Our Process
The Hardware Engineering Pipeline
Schematic & Component Sourcing
Selecting industrial-grade components (ICs, sensors, relays) with long lifecycles to avoid global chip shortage headaches. We verify availability across Mouser, Digi-Key, and LCSC before committing.
Layout & Routing
Meticulous routing for high-speed signals, antenna impedance matching for Wi-Fi/BLE, and thermal management. Every trace placement is optimized for EMI/EMC performance.
Prototyping & Testing
In-house assembly and rigorous physical testing of the first batch in our engineering lab. Power analysis, signal integrity checks, and environmental stress testing.
DFM — Design for Manufacturing
Delivering complete BOMs, Pick-and-Place files, and Gerber files ready for JLCPCB, PCBWay, or your local manufacturer. Optimized for cost-effective mass production.
Frequently asked questions
Do you design manufacturing-ready PCBs, or just prototypes?
We design for manufacturing from the start. Every board goes through a DFM review — footprint, clearance, panelization, test points, and assembly constraints — and we hand off fab-ready Gerbers, a clean BOM, and pick-and-place files your manufacturer can run without back-and-forth.
Can you design multi-layer and high-speed boards?
Yes. We handle multi-layer stackups with controlled impedance, careful power distribution, and signal-integrity review for high-speed and RF sections — including the ground plane and keep-out discipline that ESP32 Wi-Fi/BLE antennas depend on.
Do you handle antenna and wireless layout for ESP32?
Yes — antenna placement is one of the most common causes of poor wireless range, so we treat it as a first-class layout problem: ground keep-out, board-edge placement, the 50-ohm feed line, and keeping the antenna away from metal, batteries, and noisy components.
Can you design the hardware and write the firmware together?
Yes, and that is our advantage. Because one team owns both the PCB and the firmware, the hardware is laid out for how the firmware actually drives it — pin choices, bring-up order, and debug access are decided together, not handed across a vendor boundary.
What do you deliver at the end of a PCB project?
A complete manufacturing package: schematics, layout source, fab-ready Gerbers, drill files, a bill of materials with sourcing notes, pick-and-place data, and a bring-up plan — everything needed to fabricate, assemble, and validate the board.