RT @pragmatic_ltd: Take a look at the technical paper in #Nature by Arm and PragmatIC focused on #PlasticARM. This exciting project has led…
ARMベースのFlexIC(microprocessor)。ポリイミド基板に金属酸化膜TFT(薄膜トランジスタ)を乗せた形。 ライセンスフリーのRISC-Vじゃなく、ARM(RISC)ということは、今までの普及実績を重視したのかな? AppleのM1チップってARMベースだったんやね。 https://t.co/ZDaCxG9RZy
組み込み系のCortex-M0でですか。 A natively flexible 32-bit Arm microprocessor | Nature https://t.co/hyoH9MDjjq
RT @AlbertVilella: Cool idea, always tough if not we'll backed by one of the big players https://t.co/I6vtj1bDOB
RT @zackfreedman: Fully flexible, zero-silicon ARM processor (!) https://t.co/HRCpUSmG9j
Fully flexible, zero-silicon ARM processor (!) https://t.co/HRCpUSmG9j
A 32bit Arm for everything ^^ https://t.co/cRs9Xe5394
Arm details #PlasticARM, a 32-bit processor built on #FlexibleSubstrate for embedding low-cost, ultrathin chips into everyday objects such as bottles (milk, juice, alcohol or perfume), food packages, garments, wearable patches, bandages https://t.co/vQ6ah6
Arm details #PlasticARM, a 32-bit processor built on #FlexibleSubstrate for embedding low-cost, ultrathin chips into everyday objects such as bottles (milk, juice, alcohol or perfume), food packages, garments, wearable patches, bandages https://t.co/hmfGvn
Welcome to the new era of flexible microprocessors, developed by @Arm https://t.co/ZJJCGaS1Mc
Cool idea, always tough if not we'll backed by one of the big players https://t.co/I6vtj1bDOB
Bendy semiconductors. The uses are quite interesting. https://t.co/Qu0aKl6VFM
A Natively Flexible 32-Bit ARM Microprocessor https://t.co/A70Gdq6830
A natively flexible 32-bit Arm microprocessor https://t.co/NhqL4c1ypT #hardware https://t.co/5YX6EWLolF
Microprocessors are continuing to evolve in astonishing ways. They will continue on this trajectory for a very long time, and become embedded in everything around us. | A natively flexible 32-bit Arm microprocessor | Nature https://t.co/6Ob1kn5vra
RT @ShawnHymel: #ARM created a flexible (read: bendable) processor using metal-oxide thin-film transistor (TFT) technology. This is great n…
RT @NaturePortfolio: A @Nature paper presents a flexible 32-bit microprocessor that could facilitate the development of low-cost, fully fle…
PlasticARM: a 32-bit ARM processor built on a soft and flexible substrate. This is an advancement in wearable computers that could benefit the elderly and disabled. https://t.co/Cl6yE0SACl
A natively flexible 32-bit Arm microprocessor | Nature https://t.co/QSqjS4S9KG
Silicon Who? Researchers Develop Arm Microprocessor Built out of Plastic | https://t.co/xs362DwJRw -> https://t.co/Wfq9ohUKEH
「PlasticARMというフレキシブルポリイミド基板と金属酸化物薄膜トランジスターを組み合わせて、十分な柔軟性を備えた32ビットマイクロプロセッサーを作製した」のだそうです。 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 https://t.co/pcyZGRW1Ae
New item from Daring Fireball: A Natively Flexible 32-Bit ARM Microprocessor https://t.co/X7MviosJXo
A Natively Flexible 32-Bit ARM Microprocessor https://t.co/Shj5lsWWth https://t.co/YcrkPHtHET
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…
.@Arm details PlasticARM, a 32-bit processor built on a flexible substrate, that it says can lead to embedding of low-cost, ultrathin chips into everyday objects #iot #wearables @tnatw @ArmEmbedded https://t.co/1iXxiNuTWB
Can't wait to see really life-changing wearables being born out of this! https://t.co/omTKnmnKk6
A natively flexible 32-bit Arm microprocessor- chips in everything... https://t.co/pQSbgP0sN3
RT @LanceUlanoff: I think it's fair to say that flexible, ultra-thin processors like PlasticARM are the future https://t.co/KUvoB9DiIe
RT @KevinCTofel: We discussed this new ARM flexible processor on the IoT Podcast episode today. Maybe from a slightly different perspective…
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
