしてるはずなのに、 > all PlasticARM measurements are performed while the flexible wafer remains on its glass carrier って、正直どうなん……?
#MKsPaperOfTheWeek no2: John Biggs et al. @Arm present PlasticARM, a flexible microprocessor, not based on crystalline silicon. For "make everyday objects smarter, such as bottles (milk, juice, alcohol), food packages, wearable patches, bandages" 😮😃 htt
> この技術は基本的に概念実証(PoC:Proof of Concept)であり、実行可能なことや、対応可能な複雑性などを示している ともかく、日本語の解説記事は有り難い。 先月のツイート: https://t.co/uH216zX1TW
PlasticARM pioneers the embedding of billions of low-cost, ultrathin microprocessors into everyday objects #future #technology #IT #IOT https://t.co/LZ14jydyr9
Plastic microcontrollers !!! https://t.co/6pouJSfhQr https://t.co/xbeWvnX4pR
Very interesting. Is it a solution looking for a problem or is there a real need now? https://t.co/RtOHoseqAb
A natively flexible 32-bit Arm microprocessor https://t.co/V4aQT29mbr
Also in Nature: https://t.co/F7KYDFLZXJ
“A natively flexible 32-bit Arm microprocessor | Nature” https://t.co/jgF4OHYUOB #半導体 #デバイス #テクノロジ
電子工学:プラスチック基板を使ったマイクロプロセッサーが実力を示した | Nature | Nature Portfolio https://t.co/GhGbul7vOT
A natively flexible 32-bit Arm microprocessor https://t.co/I4V7Uf6KCW
RT @Underfox3: Arm and PragmatIC researchers have presented PlasticARM, a natively flexible 32-bit microprocessor fabricated with 0.8-μm me…
Ahora ¿Chips de plástico? Detalles en: #ciberlideraxgo https://t.co/P1pXn9l5g3
フレキ実装のCortexM0 https://t.co/DUm1lAtuWm
RT @alastair_d_reid: "PlasticArm" (an Arm processor printed on a cheap flexible, plastic substrate) - new article in Nature. Congratulatio…
RT @alastair_d_reid: "PlasticArm" (an Arm processor printed on a cheap flexible, plastic substrate) - new article in Nature. Congratulatio…
RT @Deep_In_Depth: A natively flexible 32-bit Arm microprocessor - Nature https://t.co/k0sMdok2j1 #DL #AI #ML #DeepLearning #ArtificialInt…
RT @Deep_In_Depth: A natively flexible 32-bit Arm microprocessor - Nature https://t.co/k0sMdok2j1 #DL #AI #ML #DeepLearning #ArtificialInt…
RT @WilliamMarshal1: Paper: A natively flexible 32-bit ARM Cortex-M0+ microprocessor. #IoT #wearables #PlasticARM https://t.co/HiTw7BIHsJ h…
RT @Deep_In_Depth: A natively flexible 32-bit Arm microprocessor - Nature https://t.co/k0sMdok2j1 #DL #AI #ML #DeepLearning #ArtificialInt…
RT @Deep_In_Depth: A natively flexible 32-bit Arm microprocessor - Nature https://t.co/k0sMdok2j1 #DL #AI #ML #DeepLearning #ArtificialInt…
RT @Deep_In_Depth: A natively flexible 32-bit Arm microprocessor - Nature https://t.co/k0sMdok2j1 #DL #AI #ML #DeepLearning #ArtificialInt…
@Arm has announced a breakthrough flexible microcontroller - a tiny computer chip capable of powering electronic devices. https://t.co/W1tgSUJ13d
RT @WilliamMarshal1: Paper: A natively flexible 32-bit ARM Cortex-M0+ microprocessor. #IoT #wearables #PlasticARM https://t.co/HiTw7BIHsJ h…
RT @WilliamMarshal1: Paper: A natively flexible 32-bit ARM Cortex-M0+ microprocessor. #IoT #wearables #PlasticARM https://t.co/HiTw7BIHsJ h…
RT @WilliamMarshal1: Paper: A natively flexible 32-bit ARM Cortex-M0+ microprocessor. #IoT #wearables #PlasticARM https://t.co/HiTw7BIHsJ h…
Paper: A natively flexible 32-bit ARM Cortex-M0+ microprocessor. #IoT #wearables #PlasticARM https://t.co/HiTw7BIHsJ https://t.co/WBIk7ISi74
RT @Deep_In_Depth: A natively flexible 32-bit Arm microprocessor - Nature https://t.co/k0sMdok2j1 #DL #AI #ML #DeepLearning #ArtificialInt…
RT @Deep_In_Depth: A natively flexible 32-bit Arm microprocessor - Nature https://t.co/k0sMdok2j1 #DL #AI #ML #DeepLearning #ArtificialInt…
A natively flexible 32-bit Arm microprocessor - Nature https://t.co/k0sMdok2j1 #DL #AI #ML #DeepLearning #ArtificialIntelligence #MachineLearning #ComputerVision #AutonomousVehicles #NeuroMorphic #Robotics
They achieved record density in logical elements—at least 12x higher than previous state-of-the-art flexible integrated circuits. Their tech "will pioneer the embedding of billions of low-cost, ultrathin microprocessors into everyday objects." 2/2 https:/
RT @petewarden: A flexible plastic version of the Arm Cortex M0+ chip, I'd love to run some #tinyml on these! https://t.co/8k0FW2MYqD
Holy Smokes: PlasticARM https://t.co/ASH6WmTou1
A natively flexible 32-bit Arm microprocessor | Nature https://t.co/uCJkOqKDZl
Say g'day to PlasticARM: a 32-bit Arm μprocessor made with metal-oxide thin-film transistors on a flexible substrate https://t.co/A5C1U8cnOO @NIST @IEEESpectrum @QTC_UMD @Arm
ARM’ın yeni teknolojisi ile, devreler yakında plastik, kağıt ve kumaş gibi malzemelerin de üstüne basılabilir olacak. ARM’ın bu konudaki yeni prototipi ise PlasticARM. 🔗 https://t.co/6mEqUwlCbU https://t.co/FrTHbOzCA0
