PragmatIC - Create more traceability to increase recycling
Video

PragmatIC - Create more traceability to increase recycling

PragmatIC’s ultra-low-cost flexible electronics can be embedded into everyday items to introduce digital item-level traceability, which can help packaging recovery processes, improve recycling rates and increase the value of plastic waste.

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PragmatIC - Create innovative solutions to reduce food waste
Video

PragmatIC - Create innovative solutions to reduce food waste

PragmatIC’s cutting-edge flexible electronics can be leveraged to reduce food waste. Unique digital IDs are attached to food packaging allowing it to be traced, tracked, and monitored. Sensors can also be added to detect the condition of the food.

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Beyond Silicon:  The Future of Flexible Chips
Media Coverage

Beyond Silicon: The Future of Flexible Chips

ARM PODCAST. Listen to Scott White, CEO at PragmatIC, talking with James Myers, Distinguished Engineer at Arm, about the benefits and challenges of advancing flexible electronics, the collaborative projects between the companies and where they see the technology being deployed in the future. 

PragmatIC Semiconductor leads project to increase the value of plastic waste
Press Release

PragmatIC Semiconductor leads project to increase the value of plastic waste

PragmatIC Semiconductor, a world leader in flexible electronics, is delighted to announce that it is working on an Innovate UK, Manufacturing Made Smarter project to increase the quality of plastic recyclate. In the project, code-named SORT‑IT, packaging will be given unique digital IDs to facilitat...

New SecQuAL consortium launches
Media Coverage

New SecQuAL consortium launches

SecQuAL (Secure Quality Assured Logistics for Digital Food Ecosystems) is a project where unique digital IDs are attached to everyday food packaging to enable item-level tracking and monitoring from farm to fork to reduce food waste. 

Arm Startup Day
Event

Arm Startup Day

Alastair Hanlon, Chief Commercial Officer at PragmatIC Semiconductor, took part in the free virtual Arm Startup Day event aimed at helping young companies building or using next generation technology solutions to grow and bring innovation to life. 

In conversation with John Biggs from Arm
Blog

In conversation with John Biggs from Arm

PragmatIC were proud to see Nature publish a paper about the ground-breaking PlasticARM, the largest integrated circuit designed using our FlexIC Foundry® service. This is the result of many years...

PlasticARM SoC puts Arm Cortex-M0 on flexible substrate
Media Coverage

PlasticARM SoC puts Arm Cortex-M0 on flexible substrate

EE TIMES. A paper published in Nature by Arm Research and PragmatIC revealed details of PlasticARM, a flexible Arm Cortex-M0 based system-on-chip (SoC) fabricated using thin-film transistors (TFT) on a flexible substrate.

Taking plastic chips into healthcare
Media Coverage

Taking plastic chips into healthcare

EENEWS EUROPE. Arm is designing a low cost, flexible heart monitor in the plastic chip process developed by PragmatIC using multiple devices on a paper substrate and manufactured on the unique FlexLogIC fab-in-a-box system.

These bendy plastic chips fit in unusual places
Media Coverage

These bendy plastic chips fit in unusual places

WIRED. Researchers at Arm and PragmatIC Semiconductor are focused on advancing low-cost flexible electronics and creating new use cases for semiconductors such as monitoring heartbeats and milk carton contents.

Nature 2021
Tech Paper

Nature 2021

This technical paper is based on the PlasticARM project with Arm and PragmatIC Semiconductor, which has led to the development of the largest integrated circuit and pioneers the embedding of billions of low-cost, ultrathin microprocessors into everyday objects.

How RFID and innovative electronics can boost recycling
Media Coverage

How RFID and innovative electronics can boost recycling

RFID JOURNAL. The issues associated with climate change are complex and diverse, but Alastair Hanlon from PragmatIC Semiconductor explains how using technology to improve recycling rates and decrease waste can make a difference.