Hardware engineering capabilities
RF, digital, analog and embedded engineering, backed by PCB design, signal/power integrity awareness, and production-readiness thinking from day one.
RF Hardware
RF circuit design, RF PCB layout, wireless module integration, antenna placement and matching, and RF-aware grounding and shielding.
Digital Hardware
MCU-based digital systems, FPGA/CPLD where applicable, high-speed digital interfaces, and digital I/O design.
Analog & Mixed-Signal
Analog front-ends, sensor signal conditioning, mixed-signal boundaries, and noise-aware layout between analog and digital sections.
Power Electronics
Power architecture, regulation, battery management and charging, and protection circuits sized for the actual load.
Embedded Systems
STM32, ESP32, nRF and RP2040-based hardware and firmware, sensor integration, and communication protocol implementation.
FPGA / CPLD
Programmable logic brought in where an MCU alone isn't enough — timing-critical or parallel processing requirements.
PCB Design
Schematic capture through multilayer, high-speed PCB layout, with DRC and design review at every stage.
Signal & Power Integrity
Controlled impedance, return-path awareness, and power-plane design considered as part of layout, not bolted on afterward.
Testing & DFM/DFT
Functional and electrical validation, pre-compliance checks, and design-for-manufacturing and -test review before production.
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