We don't chase trends; we solve real-world physics. At Aerowave System, our values are etched into our silicon, delivering the technical integrity that modern defense demands.
At Aerowave System, we don't just deliver hardware; we build operational confidence. From millimeter-wave RF modules to advanced FPGA-based signal processing, we provide the technical depth and rapid manufacturing cycles required to counter evolving global threats.
We believe that a truly reliable product is the ultimate reflection of a company's values. Our engineering philosophy is simple: we don't just meet specifications—we build for the uncompromising reality of the field. Every sub-system we deliver is designed to withstand the harshest environments, ensuring mission success when it matters most.
Our business model is built on a "Product-First" architecture. We invest more in R&D and dedicated lifecycle support rather than aggressive sales and marketing. While this approach may seem traditional, in today's fast-paced defense market, we believe it is a rare and essential commitment to our partners.
When you choose Aerowave, you aren't just buying a product; you are gaining a long-term engineering partner dedicated to the integrity of your platform.
"A long-term engineering partner dedicated to the integrity of your platform."
We invest in R&D and lifecycle support — not aggressive sales. This is a rare commitment in today's market, and it is the foundation of every partnership we form.
Multi-layer, high-density PCB design with full Signal Integrity and Power Integrity analysis. From schematic to production-ready Gerbers — EMI/EMC compliant, thermally optimised, and qualified for rugged defense environments.
Direct RF sampling architectures, custom RF conditioning units, power amplifiers, and precision filter design. We push the boundaries of wideband RF — from sub-GHz to mmWave — in compact, ruggedized form factors.
From mathematical model to FPGA-ready IP core — pulse compression, beamforming, CFAR detection, and real-time spectral analysis. We bridge the gap between theoretical design and deployable silicon implementations.
Full BSP development, bare-metal drivers, RTOS integration (VxWorks / FreeRTOS), and hardened Embedded Linux — tailored for low-latency interrupt handling and tight hardware-software co-design across our product range.