Central to PIXAPP (packaging pilot line), OPHELLIA (on-chip laser assembly), and ELENA (LiNbO3 PIC platform).
VANGUARD AUTOMATION GMBH
German SME specializing in photonic integrated circuit assembly, packaging, and testing across multiple material platforms for LiDAR, telecom, and sensing.
Their core work
Vanguard Automation is a Karlsruhe-based SME specializing in photonic integrated circuit (PIC) assembly, packaging, and testing. They provide the critical manufacturing and integration steps that turn photonic chip designs into functional, reliable devices. Their work spans photonic packaging pilot lines, advanced on-chip laser systems for LiDAR, terahertz signal processing, and lithium niobate electro-optic platforms — always in the role of enabling the transition from lab-scale photonics to production-ready components.
What they specialise in
OPHELLIA focuses on erbium-doped on-chip lasers for FMCW and time-of-flight LiDAR applications.
ELENA develops a European foundry-level LiNbO3 PIC platform with electro-optic modulators and wavelength conversion.
TeraSlice applies Kerr frequency combs and photonic ADCs to THz-rate signal processing.
PIXAPP explicitly covers test, reliability, and standards for photonic packaging; ELENA includes PDK development for manufacturability.
How they've shifted over time
In their early H2020 participation (2017–2020), Vanguard focused on broad photonic packaging infrastructure — assembly, testing, standards, and training for SMEs through the PIXAPP pilot line, alongside fundamental microwave photonics research in TeraSlice. From 2021 onward, they shifted decisively toward specific photonic material platforms and applications: on-chip erbium-doped lasers for LiDAR (OPHELLIA) and lithium niobate electro-optic circuits (ELENA). The trajectory shows a company moving from general packaging services toward deep involvement in next-generation photonic material systems with clear commercial applications.
Vanguard is positioning itself at the intersection of emerging PIC materials (Al₂O₃, LiNbO₃, Si₃N₄) and high-value applications like LiDAR and telecom, signaling readiness for projects requiring production-grade photonic integration.
How they like to work
Vanguard consistently participates as a specialist partner rather than leading consortia — all four projects are in a participant role. With 39 unique partners across 11 countries, they maintain a broad European network typical of a sought-after niche specialist. Their presence in both large pilot-line consortia (PIXAPP) and focused research teams (TeraSlice, OPHELLIA) suggests they adapt well to different consortium sizes and can fill the packaging/integration gap that many photonics projects need.
Connected to 39 distinct partners across 11 European countries, indicating a well-established reputation in the photonic integration community. Their network spans both large research infrastructure projects and smaller focused research consortia.
What sets them apart
Vanguard fills a specific gap in Europe's photonics ecosystem: they are an SME that can take photonic chip designs from multiple material platforms and turn them into packaged, tested, production-ready devices. While many research groups design photonic circuits, far fewer organizations — especially SMEs — offer the assembly and packaging expertise needed to move from prototype to product. Their growing experience across Al₂O₃, LiNbO₃, and silicon nitride platforms makes them a versatile integration partner for any consortium working on next-generation photonic components.
Highlights from their portfolio
- ELENALargest funding (€587K) and strategically important as Europe's push for a sovereign lithium niobate foundry-level PIC platform.
- OPHELLIADirectly targets the fast-growing LiDAR market with on-chip erbium-doped lasers — a clear path from research to commercial automotive/sensing applications.
- PIXAPPPan-European photonic packaging pilot line — foundational project that established Vanguard's role in the EU photonics manufacturing ecosystem.