Telecom.
Connecting the future with smarter wireless solution.
We drive innovation across wireless connectivity – from 6G and IoT to mission-critical communications. With deep expertise in RF design, network optimization, and system integration, we help build the reliable, high-performance networks that keep the world connected.
Experience.
Decades of expertise across wireless connectivity, network optimization, and telecom systems.
Deep knowledge in 5G and 6G, mesh networks, V2V, M2M, IoT, LoRaWan, microwaves, and antenna design.
Trusted by and actively collaborating with leading global telecom and infrastructure companies.
Capabilities.
Wireless & RF design
Cutting-edge solutions for connectivity and radio technology.
IoT & smart infrastructure
Seamless connectivity for industries, cities, and transportation.
Network optimization
Advanced algorithms for latency reduction and efficiency.
System integration & certification
End-to-end support from design to industrialization.
Telecom client and case studies.
- Ericsson
- Vivint
- Aviat
- Tromsø County
Mobile backhaul.
Fast and reliable internet should not be a privilege of geography, but in many rural areas it still is. A global telecom leader set out to change that with a wireless mobile backhaul product capable of fiber-like capacity — and turned to Qamcom for end-to-end development responsibility.
Evolving smart homes in the US with gigabit speed.
The US urban broadband market is dominated by regional players with little real competition. Breaking in required a rooftop product built on the license-free 60 GHz spectrum — and a network architecture that could keep operational cost low at scale.
Achieving next-gen performance on an existing platform.
In High Frequency Trading, every microsecond counts. Aviat Networks needed to push their existing FPGA-based microwave platform past what was thought possible — and do it through a software upgrade alone, without changing the installed hardware that customers had deployed worldwide.
Telecom research cases.
Smart routing for smarter wireless networks
As wireless networks shift to higher frequencies and denser topologies, routing data efficiently through the mesh becomes a real performance bottleneck. In this paper, Qamcom researcher Siddhartha Kumar introduces a tree-search algorithm that finds optimal paths through interference-prone networks — delivering 3 to 20 dB signal-quality gains over existing methods.
5G SimWave
5GSimWave is an open-source waveform simulator originally developed to investigate which waveforms would be suitable for 5G applications at millimetre-wave frequencies. It examines how candidate waveforms hold up against analog impairments like phase noise and non-linearities — and is released under GPL so others can build on it.
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