Areas of Expertise

We provide end-to-end hardware and PCB design services, from initial architecture definition through production readiness. Our capabilities include schematic capture, component selection, power and signal integrity design, and multi-layer PCB layout with careful attention to EMC, manufacturability, and reliability. We support high-speed routing, impedance control, and design constraint management to ensure predictable performance. Prototyping, bring-up, validation testing, and system-level integration are performed methodically to deliver robust, production-grade hardware platforms.

We provide professional embedded software design and programming services across the full development stack.Our engineers are experts in low-level driver development, hardware abstraction, and bare-metal implementations, as well as RTOS-based system architecture and integration, embedded debugging and toolchain adaptation. We develop robust, maintainable firmware primarily in C, with a strong focus on performance, reliability, and resource efficiency. Our capabilities extend to middleware integration, communication stacks, and protocol implementation, along with structured business logic design tailored to product requirements. From concept to production, we deliver scalable and production-ready embedded solutions.

We offer comprehensive FPGA development services covering electrical integration, HDL design, and verification. Our expertise includes VHDL and Verilog implementation of digital logic, high-speed interfaces, and custom IP cores, with careful consideration of timing closure, resource utilization, and signal integrity. We support schematic-level integration, power architecture review, and PCB-level constraints to ensure reliable hardware operation. Development workflows include simulation, synthesis, static timing analysis, and on-target validation. From concept through production testing, we deliver robust, maintainable FPGA solutions optimized for performance and scalability.

We deliver RF PCB design services for applications up to 5 GHz, backed by over 10 years of hands-on industry experience and strong professional references. Our expertise includes controlled-impedance stackup definition, transmission line design (microstrip and stripline), impedance matching, grounding strategy, shielding, and EMI mitigation. We apply rigorous layout discipline to preserve signal integrity, minimize loss, and control parasitics in mixed-signal and RF environments. From simulation and material selection through validation and measurement, we develop reliable, production-ready RF designs aligned with industry best practices.

We deliver RF PCB design services for applications up to 5 GHz, backed by over 10 years of hands-on industry experience and strong professional references. Our expertise includes controlled-impedance stackup definition, transmission line design (microstrip and stripline), impedance matching, grounding strategy, shielding, and EMI mitigation. We apply rigorous layout discipline to preserve signal integrity, minimize loss, and control parasitics in mixed-signal and RF environments. From simulation and material selection through validation and measurement, we develop reliable, production-ready RF designs aligned with industry best practices.

We are advanced users of Autodesk Fusion ECAD, leveraging its unified ECAD–MCAD environment to ensure tight electrical and mechanical co-design. Our workflow enables accurate enclosure alignment, 3D clearance validation, and seamless PCB-to-mechanical integration, reducing iteration cycles and mitigating fit-related risks. As the original developer of the popular Electronics Extended Toolbox plugin for Autodesk Fusion, we bring in-depth platform knowledge and practical enhancements that streamline library management, automation, and design productivity.

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