We discussed this new ARM flexible processor on the IoT Podcast episode today. Maybe from a slightly different perspective than most: this could lead to better, smaller, cheaper sensor device designs due to the material flexibility (no pun intended). https
RT @Underfox3: Arm and PragmatIC researchers have presented PlasticARM, a natively flexible 32-bit microprocessor fabricated with 0.8-μm me…
RT @LanceUlanoff: I think it's fair to say that flexible, ultra-thin processors like PlasticARM are the future https://t.co/KUvoB9DiIe
I think it's fair to say that flexible, ultra-thin processors like PlasticARM are the future https://t.co/KUvoB9DiIe
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 @EdgeImpulse: A flexible @Arm Cortex-M0+ microprocessor? This has HUGE potential tinyML and beyond! https://t.co/9rj6PBOJhb https://t.co…
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
RT @Underfox3: Arm and PragmatIC researchers have presented PlasticARM, a natively flexible 32-bit microprocessor fabricated with 0.8-μm me…
RT @anshelsag: .@ARM has worked with Pragmatic Semiconductor in Cambridge to develop plastic ARM processors that are flexible and don't nee…
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…
Arm details PlasticARM, a 32-bit processor built on a flexible substrate, that it says can lead to embedding of low-cost, ultrathin chips into everyday objects (Nature) https://t.co/l3pOpvuXVV https://t.co/wsDW0nzrHQ
RT @NaturePortfolio: A @Nature paper presents a flexible 32-bit microprocessor that could facilitate the development of low-cost, fully fle…
RT @awilliam100: Amazing technical achievement by @cic_vc portfolio company, @pragmatic_ltd in partnership with #arm https://t.co/GB91tQNIB2
An Arduino on any substrate within any fabric is a decade old dream of mine. Seems to become a possibility. https://t.co/S3MRrQ3GoZ
RT @ShawnHymel: #ARM created a flexible (read: bendable) processor using metal-oxide thin-film transistor (TFT) technology. This is great n…
RT @Underfox3: Arm and PragmatIC researchers have presented PlasticARM, a natively flexible 32-bit microprocessor fabricated with 0.8-μm me…
RT @ShawnHymel: #ARM created a flexible (read: bendable) processor using metal-oxide thin-film transistor (TFT) technology. This is great n…
#ARM created a flexible (read: bendable) processor using metal-oxide thin-film transistor (TFT) technology. This is great news for things like #wearables! Here's the original paper: https://t.co/7SOKtDzmWq #electronics #embedded #microcontroller
#HackerNews A natively flexible 32-bit Arm microprocessor (https://t.co/ui7jC19q0p)
Now you can have an @Arm on your arm.
#HackerNews A natively flexible 32-bit Arm microprocessor (https://t.co/EFGJy2d01v)
Congratulations to Arm and CIC portfolio company PragmatIC on this incredible achievement. An ultrathin, low-cost, natively flexible microprocessor for everyday objects will enable a new category of product innovation. #PlasticARM Read @Nature paper: htt
A natively flexible 32-bit Arm microprocessor https://t.co/lUvCn6Pqzr (https://t.co/CVLOivuPT9)
RT @NatureJapan: 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 https://t.co/HepraM6CSe #電子工学 #マイクロプロセッサー
RT @NatureJapan: 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 https://t.co/HepraM6CSe #電子工学 #マイクロプロセッサー
RT @NatureJapan: 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 https://t.co/HepraM6CSe #電子工学 #マイクロプロセッサー
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 https://t.co/HepraM6CSe #電子工学 #マイクロプロセッサー
Electronics: Plastic microprocessor flexes its power | Nature https://t.co/1HL1Qkmxth #Electronics #microprocessor
Bendy #microprocessor devised by #armholdings https://t.co/LZV4u1Mmtl https://t.co/nBYNy0wejc
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 @Underfox3: Arm and PragmatIC researchers have presented PlasticARM, a natively flexible 32-bit microprocessor fabricated with 0.8-μm me…
Amazing technology from PragmatIC.
