Big Science.
Innovating space and atmospheric exploration.
We design and deliver advanced technologies that push the boundaries of observation and discovery – from atmospheric insights to deep space signals. With expertise spanning radio systems, signal processing, and embedded technologies, we turn complex science into reliable, scalable solutions for global research initiatives.
Experience.
Delivering complete solutions for aerospace projects.
Expertise and experience in designing and developing HW, SW and Algorithms for radio-based systems.
Supporting global initiatives like SKA Observatory & EISCAT.
Capabilities.
Advanced signal processing
Extracting meaningful data from complex signals.
High-precision antenna & RF systems
Designing scalable and stable communication systems.
Custom FPGA & embedded systems
Enabling fast, flexible processing.
System integration & industrialization
From prototype to scalable solutions.
Big Science client and case studies.
- SKAO
- Saab
- EISCAT
- RUAG
Unveiling the Universe: Qamcom's role in the SKA Observatory.
Qamcom has been granted a new extended and expanded contract by the Square Kilometre Array Observatory (SKAO). SKAO is a global initiative to build and operate the two largest radio telescopes in the world, located in Australia and South Africa. The purpose is to transform our understanding of the Universe and benefit society through global collaboration and innovation.
Qamcom's responsibility has been extended from hardware development to systems responsibility for a complete subsystem, drawing upon the company's full capabilities, from systems engineering and electronics development to project and production management as well as verification, installation, and integration. This is the first contract awarded by the SKAO to a Swedish company, as part of the commitment of the Observatory to ensure industrial return for each member's industries.
Square Kilometre Array.
The Square Kilometre Array is an intergovernmental effort to build the world's largest radio telescope — designed to study the early universe and search for signals from alien civilisations. At its heart sits the digitizer that turns analog signals from each antenna feed into clean data, and Qamcom was selected to bring that subsystem from research to production.
Atmospheric research through a huge radar system.
EISCAT operates one of the world's most ambitious radar facilities, spanning Sweden, Norway, and Finland to observe the upper atmosphere. Measuring space weather, meteors, and orbital debris with the accuracy researchers need required a fully digital steering system for tens of thousands of antennas — and exceptional radar expertise to deliver it.
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