SciTransfer
Organization

SWEGAN AB

Swedish SME developing Gallium Nitride (GaN) semiconductor devices for 5G, power electronics, and space applications.

Technology SMEdigitalSESMENo active H2020 projects
H2020 projects
4
As coordinator
2
Total EC funding
€2.5M
Unique partners
39
What they do

Their core work

SweGaN is a Swedish semiconductor SME specializing in Gallium Nitride (GaN) technology for RF and power electronics applications. They develop GaN-based devices and amplifiers targeting 5G base stations, space communications, smart grids, and smart mobility. Based in Linköping — Sweden's semiconductor heartland — they bridge the gap between GaN material science and commercial product development, working across both RF frequency applications (millimeter-wave, Ka/E-band) and vertical power device architectures.

Core expertise

What they specialise in

GaN RF and power amplifier designprimary
4 projects

All four H2020 projects (ELeGaNS, 5G_GaN2, CoolHEMT, UltimateGaN) center on GaN device development for RF and power applications.

5G base station RF transceiversprimary
2 projects

5G_GaN2 and UltimateGaN both target 5G infrastructure with GaN-based RF components including MMIC and system-in-package designs.

GaN for space applicationssecondary
1 project

ELeGaNS (Europe-Leading GaN for Space) explored GaN technology specifically for space-grade electronics.

Vertical power GaN devicesemerging
1 project

UltimateGaN keywords reference vertical power GaN and applications in smart grid and smart mobility, signaling a move into power electronics.

Advanced semiconductor packaging (3D, SiP)secondary
2 projects

5G_GaN2 and UltimateGaN involve system-in-package and 3D packaging techniques for GaN integration.

Evolution & trajectory

How they've shifted over time

Early focus
RF GaN for telecom and space
Recent focus
Power GaN for grid and mobility

SweGaN's early H2020 work (2016–2018) focused on RF GaN — millimeter-wave MMICs, Ka/E-band radio design, base station packaging, and space-grade GaN devices. By 2019, their focus broadened significantly into power electronics: vertical power GaN architectures for smart grid and smart mobility applications appeared alongside continued 5G RF work. This shift from pure RF toward dual RF-and-power GaN positions them at the intersection of two fast-growing semiconductor markets.

SweGaN is expanding from RF-only GaN toward power electronics applications (EV, grid, industrial), making them relevant to energy and automotive sectors beyond their telecom roots.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European13 countries collaborated

SweGaN balances leadership and partnership equally — coordinating 2 projects and participating in 2 others. Their 39 unique partners across 13 countries is a notably wide network for a small SME with only 4 projects, suggesting they join large, multi-partner consortia rather than small bilateral teams. This breadth indicates they are well-connected in the European GaN research ecosystem and comfortable working as a specialized contributor within large collaborative efforts.

Despite being a small SME, SweGaN has built a remarkably broad European network — 39 unique consortium partners across 13 countries through just 4 projects. This suggests strong connections to Europe's major semiconductor research hubs and 5G development programs.

Why partner with them

What sets them apart

SweGaN occupies a rare niche as a Swedish GaN-focused SME that spans both RF and power device domains — most companies specialize in one or the other. Their Linköping base puts them next to Linköping University's world-class III-V semiconductor research, giving them access to talent and facilities that larger competitors rely on national labs for. For consortium builders, they offer deep GaN expertise with the agility of an SME and the credibility of coordinating their own EU projects.

Notable projects

Highlights from their portfolio

  • CoolHEMT
    Their largest project (€1.6M EC funding) as coordinator, focused on next-generation GaN power amplifiers — represents their core technology ambition.
  • UltimateGaN
    Addresses the full GaN value chain from devices to applications, and marks their strategic pivot into power electronics for smart grid and mobility.
  • ELeGaNS
    Their first H2020 project (SME Phase 1), targeting space-grade GaN — demonstrates early ambition to bring GaN into demanding reliability markets.
Cross-sector capabilities
space electronics and satellite communicationsenergy systems and smart grid power conversionautomotive and e-mobility power electronics5G and telecommunications infrastructure
Analysis note: Strong profile supported by 4 thematically coherent projects with clear keyword data. Some early project keywords (ELeGaNS, CoolHEMT) were empty in the dataset, so evolution analysis relies partly on project titles and the later projects' richer keyword sets. Website field was empty, limiting verification of current commercial activities.