Electronic System Design
We manage end-to-end requirements gathering, architecture design, and functional system development to ensure a solid foundation for your hardware.
PCB Design and Layout
Our expertise includes stack-up development, transmission line configuration, multi-layer PCB design, and high-speed layout optimization.
PCB Design Simulations
We conduct Signal Integrity (SI), Power Integrity (PI), thermal analysis, and Design for Manufacturing/Assembly (DFM/DFA) to ensure flawless production and longevity.
FPGA Design
We specialize in video format interconversion, quality enhancement, and high-performance audio/video processing using advanced DSP coprocessors.
What We Do
Stack-up and Build-up Development
We engineer optimized internal PCB structures, selecting dedicated materials to ensure structural integrity and electrical performance.
Transmission Line Configuration
Our team performs precise 3D structural modeling, calculating conductivity and impedance profiles to ensure signal stability.
Multi-Layer PCB Design
We specialize in architecting high-density, 12+ layer circuits featuring multiple conductive signal layers and dedicated power planes for complex systems.
High-Speed PCB Design
We manage the development of complex high-speed interfaces, including multi-GHz SerDes lines, LVDS, DDR2/3/4 memory architectures, USB, PCIe, and SATA.
Radio-Frequency (RF) PCB Design
We design specialized layouts with integrated wireless data exchange functionality, covering Wi-Fi, Bluetooth, GSM, and GPS protocols.
High-Density Interconnect PCBs (HDI)
We engineer PCBs with ultra-fine lines and spaces, utilizing blind, buried, uVIA, and via-in-pad technologies to support fine-pitch ICs and high-pin-count BGAs.
Flex and Rigid-Flex PCB Design
We design complex PCB structures that incorporate flexible sections as interconnectors for rigid components, ideal for space-constrained or dynamic hardware environments.
Design for Manufacturing (DFM)
Our engineers achieve optimal PCB layouts to eliminate potential manufacturing bottlenecks and ensure high yield during production.
Design for Assembly (DFA)
Utilizing proprietary, IPC-compliant PCB libraries, we minimize assembly risks such as tombstoning and ensure seamless integration during the SMT process.


























