Blog
Technical articles on PCB design, manufacturing, and industry best practices. Written by our engineering team.
Modern CPUs and GPUs push well past 700 W, and air cooling no longer moves that heat. Learn how cold-plate liquid cooling, copper inlay, heavy copper and therma
DO-254 governs design assurance for airborne electronic hardware, and the evidence is what makes a board certifiable. Learn the DAL levels A–E, what a DAL A boa
Designing a board for 112G or 224G SerDes is a channel problem, not a routing problem. Learn the insertion-loss budget, low-loss laminate selection, backdrill a
A PCB purchase order is the bridge between a quote and a build — and it is where most ambiguity creeps in. Learn what to put in a PO, how order confirmation pro
A BOM for PCB assembly is not a parts list — it is a manufacturing contract. Learn the required fields, the consignment vs turnkey difference and the 7 mistakes
An ECO to a PCB has ripple effects far beyond the board: re-quotes, stale parts, old stencils and a scrap pile. Here is how a disciplined revision-control and e
Designing a 77-81 GHz automotive radar PCB is a high-frequency discipline: low-loss RF laminate, tightly toleranced etching, MMIC and patch-antenna integration,
Wide-bandgap SiC and GaN switch faster than silicon, so your PCB is suddenly the bottleneck. Learn gate-drive layout, loop inductance, high dV/dt EMI, creepage
Conductive anodic filament (CAF) is a hidden PCB reliability killer that only shows up months into field use. Learn the failure mechanism, the IPC-TM-650 2.6.25
Upload your Gerber files and BOM. We'll respond within 24 hours with a detailed quote and free DFM review.