SciTransfer
Organization

INPHOTECH SP ZOO

Polish SME designing and manufacturing specialty optical fibres for 5G telecom, distributed sensing, and bio-optical diagnostics.

Technology SMEdigitalPLSMENo active H2020 projects
H2020 projects
4
As coordinator
3
Total EC funding
€2.7M
Unique partners
21
What they do

Their core work

Inphotech is a Polish SME specializing in advanced fibre optic technologies, from specialty optical fibres to sensor systems and telecom infrastructure components. They develop microstructured and multi-core optical fibre cables with applications spanning 5G network infrastructure, distributed sensing for IoT, and even bio-optical probes for medical diagnostics. Their core competence lies in designing and manufacturing non-standard optical fibres that solve specific problems — whether that's boosting network capacity for 5G rollout or enabling new types of distributed sensors.

Core expertise

What they specialise in

Specialty optical fibre design and manufacturingprimary
3 projects

Core technology across OMiProbe (bio-optical probe), DIFFUSE (distributed fibre sensors), and IPT-Core (multi-core fibre for 5G).

5G telecom fibre infrastructureprimary
1 project

IPT-Core (EUR 2.15M) focused on multi-core optical fibre cables for 5G fronthaul, backhaul, and data centres.

Distributed optical fibre sensingsecondary
1 project

DIFFUSE project developed new distributed fibre optic sensors targeting IoT applications.

Bio-optical diagnosticsemerging
1 project

OMiProbe explored fibre-based probe technology for non-destructive cancer diagnosis.

Evolution & trajectory

How they've shifted over time

Early focus
Fibre optic sensing and diagnostics
Recent focus
5G telecom fibre infrastructure

Inphotech started with exploratory, small-scale projects — a bio-optical cancer probe (OMiProbe, 2016) and IoT fibre sensors (DIFFUSE, 2017) — testing different applications for their fibre optic technology. By 2020, they made a decisive pivot toward telecom infrastructure, landing their largest project (IPT-Core, EUR 2.15M) focused on multi-core fibre for 5G networks. The trajectory shows a company that validated its core fibre optic technology through diverse applications and then concentrated on the highest-value market: 5G rollout.

Inphotech is scaling from R&D-stage sensor work toward production-ready 5G fibre optic infrastructure, positioning for the European telecom capacity buildout.

Collaboration profile

How they like to work

Role: consortium_leaderReach: European7 countries collaborated

Inphotech strongly prefers to lead — they coordinated 3 out of 4 projects, including their largest. Their network of 21 partners across 7 countries suggests they build project-specific consortia rather than relying on a fixed set of repeat partners. For potential collaborators, this means Inphotech is comfortable driving project management and technical direction, making them a reliable consortium leader for fibre optic and telecom-related proposals.

Inphotech has built a network of 21 unique partners across 7 countries, indicating broad European reach for a company of their size. As a Polish SME leading most of its projects, they actively assemble international consortia rather than joining existing ones.

Why partner with them

What sets them apart

Inphotech occupies an unusual niche: a Polish SME that both designs and manufactures specialty optical fibres, giving them end-to-end control from fibre microstructure to finished cable product. Their multi-core fibre technology directly addresses the 5G capacity crunch — a concrete, high-demand problem with clear commercial pull. Few European SMEs combine deep photonics R&D with manufacturing readiness at this scale.

Notable projects

Highlights from their portfolio

  • IPT-Core
    Their flagship project (EUR 2.15M, coordinator) developing multi-core optical fibre for 5G infrastructure — by far their largest and most commercially focused effort.
  • OMiProbe
    An early-stage project applying their fibre optic expertise to cancer diagnostics, showing unusual cross-sector versatility from telecom to medical devices.
  • MULTI-FUN
    Their only participant role, joining a larger additive manufacturing consortium — demonstrates their nanoparticle and materials expertise beyond pure fibre optics.
Cross-sector capabilities
health (bio-optical diagnostics)security (distributed fibre sensing for perimeter monitoring)manufacturing (nanoparticles and additive manufacturing)transport (fibre sensing for infrastructure monitoring)
Analysis note: With only 4 projects, the profile is reasonably clear but the evolution narrative relies on a small sample. The early projects (OMiProbe, DIFFUSE) had no keywords in the data, so the early-period characterization is based on project titles and descriptions. The strong 5G pivot is well-supported by IPT-Core's substantial funding and keyword data.