Participated in GrapheneCore1, GrapheneCore2, GrapheneCore3, and the 2D-EPL pilot line — spanning the full Graphene Flagship lifecycle from basic research to pilot production.
NOKIA UK LIMITED
Nokia's UK entity contributing telecom and electronics expertise to graphene research, from basic science through pilot-line manufacturing of 2D materials.
Their core work
Nokia UK Limited is the British arm of the Nokia corporation, contributing telecommunications and networking expertise to EU research initiatives. Within H2020, they focused on two distinct areas: internet architecture measurement (understanding how middleboxes shape network traffic) and advanced materials through the Graphene Flagship, where they explored graphene applications in electronics, photonics, and sensors. Their participation pattern suggests they bring industrial-scale telecom knowledge to research consortia, particularly around translating graphene research toward commercial pilot lines.
What they specialise in
The MAMI project focused on classifying, measuring, and mapping middlebox behavior across the internet — directly tied to Nokia's core telecom business.
The 2D-EPL project (2020-2024) targets an experimental pilot line for 2D materials, signaling a move from research toward production readiness.
GrapheneCore2 explicitly covered electronics, photonics, and sensors — application domains where Nokia can integrate graphene into telecom hardware.
How they've shifted over time
Nokia UK's H2020 journey started in 2016 with a split focus: internet architecture measurement (MAMI) and early graphene research (GrapheneCore1). From 2018 onward, they dropped the networking research entirely and committed fully to the Graphene Flagship, progressing from basic research through applied electronics and photonics to an experimental pilot line for 2D materials. This trajectory shows a deliberate shift from fundamental internet measurement toward advanced materials manufacturing — likely positioning Nokia to integrate graphene-based components into future telecom hardware.
Nokia UK is moving from graphene research toward production-ready 2D material manufacturing, suggesting they are preparing to incorporate these materials into commercial telecom products.
How they like to work
Nokia UK has exclusively participated as a consortium partner, never coordinating a project — consistent with a large company contributing specialized industrial expertise to research-led initiatives. With 255 unique partners across 24 countries, they operate in very large consortia (the Graphene Flagship alone involves hundreds of partners). This makes them an accessible but non-leading partner: easy to include in a large consortium, but unlikely to drive proposal writing or project management.
With 255 consortium partners across 24 countries, Nokia UK has one of the broadest partner networks in H2020 — though this is largely an artifact of the massive Graphene Flagship consortia rather than individually cultivated relationships.
What sets them apart
Nokia UK brings something rare to the Graphene Flagship: the perspective of a major telecom equipment manufacturer that can actually deploy graphene-based materials at industrial scale. While most Flagship partners are universities or research institutes, Nokia represents a concrete commercialization pathway for 2D materials in electronics and photonics. For consortium builders, they offer credibility as an end-user of advanced materials research and a bridge between laboratory results and commercial telecom products.
Highlights from their portfolio
- GrapheneCore2Largest single EC contribution (EUR 435,000) and broadest scope — covering electronics, photonics, sensors, and energy applications of graphene.
- 2D-EPLRepresents the transition from research to manufacturing: an experimental pilot line for 2D materials, the closest project to commercial application.
- MAMIThe only non-graphene project, focused on internet middlebox measurement — reveals Nokia's core telecom DNA before their pivot to advanced materials.