NOKIA SOLUTIONS AND NETWORKS UK LIMITED

Their core work

Nokia Solutions and Networks UK Limited, operating from Cambridgeshire, is the UK research arm of Nokia — most likely its Bell Labs facility — contributing advanced materials and photonics research toward next-generation communications infrastructure. In H2020, they joined the Graphene Flagship, Europe's largest materials research initiative, to investigate how graphene and related 2D materials can enable breakthroughs in electronics, photonics, and sensors relevant to telecoms and networking hardware. Their industrial perspective brings product-oriented requirements into fundamental research consortia, helping translate lab-scale graphene science toward deployable technology. As a major global telecoms equipment manufacturer, their research interest in graphene is grounded in practical applications: faster photodetectors, flexible electronics, and energy-efficient components for network infrastructure.

What they specialise in

How they've shifted over time

In GrapheneCore1 (2016–2018), Nokia's engagement centered on foundational graphene and layered materials science, consistent with an early-stage exploration of what 2D materials could offer industrial telecoms applications. By GrapheneCore2 (2018–2020), the keyword profile broadened substantially — composite materials, energy applications, photonics, and sensors all emerged — suggesting Nokia shifted from foundational participation toward application-specific tracks more directly aligned with its product lines. The trend indicates a deliberate move from basic materials characterization toward applied photonics and electronics, where graphene has clearest near-term commercial relevance for telecoms hardware.

Nokia appears to be narrowing its graphene research toward photonics and electronics applications directly relevant to communications hardware, making them a strong prospective partner for consortia targeting graphene-enabled optical or RF components.

How they like to work

Nokia SNL UK has participated exclusively as a consortium partner, never as coordinator, across both H2020 projects — both within the same flagship program. This pattern suggests they engage as an industrial anchor providing use-case requirements and application validation rather than driving research agendas. The Graphene Flagship's massive consortium structure (238 partners) means Nokia operated within a highly distributed network, likely as one of several industrial partners shaping applied research tracks rather than managing day-to-day project execution.

Their recorded network spans 238 unique partners across 24 countries, but this reflects the full Graphene Flagship consortium rather than direct bilateral relationships Nokia cultivated independently. Their actual working network within these projects is likely a smaller subset of photonics, electronics, and materials groups.

What sets them apart

Nokia SNL UK is one of very few major global telecoms equipment manufacturers with documented H2020 participation in advanced materials research, specifically graphene photonics — a combination that few universities or SMEs can replicate. Their value to a consortium is industrial credibility: they bring product specifications, real deployment constraints, and potential routes to commercial adoption that purely academic partners cannot. For any consortium working on graphene-based photonic components or high-frequency electronics, Nokia's participation signals genuine industrial pull toward market-ready applications.

Highlights from their portfolio

• GrapheneCore1
  Nokia's entry into the Graphene Flagship — Europe's flagship €1B research initiative — marking their formal commitment to 2D materials as a strategic R&D direction, with EUR 602,680 in EC funding received.
• GrapheneCore2
  Continuation project where Nokia's keyword profile expanded into photonics, sensors, and energy applications, suggesting a transition from exploratory to application-focused participation within the Flagship.