SciTransfer
Organization

NXP SEMICONDUCTORS NETHERLANDS BV

Major semiconductor company providing automotive chips, radar/lidar sensors, secure microcontrollers, and GaN power devices for European R&D consortia.

Large industrial companydigitalNL
H2020 projects
25
As coordinator
1
Total EC funding
€11.4M
Unique partners
518
What they do

Their core work

NXP Semiconductors is a major global chipmaker headquartered in Eindhoven, specializing in automotive semiconductors, secure connectivity, and embedded processing. In H2020, they contribute semiconductor components, sensor technologies (radar, lidar, time-of-flight), and secure embedded computing architectures to large European R&D initiatives. Their work focuses on making autonomous driving, IoT devices, and power electronics safer, more reliable, and trustworthy — translating silicon-level innovation into system-level dependability for cars, drones, and industrial equipment.

Core expertise

What they specialise in

Automotive semiconductors and autonomous drivingprimary
12 projects

Central to projects like 3Ccar, PRYSTINE, NewControl, ENSEMBLE, ArchitectECA2030, and AI4CSM — all targeting automated vehicle perception, control, and safety.

Trustworthy and explainable AI for embedded systemsprimary
6 projects

InSecTT, DAIS, NextPerception, and ArchitectECA2030 all address AI trustability, explainability, and reliability in safety-critical embedded applications.

Radar, lidar, and sensor fusionprimary
5 projects

NewControl, NextPerception, SILENSE, and ADACORSA involve radar, lidar, time-of-flight sensors, and multi-sensor fusion for perception systems.

Secure IoT and connected systemssecondary
5 projects

SCOTT, SECREDAS, InSecTT, and COREnect focus on security, connectivity, and cross-domain interoperability for connected devices.

GaN power semiconductors and energy conversionemerging
2 projects

GaNonCMOS and GaN4AP target gallium nitride power devices for automotive chargers, industrial motor drives, and photovoltaic inverters.

Battery management and safety sensingsecondary
2 projects

SENSIBAT and LIBERTY focus on battery sensing technology, state estimation, and safety monitoring for electric vehicles.

Evolution & trajectory

How they've shifted over time

Early focus
Connected vehicle components and sensors
Recent focus
Trustworthy AI and autonomous driving safety

In their early H2020 participation (2015–2018), NXP focused on foundational embedded systems work: intelligent lighting (OpenAIS), electrified car components (3Ccar), nanomaterial safety in chip manufacturing (NanoStreeM), and early connected vehicle projects (AUTOPILOT, SCOUT). From 2019 onward, the focus shifted decisively toward trustworthy AI, sensor fusion for autonomous driving, and system-level reliability — with keywords like "explainable AI," "trustable AI," "cross-domain interoperability," and "fail-operational" dominating their recent portfolio. There is also a clear emerging thread in GaN power semiconductors, signaling expansion from purely digital/sensing work into power electronics and energy efficiency.

NXP is moving from component-level semiconductor supply toward system-level AI trustworthiness and safety assurance for autonomous mobility, while branching into GaN-based power electronics.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European33 countries collaborated

NXP overwhelmingly participates as a partner (23 of 25 projects), contributing deep semiconductor and sensing expertise to large consortia rather than leading them — they coordinated only SECREDAS. With 518 unique partners across 33 countries, they operate as a high-connectivity hub in European automotive and electronics R&D networks. This pattern reflects a company that brings essential hardware/silicon capabilities to the table and is easy to integrate into large multi-partner initiatives, though they rarely take on project management overhead.

NXP has collaborated with 518 unique partners across 33 countries, making them one of the most broadly connected industrial participants in H2020 automotive and electronics R&D. Their network spans all major European semiconductor and automotive ecosystems, with strong ties to ECSEL Joint Undertaking consortia.

Why partner with them

What sets them apart

NXP occupies a rare position as a top-tier semiconductor manufacturer that actively participates in pre-competitive European R&D — most chipmakers of their size engage less in collaborative research. They bring actual silicon (radar chips, secure microcontrollers, GaN power devices) into consortia, not just algorithms or simulations. For consortium builders, NXP provides the hardware foundation that turns research concepts into demonstrable, safety-certified systems — particularly valuable in any project targeting automotive or IoT certification.

Notable projects

Highlights from their portfolio

  • 3Ccar
    Largest single EC contribution (EUR 2.4M) — focused on integrated components for affordable electrified cars, reflecting NXP's core automotive semiconductor business.
  • SECREDAS
    NXP's only coordinated project (EUR 1.07M) — cybersecurity for cross-domain automated systems, signaling their leadership ambition in automotive security.
  • GaN4AP
    Represents NXP's strategic expansion into gallium nitride power semiconductors for automotive, industrial, and renewable energy applications — a new growth direction.
Cross-sector capabilities
Transport — autonomous driving perception and control systemsManufacturing — GaN power devices for industrial motor drivesEnergy — power conversion and photovoltaic inverter semiconductorsHealth — diagnostic sensor platforms (ND4ID participation)
Analysis note: NXP is a well-known global semiconductor company (post-Philips spin-off); the H2020 data aligns closely with their public product portfolio. Several projects show zero EC funding, likely because NXP self-funded or participated through different legal entities. The 25-project portfolio with rich keyword data provides high confidence in the expertise profile.