Industry Guides

Telecommunications PCB manufacturing depends on controlling signal paths, material behaviour, via geometry, assembly variation and test coverage as one connected

IoT PCB design has to balance wireless performance, power delivery, sensor integrity, manufacturability and component availability on the same circuit

Automotive PCB manufacturing requires the bare board, component sourcing, assembly process, inspection plan and test strategy to be treated as

Power electronics PCB design starts with current paths, switching loops, heat flow and electrical isolation, then turns those requirements into

Life-safety and fire alarm PCB manufacturing puts manufacturing discipline, repeatability and traceability ahead of unnecessary board density. RLX Solutions, a

Drone and unmanned aerial vehicle (UAV) PCB design has to balance mass, board area, power delivery, radio-frequency performance, thermal load

Aerospace PCB manufacturing demands control over fabrication, assembly, inspection, testing and traceability because a design decision at the bare-board stage

Consumer electronics PCB manufacturing turns electrical design intent into repeatable bare boards and assembled products at the required volume. RLX

Medical electronics PCB manufacturing requires more than placing components on a circuit board. Design decisions affect fabrication, soldering, inspection, test

Industrial PCB manufacturing works best when design, bare-board fabrication, component sourcing, assembly and test are treated as one production system