End-to-end hardware development for industrial IoT: from high-speed multi-layer PCB routing and custom RF antenna simulation to high-throughput cleanroom SMT mass manufacturing and locked-down firmware provisioning.

Nitrogen reflow & real-time 3D solder paste inspection
Granular support tailored to your project milestones, spanning white-label configuration through ground-up silicon, mechanical tooling, and global filings.
Multi-layer HDI layout, proprietary form-factor miniaturization, CAN-bus integration, and low-noise sensor arrays.
Production flashing with bespoke TLS root certificates, GT06/JT808 telematics emulation, and carrier APN locks.
CNC housing prototypes, hardened steel molds for injection, IP67/IP68 ultrasonic welding, and UV laser etching.
Direct FCC / CE ID transfers, UN38.3 battery drop tests, turnkey retail packaging, and export compliance handling.
Every commercial manufacturing batch passes through automated optical, structural, thermal, and RF chamber verification before logistics sign-off.

Handles micro-passives down to 0201 packages with 10-zone nitrogen reflow preventing micro-BGA solder oxidation.

Multi-angle optical inspection coupled with SPI checks fillet coplanarity, bridge detection, and voids below 8%.

48-hour continuous cycling from -40°C to +85°C at 90% humidity to eliminate early infant mortality of silicon components.

Over-The-Air TRP and TIS measurements ensure optimal radiated efficiency for LTE-M, NB-IoT, GNSS, and BLE antennas.
Submit your preliminary requirements. Our senior hardware engineering team provides an initial DFM assessment and Open-BOM guidance within 24 hours.