Chip patterning technology extending semiconductor manufacturing capabilities
Lace Lithography is a 2023-founded semiconductor equipment startup building breakthrough chip patterning systems from Bergen, Norway. The tech stack—CAD tools (Fusion 360, Creo, SolidWorks), GPU compute (CUDA, MPI), and hybrid cloud orchestration (Kubernetes, Slurm, Terraform)—reveals a hardware-software integration company tackling physics-heavy simulation and control. Active work on plasma discharge systems, GPU-accelerated optimization, and distributed workflows indicates early-stage R&D infrastructure still under construction; pain points around project delivery timelines and hybrid-cloud scaling suggest the organization is scaling engineering rigor faster than tooling.
Lace Lithography develops chip patterning technology aimed at extending semiconductor production capabilities beyond current limits. The company operates from two offices: Bergen, Norway (engineering and R&D) and Barcelona, Spain (supporting manufacturing and integration work). With 11–50 employees and 8 engineering roles actively open, the organization is primarily an R&D-driven engineering team. Core work centers on plasma discharge systems, nonlinear optimization engines, and instrumentation platforms—typical of early-stage process-equipment ventures bridging physics simulation with manufacturing hardware.
CAD (Fusion 360, PTC Creo, SolidWorks), HPC/compute (CUDA, MPI, Julia, C++), cloud orchestration (AWS EKS, Azure Kubernetes Service, Slurm, Terraform), and systems tools (Ansible, Jamf).
Proof-of-concept plasma systems, plasma diagnostics, GPU-accelerated optimization engines, hybrid cloud infrastructure, and internal instrumentation platforms (LIP) for hardware-software integration.
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