SciTransfer
Organization

DSP VALLEY VZW

Belgian electronics cluster and Digital Innovation Hub connecting SMEs with smart systems, nanoelectronics, and wearable technology solutions across Europe.

NGO / AssociationdigitalBESMENo active H2020 projects
H2020 projects
7
As coordinator
0
Total EC funding
€942K
Unique partners
76
What they do

Their core work

DSP Valley is a Belgian technology cluster and Digital Innovation Hub based in Leuven that bridges the gap between emerging electronics technologies and SME adoption. They specialize in helping small and medium enterprises access advanced technologies — from smart sensors and wearable electronics to nanoelectronics — by connecting them with research infrastructure, innovation ecosystems, and cross-sector expertise. Their core work involves ecosystem building, technology showcasing, and accelerating the transfer of lab-ready electronics solutions into industrial and commercial applications.

Core expertise

What they specialise in

Digital Innovation Hub services for electronicsprimary
3 projects

SmartEEs2, inSSIght, and IoT4Industry all center on DIH activities — connecting SMEs with smart systems, IoT, and emerging electronics solutions.

Smart systems integration and IoT for manufacturingprimary
3 projects

inSSIght focused explicitly on smart systems integration strategy, IoT4Industry on IoT for manufacturing SMEs, and S3FOOD on smart sensors in food processing.

Nanoelectronics and advanced semiconductor accesssecondary
2 projects

ASCENTPlus provides access to nanoelectronics infrastructure (beyond CMOS, 2D materials, quantum dots), and CLUSTERNANOROAD addressed NMBP cross-cluster innovation.

Flexible and wearable electronicsemerging
2 projects

SmartEEs2 targets structural and flexible electronics adoption, while smartX accelerates smart textile entrepreneurship.

Food technology and smart sensorssecondary
1 project

S3FOOD applies smart sensor systems to food safety, quality control, and resource efficiency in food processing.

Evolution & trajectory

How they've shifted over time

Early focus
Ecosystem and strategy building
Recent focus
Applied electronics and nanotech transfer

DSP Valley's early H2020 work (2016-2018) focused on ecosystem building and strategy development — establishing visibility, involving users and procurers, and showcasing smart systems integration opportunities. From 2019 onward, their focus shifted decisively toward concrete technology domains: nanoelectronics, flexible and wearable electronics, food technology sensors, and smart textiles. This evolution reflects a maturation from general innovation support toward sector-specific technology transfer in electronics and advanced materials.

DSP Valley is moving from broad innovation support toward becoming a specialized intermediary for emerging electronics — particularly flexible, wearable, and nano-scale technologies applied to industry verticals like food and manufacturing.

Collaboration profile

How they like to work

Role: active_partnerReach: European16 countries collaborated

DSP Valley consistently operates as a participant, never as a coordinator, across all seven H2020 projects. With 76 unique partners across 16 countries, they function as a well-connected network node rather than a project leader — bringing ecosystem access, SME engagement channels, and technology dissemination capacity to consortia. Their value lies in connecting research outputs with industrial end-users, making them an ideal partner for projects needing a technology adoption and market-facing component.

DSP Valley has built a broad European network of 76 unique consortium partners spanning 16 countries, giving them strong pan-European reach from their Leuven base. Their partnerships span research infrastructure providers, nanoelectronics labs, manufacturing SMEs, and food technology firms.

Why partner with them

What sets them apart

DSP Valley occupies a distinctive position as a technology cluster that operates across the full electronics value chain — from nanofabrication research access (ASCENTPlus) to consumer-facing smart textiles (smartX). Unlike pure research organizations, they focus on the adoption gap: getting proven electronics technologies into the hands of SMEs who can commercialize them. Their Leuven base places them at the heart of Europe's semiconductor and electronics ecosystem, adjacent to imec and KU Leuven.

Notable projects

Highlights from their portfolio

  • ASCENTPlus
    Provides access to Europe's top nanoelectronics research infrastructure, covering beyond-CMOS, quantum dots, and 2D materials — a rare access-enabling role.
  • smartX
    Largest single EC contribution (EUR 286,438), bridging smart textiles with cross-regional entrepreneurship acceleration.
  • S3FOOD
    Demonstrates DSP Valley's ability to apply electronics expertise to an entirely different sector — food safety and quality control via smart sensors.
Cross-sector capabilities
Food safety and quality monitoring via smart sensorsManufacturing process optimization through IoTAdvanced materials and nanotechnology infrastructure accessWearable and smart textile applications
Analysis note: Profile is based on 7 projects which provides a reasonable but not comprehensive picture. Several projects (CLUSTERNANOROAD, IoT4Industry, smartX) lack keyword data, so expertise mapping relies partly on project titles and descriptions. DSP Valley's role as an intermediary/cluster organization means their technical depth is harder to assess than a research lab — their value is in ecosystem connectivity rather than specific R&D output.