Xilinx Dresden GMBH

Their core work

Xilinx Dresden is the German R&D arm of Xilinx (now part of AMD), specializing in FPGA-based hardware platforms for telecommunications infrastructure. In H2020, they contributed programmable hardware solutions for 5G network architectures — specifically for backhaul/fronthaul systems and disaggregated network infrastructure. Their work sits at the intersection of reconfigurable computing and next-generation wireless communications, providing the programmable silicon that makes flexible 5G network deployments possible.

What they specialise in

How they've shifted over time

With only three projects spanning 2015–2020, the evolution is modest but shows a clear direction. The earliest project (SmartRay, 2015) was a small feasibility study on radio technology for the Tactile Internet, suggesting initial exploration of 5G concepts. By 2017, they had moved into large-scale collaborative projects (5G-XHaul, 5G-PICTURE) focused on programmable, disaggregated 5G infrastructure — indicating a shift from concept exploration to concrete platform development for 5G deployments.

Moving toward programmable, software-defined 5G infrastructure hardware — relevant for anyone building flexible next-generation network deployments.

How they like to work

Xilinx Dresden primarily operates as a technology partner in larger consortia rather than leading them. Their single coordinator role was a small SME Phase 1 feasibility study (€50K), while their participant roles were in substantial multi-partner RIA projects (€912K and €468K contributions). With 22 unique partners across 8 countries from just 3 projects, they connect broadly within the European 5G research ecosystem rather than working with a tight, recurring set of collaborators.

Despite only 3 projects, they built connections with 22 partners across 8 countries, reflecting the large consortium sizes typical of 5G infrastructure projects. Their network is concentrated in the European 5G R&D community.

What sets them apart

As an FPGA manufacturer with a dedicated Dresden R&D center, Xilinx brought actual programmable hardware platforms to 5G research consortia — not just software or simulations. This makes them a rare hardware-side contributor in projects often dominated by telecom operators, universities, and software firms. For consortium builders, they offer direct access to reconfigurable computing silicon tailored for telecom workloads.

Highlights from their portfolio

• 5G-XHaul
  Largest funding (€912K) and focused on the critical backhaul/fronthaul challenge in 5G small-cell deployments with optical-wireless convergence.
• 5G-PICTURE
  Addressed disaggregated and programmable 5G infrastructure — a forward-looking architecture concept now central to Open RAN deployments.
• SmartRay
  Their only coordinator role — an SME Phase 1 study on Tactile Internet radio, showing independent innovation ambition beyond partner contributions.