From concept schematic to production-ready boards — we deliver precision PCB design, rapid prototyping, and custom hardware R&D that transforms ideas into reliable, manufacturable electronics.
We combine deep EDA expertise with hardware engineering to deliver boards that meet stringent quality, EMC, and manufacturability standards.
Multi-sheet hierarchical schematic capture with component selection, BOM optimization, power architecture design, and design-for-test considerations from day one.
Multi-layer PCB layout with high-speed signal integrity, controlled impedance routing, differential pairs, length matching, and thermal management for complex designs.
Fast-turn prototype fabrication and assembly coordination, design iteration support, and functional validation to accelerate time-to-market for new products.
Research and development of novel hardware architectures — sensor boards, power electronics, RF modules, motor drivers, and custom SoM/SBC designs for specific applications.
DFM (Design for Manufacturing), DFA (Design for Assembly), and DFT (Design for Test) optimization ensuring smooth transition from prototype to volume production.
Pre-compliance EMC analysis, layout-level EMI mitigation techniques, power integrity simulations, and support for CE/FCC/UL certification processes.
Rigorous DRC, ERC, and simulation-driven design reduces respins and gets your hardware right the first time.
Accelerated design cycles with parallel schematic and layout workflows — from concept to prototype in weeks, not months.
Co-located PCB and embedded teams enable seamless hardware-software co-design and faster bring-up cycles.
From single-layer prototypes to complex multi-layer production boards, our PCB engineers deliver precision hardware.