Specialisation · Design · Manufacture · Lifecycle
DSP Engineering
Signals into decisions. We design and implement DSP pipelines — on FPGA, microcontrollers and edge silicon — for radar, audio, biosignals and RF.
Discuss a DSP project
Why Tekt
Algorithms tuned to the silicon they run on
DSP value is won in implementation: an algorithm that is elegant in simulation but blows the power budget on target hardware is a failed algorithm. Our engineers take pipelines from mathematical design through fixed-point optimisation to verified implementation on FPGA and microcontroller targets.
From bionic vision processing to passive radar systems, our DSP work runs in some of the most demanding signal environments in Australian industry.
How we deliver
Unique value, end to end
Model to metal
Reference models proven in simulation, then implemented cycle-accurate on target.
Power-budget honest
Every pipeline benchmarked for MIPS, memory and milliwatts on real hardware.
Verified against truth
Captured real-world datasets validate performance before and after deployment.
Case studies
Case studies
Real programs from this practice — the brief, the engineering approach, and where it landed.
- Case study 01 · Silentium Defence
Passive radar processing chain
Detection without transmission demands extraordinary signal discipline. We implemented clutter suppression and tracking pipelines for Silentium’s passive radar systems, proven against real captured environments.
- Case study 02 · Bionic Vision Technologies
Implant signal processing
Translating camera input into stimulation patterns in real time — we engineered the DSP chain at the heart of the bionic vision processing system under medical-grade verification.
- Case study 03 · Nura
Adaptive audio pipelines
Nura’s hearing-adaptive audio demanded psychoacoustic processing on consumer silicon. We helped mature the DSP foundations that made personalised sound a shipping product.
What we solve
Problems this practice removes
- Algorithms elegant in simulation, impossible on target
- Noise floors that bury the signal of interest
- Latency budgets blown by naive pipelines
- No ground truth to prove performance
Tools, processes & standards
Who delivers it
The team behind it
- DSP engineer — Deep signal theory with FPGA and MCU delivery
- RF systems engineer — Radar and RF chain design and measurement
- Verification engineer — Dataset curation and metric-driven proof
Capabilities
FAQ