PHY-Layer Top Level System Definition with Simulation to Multi-GSPS Hardware

Specialized research and engineering across high-speed wireless architectures, neural signal processing, and low-latency hardware control.

5G/6G Mobile Communication Systems

Interference Cancellation

Wireless Sensing

Next-generation PHY-layer simulation and hardware execution for multi-gigabit cellular links, beamforming, and ultra-dense network architectures(RAN, repeaters and integrated access and backhaul).

Real-time algorithmic suppression of in-band noise, co-channel distortion, and active jamming in complex spectral environments.

Integrated RF perception models for joint communication and sensing (JCAS), Doppler mapping, and sub-millimeter target positioning.

Custom Neural Networks

Control and Automation

Tailored machine learning models optimized for bit-exact hardware deployment, enabling intelligent channel estimation and non-linear equalization.

Low-latency deterministic control loops, real-time telemetry execution, and automated calibration pipelines for specialized hardware deployments.

Specification Modeling

GPU Simulation

Verilog HDL Synthesis

Hardware Verification

From C++, MATLAB, or Python, we accelerate algorithms using dedicated GPU cluster nodes for precise system definition.

Perform bit-exact GPU simulation of complex RF channels, ensuring high-fidelity architectural validation before hardware commitment.

Author bit-exact Verilog HDL for target Xilinx and Intel FPGA devices, translating models into robust hardware bitstreams.

Validate real-time multi-GSPS hardware execution on our Teratempo platform, ensuring performance for 5G Advanced and 6G.

Specialized Engineering Domains

Our expertise spans critical areas in advanced wireless communications, control, and instrumentation systems.

GPU Accelerated Simulations

Bit-Exact Verilog HDL

Advance RAN Algorithms

Leverage dedicated GPU cluster nodes for C++, MATLAB, and Python algorithm acceleration in complex system models.

Precision Verilog implementation for Xilinx and Intel FPGA devices, ensuring reliable hardware synthesis.

Develop specialized algorithm for beamforming, interference cancellation for high-density wireless WAN/LAN and sensing environments.

Ready for Advanced PHY-Layer Design?

Connect with our architects to discuss your project specifications and requirements for your product development plan.