Core contributor across PLASMOfab, plaCMOS (coordinator), MASSTART, TERIPHIC, Caladan, TWILIGHT, POETICS, NEBULA — spanning plasmonic modulators, co-packaged optics, and terabit transceiver manufacturing.
MELLANOX TECHNOLOGIES LTD - MLNX
High-performance networking semiconductor company contributing silicon photonics, optical transceivers, and edge computing hardware to EU research consortia.
Their core work
Mellanox Technologies is a major semiconductor company specializing in high-speed interconnect solutions — particularly silicon photonics, plasmonic transceivers, and networking hardware for data centers and telecommunications. Within EU research, they contribute advanced chip-level photonic integration, optical transceiver design, and network infrastructure components that enable terabit-scale data transfer. Their work spans from fundamental photonic device fabrication (CMOS-compatible plasmonic modulators) to applied 5G network architectures and edge computing platforms. Following their acquisition by NVIDIA, they remain a critical supplier of high-performance networking silicon used across cloud computing, AI infrastructure, and telecom.
What they specialise in
Participated in 5G-PICTURE, 5G-PHOS, 5G-COMPLETE, BRAINE, and NEPHELE, contributing network hardware for SDN, mobile edge computing, and THz transceivers.
Active in MADEin4 (metrology for Industry 4.0), APPLAUSE (advanced packaging), InPulse and MASSTART (pilot lines), contributing manufacturing process expertise.
Participated in OPENQKD, CiViQ, and UNIQORN, providing photonic components for quantum key distribution testbeds and quantum-safe networks.
Contributed to GrapheneCore2, GrapheneCore3, and 2D-EPL pilot line, exploring graphene integration into photonic and electronic devices.
Joined PUZZLE (blockchain-based threat intelligence), ASSURED (runtime attestation), and OPENQKD (quantum-safe security), signaling growing engagement with security architectures.
How they've shifted over time
In 2015–2018, Mellanox focused heavily on foundational silicon photonics — plasmonic modulators, CMOS integration, and monolithic photonic circuit design (PLASMOfab, plaCMOS, NEPHELE). From 2019 onward, their portfolio broadened significantly into applied systems: 5G edge computing, terabit transceiver mass manufacturing, quantum-safe networking, and cybersecurity. This shift reflects a move from component-level R&D toward full-stack network infrastructure solutions where their photonic hardware meets real-world deployment challenges.
Mellanox is moving from photonic component research toward integrated network infrastructure — expect future work combining optical interconnects with edge AI, quantum networking, and secure distributed computing.
How they like to work
Mellanox operates almost exclusively as a participant (35 of 36 projects), acting as a specialist hardware contributor rather than a project leader. With 495 unique partners across 30 countries, they are a highly connected hub — the kind of partner that brings industrial-grade semiconductor capabilities to academic and research-driven consortia. Their consistent participation in large RIA and IA projects (typically 10+ partners) suggests they are a reliable, low-friction partner valued for specific technical deliverables rather than project management.
Exceptionally broad network with 495 unique consortium partners spanning 30 countries, making them one of the most connected Israeli organizations in H2020. Their partnerships are heavily concentrated in EU photonics, telecom, and semiconductor research ecosystems.
What sets them apart
Mellanox is one of the very few companies globally that combines silicon photonics fabrication capability with high-volume networking hardware production — most EU research partners are either academic photonics labs or system integrators, not both. Their industrial manufacturing capacity means they can take research prototypes toward actual product integration, which is rare in photonics consortia. As an Israeli company deeply embedded in European research (36 projects, 495 partners), they serve as a bridge between EU academic excellence and commercial-scale semiconductor production.
Highlights from their portfolio
- plaCMOSTheir only coordinated project (EUR 481K) — wafer-scale CMOS integration of photonics and plasmonics, representing their core strategic technology bet.
- TERIPHICLargest single funding (EUR 875K) focused on automated terabit transceiver fabrication — directly aligned with their commercial product roadmap.
- OPENQKDParticipation in Europe's quantum key distribution testbed signals strategic expansion beyond classical networking into quantum-safe infrastructure.