RT @Nature: A Nature paper presents a flexible 32-bit microprocessor that could facilitate the development of low-cost, fully flexible smar…
A natively flexible 32-bit Arm microprocessor https://t.co/wHBIW1aeLF Comments By submitting a comment you agree to abide by our Terms and Community Guidelines. If you find something abusive or that does not comply with our terms or guidelines please … h
A natively flexible 32-bit Arm microprocessor https://t.co/OzABxfRJiw (https://t.co/vdU5d7HEnO)
A natively flexible 32-bit Arm microprocessor https://t.co/64bi3vTJNg
#HackerNews A natively flexible 32-bit Arm microprocessor (https://t.co/NP4Gq8ibaK)
A natively flexible 32-bit Arm microprocessor https://t.co/mB0rDr4uVJ
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 Research) https://t.co/nKvTYr5CJ1
RT @Nature: A Nature paper presents a flexible 32-bit microprocessor that could facilitate the development of low-cost, fully flexible smar…
"We have reported a natively flexible 32-bit microprocessor, PlasticARM, fabricated with 0.8-μm metal-oxide TFT technology. We have demonstrated the functionality of a SoC that has a 32-bit #Arm processor fabricated on a flexible substrate" https://t.co/b
I missed the publication yesterday of PlasticARM, but I've always thought this is pretty cool since I first heard about it several years ago https://t.co/5B5D9prp2O
A natively flexible 32-bit Arm microprocessor: https://t.co/6tH13c3KAc Comments: https://t.co/xOwV20BlvC
A natively flexible 32-bit Arm microprocessor https://t.co/iB7y6K0Jm5 https://t.co/lOX2sBDQr3
Amazing technical achievement by @cic_vc portfolio company, @pragmatic_ltd in partnership with #arm
A natively flexible 32-bit Arm microprocessor Link: https://t.co/ssTxb3fvcI Comments: https://t.co/8opp2Z1Yz7
A natively flexible 32-bit Arm microprocessor L: https://t.co/VimNbJEBXt C: https://t.co/9Bpt7FcqYn
RT @NaturePortfolio: A @Nature paper presents a flexible 32-bit microprocessor that could facilitate the development of low-cost, fully fle…
RT @ETSIT_URJC: "Non silicon ARM microcontrollers bring the possibility of seamlessly embedding billions of extremely low-cost, ultra-thin,…
RT @ETSIT_URJC: "Non silicon ARM microcontrollers bring the possibility of seamlessly embedding billions of extremely low-cost, ultra-thin,…
"Non silicon ARM microcontrollers bring the possibility of seamlessly embedding billions of extremely low-cost, ultra-thin, conformable microprocessors into everyday objects and animals" https://t.co/NOwBMxDc8B
RT @Nature: A Nature paper presents a flexible 32-bit microprocessor that could facilitate the development of low-cost, fully flexible smar…
RT @NaturePortfolio: A @Nature paper presents a flexible 32-bit microprocessor that could facilitate the development of low-cost, fully fle…
RT @Underfox3: Arm and PragmatIC researchers have presented PlasticARM, a natively flexible 32-bit microprocessor fabricated with 0.8-μm me…
Arm and PragmatIC researchers have presented PlasticARM, a natively flexible 32-bit microprocessor fabricated with 0.8-μm metal-oxide TFT technology which is compatible with the Arm Cortex-M class processors. https://t.co/FcbMpT4ypG https://t.co/aHZtR9xCM
RT @anshelsag: .@ARM has worked with Pragmatic Semiconductor in Cambridge to develop plastic ARM processors that are flexible and don't nee…
RT @emulenews: #Nature A natively flexible 32-bit ARM microprocessor https://t.co/GHsyqfbWwa ARM = Advanced RISC Machine; RISC = Reduced In…
RT @EdgeImpulse: A flexible @Arm Cortex-M0+ microprocessor? This has HUGE potential tinyML and beyond! https://t.co/9rj6PBOJhb https://t.co…
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
RT @EdgeImpulse: A flexible @Arm Cortex-M0+ microprocessor? This has HUGE potential tinyML and beyond! https://t.co/9rj6PBOJhb https://t.co…
Non-silicon 32-bit Arm processor. Full paper published on Nature: https://t.co/wwadiBh1nM
RT @Nature: A Nature paper presents a flexible 32-bit microprocessor that could facilitate the development of low-cost, fully flexible smar…
RT @NaturePortfolio: A @Nature paper presents a flexible 32-bit microprocessor that could facilitate the development of low-cost, fully fle…
RT @Nature: A Nature paper presents a flexible 32-bit microprocessor that could facilitate the development of low-cost, fully flexible smar…
RT @NaturePortfolio: A @Nature paper presents a flexible 32-bit microprocessor that could facilitate the development of low-cost, fully fle…
RT @Nature: A Nature paper presents a flexible 32-bit microprocessor that could facilitate the development of low-cost, fully flexible smar…