How We Inspect and Functionally Test Telecom PCBAs
We inspect and test telecom PCBAs with coverage built around high-speed interfaces, power rails, processors, memories, RF sections, connectors, programmed devi…
Engineering Blog
What We Check Before Releasing an RF PCB for Fabrication
We review RF PCB designs against the material, stack-up, copper, geometry, vias, launches, finish and mechanical conditions that will be used in production. Ou…
How We Control Backdrill and Via Stubs in High-Speed PCBs
We manufacture backdrilled PCBs from the final approved stack-up, explicit drill pairs and a measurable remaining-stub requirement. Our engineers convert the c…
How to Select a Low-Loss PCB Material for Production
Select a low-loss PCB material from the required frequency, channel length, insertion-loss budget, impedance structure and manufacturing conditions—not from th…
How We Take a Controlled-Impedance PCB From Target to Test Coupon
We turn your impedance requirement into a controlled production structure and measurable coupon. Our engineers link the target to a specific signal layer, refe…
How We Move High-Speed PCB Designs Into Controlled Production
We manufacture high-speed PCBs from one approved electrical and physical construction. Our engineers connect stack-up, material, copper, impedance geometry, re…
Inspection and Test Evidence We Provide for BMS PCBAs
We inspect and test BMS and new-energy PCBAs with coverage designed around cell sensing, current measurement, isolation, communication, balancing, power contro…
When Should You Use a Metal-Core PCB?
A metal-core PCB is useful when the design needs a short, controlled heat path from heat-generating components through the circuit layer and dielectric into a…
How We Manufacture Heavy Copper PCBs for Power and Thermal Requirements
We manufacture heavy copper PCBs from layer-specific copper definitions, buildable trace and spacing rules, controlled plated structures and an assembly route…
How We Control PCB Creepage and Clearance in Manufacturing
We manufacture high-voltage PCBs from the creepage, clearance and insulation geometry approved by the customer. Our engineers review copper, pads, holes, slots…
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