Precision Timing Protocols
Nanosecond-level precision for sync, timestamping and detection implemented in hardware (FPGA).
Capabilities
What we do
Custom Waveforms
PHY and MAC layers engineering based on OFDM, TDMA, FDMA, FHSS, CSS and others.
Localization & Ranging
Positioning features for GNSS-denied environments based on TWR, TDoA, PDoA, AoA and Radar algorithms.
Multi-Standard SDR Integration
SDR architectures supporting tactical 4G/5G cellular, Wi-Fi (802.11), DECT and SATCOM terminals.
Long-Range Data Links
Wireless data links, including COFDM, engineered for real-time HD video, low-latency audio and telemetry.
Phased-Array Architectures
Digital beamforming, adaptive beamsteering and null steering for anti-jamming and directional tracking.
RF Sensing & Spectrum Monitoring
RF detectors and spectrum scanners optimized for threat detection, counter-UAS and industrial safety monitoring.
Engineering
What we deliver
- Architecting and developing the custom FPGA logic using VHDL or Verilog, as well as the interfacing part in software using C/C++, Python etc.
- Customizing the SDR hardware and software code: bladeRF, USRP, PlutoSDR, LibreSDR etc.
- GNU Radio based prototyping and implementations
- PCB design and manufacturing for the custom SDR and FPGA-based systems
- Assembling complete systems for prototyping and pilot deployments, including antennas, filters, amplifiers (PA/LNA), attenuators, frequency converters and power supplies.
Stack
Technologies and tools we work with
-
Zynq · Vivado
Cyclone · Quartus
RF transceivers
PolarFire
bladeRF
USRP
SDR hardware
Clock Source, Frequency Reference
Questa
PCB design
DSP prototyping
4G/5G RAN
Wi-Fi on FPGA-
VHDL · Verilog