Flexible intelligence hub

A flexible future

Flexible intelligence is shaping the next wave of digital transformation.

Be inspired by cutting edge research that pushes the boundaries of what technology can do, where it can go, and how it can change our world.

EVP Engineering John Quigley shares what he thinks is ‘pretty cool’ about the future of connectivity

Redefining healthcare: EVP Engineering John Quigley explains how FlexICs are transforming consumer healthcare devices

What does the future hold for flexible semiconductors? Check out this cutting-edge research to find out.

Teach a computer to smell

How do you teach a computer to smell?

Specialised cells – the olfactory sensory neurons – send messages to the brain, enabling it to register the smell and identify it as pleasant or unpleasant. So, since it’s lacking both nasal cavity and olfactory sensory neurons, how do you teach a computer to smell?
Tinier than TinyML

Tinier than TinyML: pushing the flexible boundaries of AI

While semiconductors are the lifeblood of AI, fuelling access and adoption, machine learning (ML) is one of a range of techniques used to deliver the intelligence, using data analysis to identify patterns and make decisions with minimal human intervention. But how does it work?