On 27 November 2025, experts from across Europe gathered in The Hague for the Annual Forum of the Important Project of Common European Interest on Microelectronics and Communication Technologies. The morning session featured the Workstreams Workshop which presented eleven major advances in sensing, computing, communication and power technologies.
These presentations reflect Europe’s determination to strengthen its semiconductor capabilities and to support the digital and green transitions. Below is a public friendly overview of each presentation along with the questions that guided them.
What Makes STMicroelectronics Sensors Safer for Drivers?
STMicroelectronics presented new automotive image sensors designed to improve road safety. These sensors support the European regulation that requires detection of driver distraction and drowsiness. With advanced RGB and infrared imaging and low power consumption they help automotive systems operate more reliably in all lighting conditions.
How Does Bosch Bring AI Inside Everyday Sensors?
Bosch Sensortec explained how artificial intelligence now runs directly inside tiny sensors used in wearables and consumer devices. This approach improves personalisation and protects privacy because the data does not need to go to the cloud. Bosch also introduced a self learning motion recognition engine and a development tool that simplifies AI deployment for manufacturers.
Why Does Europe Need New Memory Technology for AI Datacenters?
FMC discussed the strategic importance of advanced memory solutions for European datacenters that support artificial intelligence. Although the slides were not shared the presentation focused on the need to reduce energy consumption while strengthening Europe’s technological sovereignty.
Can Graphene Photonics Unlock Faster Chips for Europe?
Black Semiconductor explored the potential of graphene based photonics for faster and more energy efficient chip communication. This technology could change the way European processors move data and support the growing demands of artificial intelligence.
How Can AI Run on the Smallest Energy Devices?
Mycroft Mind demonstrated the use of very compact machine learning models that run directly inside smart meters and microcontrollers. These models require only a few kilobytes of memory and learn from real conditions without cloud connectivity. This innovation supports Europe’s energy transition by improving the intelligence of millions of devices in the field.
What Role Will Memristors Play in Future Electronics?
Bizzcom presented its progress on memristor research and development. These components imitate the behaviour of neural networks and can support low power computing. Bizzcom has already created functional device stacks and early applications which are now being tested in laboratory environments.
Can Europe Build Its Own High Energy Ion Implanter?
mi2 factory introduced EFIITRON which is a fully European high energy ion implanter for silicon carbide devices. This tool enables more efficient manufacturing of power components used in electric vehicles and renewable energy systems. It also addresses technical challenges such as bipolar degradation and the need for lower cost production.
How Is Infineon Extending the Lifetime of SiC MOSFETs?
Infineon presented its latest silicon carbide power transistors created for electric vehicle charging and industrial applications. These components offer better thermal performance and energy efficiency which can reduce emissions across Europe’s charging infrastructure.
What Challenges Shape the Future of Automotive Power Electronics?
Valeo shared its insights on the rising cost of semiconductors and the growing need for efficient 800 volt power systems. The company is developing advanced inverters and wireless charging technologies and emphasises the importance of closer collaboration between automotive and semiconductor partners in Europe.
Why Do Software Defined Vehicles Need Optical Communication?
KD Technologies showcased its high speed optical transceivers for in vehicle data communication. These fiber based links are lighter faster and more reliable than copper cables. KD is also preparing to open one of the first optical microchip assembly and test facilities in Europe.
How Can 5G Radio Chips Consume Even Less Power?
Nokia presented new techniques that allow 5G radio chips to enter extremely deep sleep states. This innovation supports the creation of greener networks and aligns with the vision of AI native communication systems developed in Europe.
Europe Is Moving Forward Together
The Workstreams Workshop provided a clear picture of Europe’s momentum in microelectronics. Each project contributes to a stronger and more resilient semiconductor ecosystem from sensing to computing and from communication to power technologies.
All public slide decks from the workshop are available here: