SciTransfer
Organization

CONSORZIO NAZIONALE INTERUNIVERSITARIO PER LA NANOELETTRONICA

Italian inter-university consortium providing GaN/SiC power semiconductor, reliability, and neuromorphic computing research across major European electronics initiatives.

Research institutedigitalIT
H2020 projects
20
As coordinator
0
Total EC funding
€9.0M
Unique partners
457
What they do

Their core work

IUNET is an Italian inter-university consortium specializing in nanoelectronics, power semiconductors, and advanced sensor technologies. They contribute research expertise in semiconductor materials (SiC, GaN), chip reliability, and neuromorphic computing to large European electronics pilot lines and industrialization projects. Their work spans the full chain from materials research through device fabrication to system-level reliability validation, serving Europe's push for sovereign semiconductor capabilities. They also bridge into biomedical applications, applying micro-fabrication and iontronics expertise to neuromodulation devices.

Core expertise

What they specialise in

Power semiconductors (GaN and SiC)primary
8 projects

Core contributor across GaN4AP, YESvGaN, TRANSFORM, REACTION, WInSiC4AP, R3-PowerUP, R2POWER300, and PROGRESSUS — covering both gallium nitride and silicon carbide power device development.

Electronics reliability and quality assuranceprimary
3 projects

iRel40 (Intelligent Reliability 4.0), CHARM (harsh environment IoT), and ADACORSA (resilient architectures) focus on physics-of-failure prediction and robustness validation for electronic systems.

Sensors and IoT for industrial applicationssecondary
4 projects

CONNECT (smart appliances), Arrowhead Tools (digitalization), AI4DI (AI for industry), and CHARM (industrial IoT sensors) demonstrate capability in sensor integration and industrial digitalization.

Neuromorphic and brain-inspired computingemerging
2 projects

BeFerroSynaptic (ferroelectric synaptic devices for neuromorphic processors) and StorAIge (AI on the edge MCUs) represent a move into brain-inspired hardware architectures.

Neuromodulation and bioelectronicsemerging
1 project

IN-FET applies iontronics and micro-fabrication to epilepsy treatment, extending nanoelectronics expertise into biomedical territory.

Nanoelectronics roadmapping and strategysecondary
1 project

NEREID produced a European nanoelectronics roadmap covering CMOS, beyond-CMOS, sensors, and power semiconductors — positioning IUNET as a strategic voice in European semiconductor planning.

Evolution & trajectory

How they've shifted over time

Early focus
Silicon power and CMOS roadmapping
Recent focus
GaN/SiC power and neuromorphic devices

In their early H2020 period (2015–2018), IUNET focused on established semiconductor technologies: CMOS roadmapping, silicon carbide pilot lines, smart power on 300mm wafers, and radiation-hardened memory for space. From 2019 onward, their work shifted decisively toward wide-bandgap power semiconductors (GaN and SiC for automotive, energy, and industrial applications), neuromorphic computing, and AI-enabled electronics reliability. This evolution mirrors Europe's strategic pivot from incremental silicon improvements to next-generation power electronics and edge AI.

IUNET is moving toward GaN-based power conversion for e-mobility and energy efficiency, combined with emerging work in neuromorphic hardware — expect them to pursue projects at the intersection of intelligent power management and edge AI.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European29 countries collaborated

IUNET operates exclusively as a consortium partner — across all 20 projects they have never served as coordinator, which is typical for inter-university consortia that contribute specialized research rather than project management. They work in large consortia (457 unique partners across 29 countries), particularly in ECSEL/KDT-style joint undertaking projects with dozens of industrial and academic participants. This makes them a reliable, low-friction research partner who integrates well into big European electronics initiatives without competing for the coordination role.

IUNET has collaborated with 457 unique partners across 29 countries, giving them one of the broadest networks in European nanoelectronics. Their participation in major ECSEL joint undertaking projects connects them to the continent's key semiconductor manufacturers, automotive suppliers, and research institutes.

Why partner with them

What sets them apart

As a national inter-university consortium, IUNET aggregates nanoelectronics expertise from multiple Italian universities into a single entity — making them a one-stop access point to Italy's academic semiconductor research base. Their dual strength in both GaN and SiC wide-bandgap technologies is uncommon; most groups specialize in one material system. For consortium builders, partnering with IUNET effectively brings Italian university research capacity into the project without needing to negotiate with individual institutions.

Notable projects

Highlights from their portfolio

  • Arrowhead Tools
    Largest single EC contribution (EUR 997,500) — a major digitalization platform project showing IUNET's capacity to take on substantial work packages.
  • iRel40
    EUR 885,062 for intelligent reliability research — represents IUNET's deep expertise in electronics quality assurance and physics-of-failure methods at industrial scale.
  • IN-FET
    An unusual cross-domain project applying nanoelectronics fabrication to epilepsy treatment via ionic neuromodulation — shows the consortium's ability to transfer semiconductor skills into biomedical applications.
Cross-sector capabilities
Energy (power conversion for renewables, EV charging, smart grids)Health (neuromodulation devices, bioelectronics)Transport (automotive power electronics, drone systems)Space (radiation-hardened electronics)
Analysis note: Strong dataset with 20 projects and rich keyword coverage in the recent period. Early projects (2015-2017) lack keyword data, so the evolution analysis relies partly on project titles. No website available for independent verification of current activities beyond H2020.