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56,340 components packed into less than 60 square millimetres of plastic, printed for pennies directly onto paper, cardboard or cloth. Pretty impressive! https://t.co/5q6qs5oNye
— Conrad Quilty-Harper (@Coneee) July 21, 2021
A flexible plastic version of the Arm Cortex M0+ chip, I'd love to run some #tinyml on these!https://t.co/8k0FW2MYqD
— Pete Warden (@petewarden) July 21, 2021
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 pic.twitter.com/aHZtR9xCMh
— Underfox (@Underfox3) July 22, 2021
A flexible @Arm Cortex-M0+ microprocessor? This has HUGE potential tinyML and beyond! https://t.co/9rj6PBOJhb pic.twitter.com/W8D7MDwIfL
— Edge Impulse (@EdgeImpulse) July 21, 2021
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/lqnbMr7UM9 pic.twitter.com/UQTyvHoWod
— PragmatIC (@pragmatic_ltd) July 21, 2021
.@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
— Anshel Sag (@anshelsag) July 21, 2021
One step closer to the “Arm in every piece of breakfast cereal” future I always imagined ? Now to find a way to make it safely edible https://t.co/Jb2Q3Vi9nQ
— Jon Masters ?☠️ (@jonmasters) July 21, 2021
? Introducing the first fully functional non-silicon @Arm Processor, PlasticArm.
— Arm (@Arm) July 21, 2021
This ultra-minimalist Arm Cortex-M0 based SoC could enable billions of low-cost microprocessors to be embedded into everyday objects.
The potential is beyond significant: https://t.co/9bd5KHuUIC pic.twitter.com/rS0nXK6tOF
56,340 components packed into less than 60 square millimetres of plastic, printed for pennies directly onto paper, cardboard or cloth. Pretty impressive! https://t.co/5q6qs5oNye
— Conrad Quilty-Harper (@Coneee) July 21, 2021
Thanks for everyone who joined us on today's Twitter Space!
— Edge Impulse (@EdgeImpulse) July 22, 2021
A few things we discussed:
✨ @Arm | https://t.co/rHItlvJ1uH
? @knaveen | https://t.co/tYYcpaSSGx
?️ @lacuna_space | https://t.co/o3SC33gOL6
? https://t.co/nGvxlE9HlK
? @ATaylorCEngFIET | https://t.co/aaChygAhAT
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 pic.twitter.com/aHZtR9xCMh
— Underfox (@Underfox3) July 22, 2021
#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 (processor, memories and bus). pic.twitter.com/IkEeFD4RGl
— Francis Villatoro (@emulenews) July 21, 2021
Seems that you didn't click on the link.https://t.co/LnNmKEsFwS
— Longhorn (@never_released) July 21, 2021
I think it's fair to say that flexible, ultra-thin processors like PlasticARM are the future https://t.co/KUvoB9DiIe
— Lance Ulanoff (@LanceUlanoff) July 22, 2021
"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/b5eUrZMBWf
— Lup Yuen Lee 李立源 (@MisterTechBlog) July 22, 2021