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cheaply print processors onto materials like plastic and paper

AnandTech: PlasticArm: Get Your Next CPU, Made Without Silicon (Dr. Ian Cutress)

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Known for its core design IP that ends up in everything from IoT to smartphones to servers, Arm is now presenting that it has...

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Known for its core design IP that ends up in everything from IoT to smartphones to servers, Arm is now presenting that it has enabled one of its key microcontrollers in a new form factor: rather than using silicon as a base, the company has enabled a processor core in plastic. The technology has been in the works for almost a decade, but Arm has...

PlasticArm: Get Your Next CPU, Made Without Silicon

Dr. Ian Cutress (AnandTech)
in reply to Ecosystems ~ LivingLabs ~ Bio shelters

chrysn
chrysn
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If I understood the recent news articles right, the PlasticARM was of limited success due to low yield. The more recent work of PragmatIC <spectrum.ieee.org/plastic-micr…> seems to fix that by lowering processor complexity -- but in the end, the complexity bound will need to be pushed.

The First High-Yield, Sub-Penny Plastic Processor

It took a major redesign for cheap flexible chips to reach their promise
Samuel K. Moore (IEEE Spectrum)
in reply to Ecosystems ~ LivingLabs ~ Bio shelters

Ecosystems ~ LivingLabs ~ Bio shelters
Ecosystems ~ LivingLabs ~ Bio shelters
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@chrysn please follow @Ecosystems * Living labs * Bio shelters * for the conversation to be included on the main channel page!

chrysn
oRx-Qx pirateradio

World’s first native plastic programmable processor -

Hundreds of 4bit and 8bit field-reprogrammable processor chips have been built in a flexible 0.8 µm IGZO TFT-based
Nick Flaherty (EENewsEurope)

chrysn

2022-06-24 09:19:58


If I understood the recent news articles right, the PlasticARM was of limited success due to low yield. The more recent work of PragmatIC <spectrum.ieee.org/plastic-micr…> seems to fix that by lowering processor complexity -- but in the end, the complexity bound will need to be pushed.


The First High-Yield, Sub-Penny Plastic Processor

It took a major redesign for cheap flexible chips to reach their promise
Samuel K. Moore (IEEE Spectrum)
in reply to Ecosystems ~ LivingLabs ~ Bio shelters

Ecosystems ~ LivingLabs ~ Bio shelters
Ecosystems ~ LivingLabs ~ Bio shelters
• •

Flexible plastic microprocessors cost less than a penny – The IC Informations

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IC Information, Speicfication, Pin Configration & Marketing Researchers from The Grainger College of Engineering at the University of Illinois Urbana-Champaign (UIUC), in collaboration with PragmatIC Semiconductor, a flexible electronics manufacturer, have claimed the first commercially viable flexible plastic microprocessors. For less than a...

Flexible plastic microprocessors cost less than a penny – The IC Informations

theicinfo.com
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