Expertly crafted RF filters designed for 5G, automotive, and aerospace applications. We combine cutting-edge technology with deep industry knowledge to deliver products that meet the highest standards of performance and reliability.
At OneFab Nordic, we specialize in Bulk Acoustic Wave (BAW) and Surface Acoustic Wave (SAW) technologies, delivering RF filter solutions that meet the stringent performance demands of modern telecommunications, defense, and aerospace systems. By combining cutting-edge design methodologies with advanced manufacturing processes, we ensure that every filter we create offers optimal performance, reliability, and efficiency.
Our services span the entire product lifecycle: from concept and design, through prototyping and testing, to full-scale manufacturing.
In addition to RF filter design, we provide comprehensive micro- and nano-fabrication capabilities, enabling the development of next-generation MEMS, microfluidic, and advanced integration & packaging technologies.
Every solution we deliver is tailored to your specific needs—whether it’s pushing the limits of high-frequency performance, achieving ultra-compact device geometries, or enabling integration into complex multi-band RF front ends.
End-to-End Services – From initial concept and simulation to prototyping, testing, and full-scale manufacturing.
RF Filter Design – High-performance, customized BAW and SAW filters across a wide frequency range.
Micro & Nano-Fabrication – Comprehensive processing capabilities enabling next-generation device development.
MEMS technologies – miniaturized systems with precision performance.
Microfluidics – advanced control of fluids at micro-scales.
Packaging & Integration – ensuring robust, scalable solutions ready for deployment.
Micro & Nano Processing
Metrology
DC & RF Characterization
We begin with comprehensive requirements gathering to understand client needs, technical specifications, and project goals. This ensures that our solutions align perfectly with expectations.
Next, we engage in detailed design and simulation of RF filters, employing advanced modeling tools. This iterative process helps optimize performance and ensures that our designs meet all specified criteria.
With the design finalized, we move to prototyping and testing. Our team fabricates initial models and conducts rigorous evaluations to assess efficacy, ensuring the designs perform as expected in real-world scenarios.
Finally, we move to production and delivery, employing stringent quality control measures. Each RF filter undergoes inspection and testing before reaching our clients, ensuring high reliability and performance.