RT @Nature: A Nature paper presents a flexible 32-bit microprocessor that could facilitate the development of low-cost, fully flexible smar…
Once again! Computer Engineering field in the development of sciences.
RT @CarlosPaezAgraz: Este artículo presenta un microprocesador flexible de 32 bits que podría facilitar el desarrollo de sistemas integrado…
Waaaaa..!
Este artículo presenta un microprocesador flexible de 32 bits que podría facilitar el desarrollo de sistemas integrados inteligentes totalmente flexibles y de bajo costo.
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…
A Nature paper presents a flexible 32-bit microprocessor that could facilitate the development of low-cost, fully flexible smart integrated systems. https://t.co/sfA0SgTOhQ https://t.co/jIeS8cQbGY
A @Nature paper presents a flexible 32-bit microprocessor that could facilitate the development of low-cost, fully flexible smart integrated systems. https://t.co/LDIzZXO7W2 https://t.co/zy1FwZRmGv
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
@KyLeggiero @Arm Seems that you didn't click on the link. https://t.co/LnNmKEsFwS
RT @MrCatid: Full ARM processor built using thin-film transistors and a plastic substrate: https://t.co/JNhUJj6qRI Should be more suitable…
Full ARM processor built using thin-film transistors and a plastic substrate: https://t.co/JNhUJj6qRI Should be more suitable for implanting under the skin, in clothing, etc.
RT @emulenews: #Nature A natively flexible 32-bit ARM microprocessor https://t.co/GHsyqfbWwa ARM = Advanced RISC Machine; RISC = Reduced In…
RT @pragmatic_ltd: Take a look at the technical paper in #Nature by Arm and PragmatIC focused on #PlasticARM. This exciting project has led…
A natively flexible 32-bit Arm microprocessor | Nature https://t.co/VTtyyXeVj3
RT @anshelsag: .@ARM has worked with Pragmatic Semiconductor in Cambridge to develop plastic ARM processors that are flexible and don't nee…
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 @anshelsag: .@ARM has worked with Pragmatic Semiconductor in Cambridge to develop plastic ARM processors that are flexible and don't nee…
A flexible @Arm Cortex-M0+ microprocessor? This has HUGE potential tinyML and beyond! https://t.co/9rj6PBOJhb https://t.co/W8D7MDwIfL
Cool stuff https://t.co/di70xBw10q
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
.@ARM has worked with Pragmatic Semiconductor in Cambridge to develop plastic ARM processors that are flexible and don't need silicon to operate. This is known as #PlasticARM. They built an SoC with a 32-bit ARM Cortex-M processor. https://t.co/ey5kAMNRXa
@Ascii211 800nm process for NMOS w/IGZO TFT https://t.co/UGt9Wv7XyW https://t.co/ZM9DSXUSA7
Just imagine the potential use cases of not only a flexible PCB, but a flexible chip on it as well! So cool!!
A plastic @arm-based CPU that can potentially be put onto or into billions of different devices? PlasticArm is still in the early stages, but it sounds like the future: https://t.co/t9hIcsv5c5 https://t.co/q6OeyHXi9t
A flexible plastic version of the Arm Cortex M0+ chip, I'd love to run some #tinyml on these! https://t.co/8k0FW2MYqD
“…. and how it started” - Year 2032
RT @emulenews: #Nature A natively flexible 32-bit ARM microprocessor https://t.co/GHsyqfbWwa ARM = Advanced RISC Machine; RISC = Reduced In…
RT @nanotrac: A natively flexible 32-bit Arm microprocessor https://t.co/Mbnsvx2nSS Nanoscience and technology @NatureNano #Nanoscience #Te…
RT @emulenews: #Nature A natively flexible 32-bit ARM microprocessor https://t.co/GHsyqfbWwa ARM = Advanced RISC Machine; RISC = Reduced In…
RT @pragmatic_ltd: Take a look at the technical paper in #Nature by Arm and PragmatIC focused on #PlasticARM. This exciting project has led…
Micro RISC flexible para poder ponerlo en cositas del día a día 😍
RT @emulenews: #Nature A natively flexible 32-bit ARM microprocessor https://t.co/GHsyqfbWwa ARM = Advanced RISC Machine; RISC = Reduced In…
#Nature A natively flexible 32-bit ARM microprocessor https://t.co/GHsyqfbWwa ARM = Advanced RISC Machine; RISC = Reduced Instruction Set Computing architecture; PlasticARM = FlexIC SOC; FlexIC = Flexible Integrated Circuit; SOC = System-on-a-Chip (process
RT @ogawa_tter: => "A natively flexible 32-bit Arm microprocessor", Arm and PragmatIC, Nature, Jul 21, 2021 https://t.co/kvbUJ3Gzag 32-bit…
=> "A natively flexible 32-bit Arm microprocessor", Arm and PragmatIC, Nature, Jul 21, 2021 https://t.co/kvbUJ3Gzag 32-bit Cortex-M0 PlasticArm: Realizing the full potential of the IoT https://t.co/JxOQox0Cpw Jul 2020 https://t.co/WgWIkAPuX3 IDTechEx 20
A natively flexible 32-bit Arm microprocessor https://t.co/Mbnsvx2nSS Nanoscience and technology @NatureNano #Nanoscience #Technology this is #Nature https://t.co/BiPQsnE0sw
Take a look at the technical paper in #Nature by Arm and PragmatIC focused on #PlasticARM. This exciting project has led to the largest integrated circuit and pioneers the embedding of low-cost, ultrathin microprocessors into everyday objects. https://t.co
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) Nature Japan 注目のハイライト 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 Research Press Release 電子工学:プラ… https://t.co/GDClqfpbMV #速報 #ニュース #johosokuhou https://t.co/jIDxPSywor
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) Nature Japan 注目のハイライト 電子工学: #速報 #ニュース https://t.co/GDClqf7Aol
A natively flexible 32-bit Arm microprocessor https://t.co/1GRwBaQSkw https://t.co/OYugokkwAg | #research #manuscripts @nature