1 km
Optical link demonstrated
Pointing, acquisition and tracking owned end to end for a free-space optical system.
Matheus Ferronato
FPGA & ASIC engineer.
From RTL to
working systems.
I design digital hardware for wireless communications, data acceleration and low-power devices, with experience in high-throughput data transfer, wired and wireless networking, power-efficient architectures and space applications.
Lead Digital Design Engineer
Technology Innovation Institute
162×
Post-quantum acceleration
Led the team delivering a hardware accelerator versus a single-core software baseline.
ASIC
Backscatter silicon design
Designed digital ASIC architectures for ultra-low-power backscatter communication and protocol processing.
2 US patents
Backscatter innovation
Granted patents covering frame-check-sequence preservation for backscatter communication systems.
Core expertise
Explore all skills ↗- FPGA / ASIC
- Verilog / SystemVerilog
- VHDL
- UVM / SVA
- Vivado / Quartus
- PCIe / Ethernet
- AXI / DDR4
- Python / Tcl
Explore the engineering
All interactive labs ↗Interactive labs covering FPGA timing, digital interfaces, DSP, signal integrity, RF and measurement fundamentals. Run directly in your browser.
FPGA / ASIC
FPGA Timing Closure, STA & CDC
Explore setup and hold timing, slack, clock skew, timing closure, metastability and clock-domain crossing.
Open the FPGA timing lab ↗Signal integrity
High-Speed PCB & Signal Integrity
Explore transmission lines, reflections, differential-pair skew, crosstalk, controlled impedance and return paths.
Open the signal-integrity lab ↗DSP
FFT, FIR & IIR Signal Processing
Compare FIR and IIR filters, DFT and FFT behavior, frequency response, sampling and time-domain effects.
Open the DSP lab ↗Digital interfaces
AXI, APB & Bus Protocol Timing
Inspect transactions cycle by cycle and explore timing and handshakes across common digital bus protocols.
Open the protocol lab ↗RF engineering
Smith Charts & RF Impedance
Visualize complex impedance, reflection coefficient, matching behavior and movement across the Smith chart.
Open the RF lab ↗Measurement
Oscilloscope Sampling & Aliasing
Explore bandwidth, sample rate, Nyquist limits, aliasing, filtering and waveform reconstruction.
Open the oscilloscope lab ↗