Capabilities

Comprehensive hardware design capabilities focused on efficient and robust solutions

  • Emphasis on Design for Manufacturability (DFM) for cost-effective, scalable production

  • System-level design supporting complex functionality and future scalability

  • Expertise in high-speed, multilayer PCB layout for intricate circuitry

  • Strong focus on EMI/EMC immunity and signal integrity to ensure reliable performance in demanding environments

  • Experience with diverse peripheral interfaces:

    • SPI, I2C, CAN, USB, UART, GPIO, PWM, Ethernet, ADC, DAC

  • Integration of wireless communication technologies:

    • Wi-Fi and Bluetooth for seamless connectivity

  • Design of user-friendly electronic keypads and membrane switches to enhance usability

  • Comprehensive UL and FCC compliance testing to meet industry safety and quality standards

A person using a screwdriver to repair or work on a computer motherboard inside a disassembled device.
Close-up of a person repairing an electronic circuit board using a screwdriver on a black work surface.

Broad software and firmware development capabilities across multiple platforms and technologies

  • Mobile application development for:

    • iOS and Android, delivering smooth, intuitive, and user-friendly experiences

  • Desktop software development for:

    • Windows applications with seamless integration and high reliability

  • Strong programming foundation in C and C++ for high-performance and embedded software solutions

  • Proficiency in hardware description languages (HDL) including VHDL and Verilog, supporting FPGA and ASIC development

  • Experience with real-time operating systems (RTOS) to meet strict timing, safety, and reliability demands

  • Linux-based development for open-source, stable, and performance-optimized applications

  • Seamless hardware-software integration, enabling cohesive embedded system solutions

Colorful programming code on a dark screen, involving reading a string from EEPROM, with syntax highlighted in yellow, blue, purple, red, and pink.
Computer screen displaying lines of code in an integrated development environment (IDE). The code appears to be written in C or C++, with syntax highlighting in various colors such as orange, green, white, and blue.