NAMLAB GGMBH

Their core work

NaMLab is a Dresden-based research center specializing in advanced semiconductor materials and devices, with deep expertise in gallium nitride (GaN) power electronics and ferroelectric memory technologies. They develop next-generation materials for energy-efficient computing — particularly ferroelectric hafnium oxide (HfO2/HZO) for non-volatile memory and neuromorphic processors. Their work spans from fundamental materials research through pilot-line manufacturing, bridging the gap between laboratory discoveries and industrial semiconductor production. They are a key player in Europe's effort to build sovereign capacity in power semiconductors and brain-inspired computing hardware.

What they specialise in

How they've shifted over time

NaMLab's early H2020 work (2015–2018) focused squarely on GaN power semiconductors — pilot lines, substrates, and compact power applications. From 2018 onward, a clear pivot emerges toward ferroelectric memory materials and neuromorphic computing, with three consecutive projects on ferroelectric HfO2 devices for energy-efficient memory and brain-inspired processors. The GaN thread continued in parallel (UltimateGaN, 2019), but ferroelectric neuromorphic hardware has become the dominant and growing focus.

NaMLab is moving decisively toward hardware for AI and neuromorphic computing, making them a strong partner for anyone working on energy-efficient AI chips or brain-inspired processors in Europe.

How they like to work

NaMLab primarily joins consortia as a specialist partner (4 of 5 projects), contributing deep materials and device expertise rather than leading large programs. They coordinated one project (BeFerroSynaptic) in their strongest emerging area — neuromorphic hardware — suggesting they lead when the topic aligns precisely with their core research. With 70 unique partners across 14 countries, they maintain a broad European network, positioning them as a well-connected but focused technical contributor.

NaMLab has collaborated with 70 distinct partners across 14 countries, indicating a well-established European network in the semiconductor and microelectronics research community. Their Dresden location places them within one of Europe's strongest semiconductor clusters (Silicon Saxony).

What sets them apart

NaMLab sits at a rare intersection: they combine deep materials science expertise in ferroelectric HfO2 with practical semiconductor pilot-line experience in GaN. This dual competence — advanced memory materials plus power electronics manufacturing knowledge — is uncommon for a focused research center. For consortium builders, they offer a partner that can take a new material concept from lab characterization through to integration in a realistic manufacturing flow, all within Europe's Silicon Saxony ecosystem.

Highlights from their portfolio

• BeFerroSynaptic
  NaMLab's only coordinated project, focused on ferroelectric synaptic devices for neuromorphic processors — signals their flagship research direction.
• FVLLMONTI
  Their largest single grant (EUR 864K), working on ferroelectric 3D integrated circuits for neural network hardware — represents the most ambitious scale of their recent work.
• UltimateGaN
  Addresses the full GaN value chain from vertical power devices to 5G RF applications, connecting NaMLab to strategic European semiconductor sovereignty efforts.