A natively flexible 32-bit Arm microprocessor | Nature https://t.co/6xLqvwHpc3
RT @pragmatic_ltd: Take a look at the technical paper in #Nature by Arm and PragmatIC focused on #PlasticARM. This exciting project has led…
sn-news: #electronics #processors #wearables A natively flexible 32-bit Arm microprocessor https://t.co/2pyNgCky68
RT @nwolovick: Que se doble, pero no sé quiebre. Primer CPU flexible que hace cosas razonables "PlasticARM has an area of 59.2 mm2, and con…
A natively flexible 32-bit Arm microprocessor https://t.co/U7zS42Q9hh #science
A natively flexible 32-bit Arm microprocessor | Nature https://t.co/JpaekNRzoa
RT @alastair_d_reid: "PlasticArm" (an Arm processor printed on a cheap flexible, plastic substrate) - new article in Nature. Congratulatio…
@Arm dando cátedra, acaban de presentar PlasticARM, un procesador ARM de 32 bits flexible, que implementa Armv6-M y es por lejos el más complejo de su clase hasta el momento. https://t.co/QabXFt6Hiq
RT @alastair_d_reid: "PlasticArm" (an Arm processor printed on a cheap flexible, plastic substrate) - new article in Nature. Congratulatio…
RT @alastair_d_reid: "PlasticArm" (an Arm processor printed on a cheap flexible, plastic substrate) - new article in Nature. Congratulatio…
曲げられるチップに関する発表の原文はこちら。 https://t.co/PpQL0PEUfH
What could possibly go wrong with this? https://t.co/CkQDoLDyls
RT @Dlf_Forschung: 🧘♀️💻 ARM hat einen flexiblen Computerchip präsentiert. Er bestehen aus einem Metalloid, das auf biegsamen Kunststoff ge…
RT @alastair_d_reid: "PlasticArm" (an Arm processor printed on a cheap flexible, plastic substrate) - new article in Nature. Congratulatio…
RT @alastair_d_reid: "PlasticArm" (an Arm processor printed on a cheap flexible, plastic substrate) - new article in Nature. Congratulatio…
RT @alastair_d_reid: "PlasticArm" (an Arm processor printed on a cheap flexible, plastic substrate) - new article in Nature. Congratulatio…
A natively flexible 32-bit Arm microprocessor https://t.co/AtPupnJtLE
RT @alastair_d_reid: "PlasticArm" (an Arm processor printed on a cheap flexible, plastic substrate) - new article in Nature. Congratulatio…
A natively flexible 32-bit Arm microprocessor | Nature https://t.co/Q8vOfNLBJq
RT @alastair_d_reid: "PlasticArm" (an Arm processor printed on a cheap flexible, plastic substrate) - new article in Nature. Congratulatio…
RT @satnam6502: Roll up! Roll up! Smoking hot news.
This is impressive!
RT @satnam6502: Roll up! Roll up! Smoking hot news. https://t.co/r6TN4DptOM
A natively flexible 32-bit Arm microprocessor https://t.co/5dtWxLcIqp
RT @alastair_d_reid: "PlasticArm" (an Arm processor printed on a cheap flexible, plastic substrate) - new article in Nature. Congratulatio…
RT @satnam6502: Roll up! Roll up! Smoking hot news.
Roll up! Roll up! Smoking hot news.
RT @alastair_d_reid: "PlasticArm" (an Arm processor printed on a cheap flexible, plastic substrate) - new article in Nature. Congratulatio…
RT @alastair_d_reid: "PlasticArm" (an Arm processor printed on a cheap flexible, plastic substrate) - new article in Nature. Congratulatio…
RT @alastair_d_reid: "PlasticArm" (an Arm processor printed on a cheap flexible, plastic substrate) - new article in Nature. Congratulatio…
me paece a mi o no es común que un CPU salga como paper en Nature? https://t.co/rqRsrbmHPg
RT @alastair_d_reid: "PlasticArm" (an Arm processor printed on a cheap flexible, plastic substrate) - new article in Nature. Congratulatio…
RT @alastair_d_reid: "PlasticArm" (an Arm processor printed on a cheap flexible, plastic substrate) - new article in Nature. Congratulatio…
RT @alastair_d_reid: "PlasticArm" (an Arm processor printed on a cheap flexible, plastic substrate) - new article in Nature. Congratulatio…
RT @Dlf_Forschung: 🧘♀️💻 ARM hat einen flexiblen Computerchip präsentiert. Er bestehen aus einem Metalloid, das auf biegsamen Kunststoff ge…
RT @Dlf_Forschung: 🧘♀️💻 ARM hat einen flexiblen Computerchip präsentiert. Er bestehen aus einem Metalloid, das auf biegsamen Kunststoff ge…
Que se doble, pero no sé quiebre. Primer CPU flexible que hace cosas razonables "PlasticARM has an area of 59.2 mm2, and contains 56,340 devices, or 18,334 NAND2-equivalent gates. The microprocessor can be clocked at up to 29 kHz and consumes only 21 mW" h
RT @alastair_d_reid: "PlasticArm" (an Arm processor printed on a cheap flexible, plastic substrate) - new article in Nature. Congratulatio…
RT @alastair_d_reid: "PlasticArm" (an Arm processor printed on a cheap flexible, plastic substrate) - new article in Nature. Congratulatio…