Your PCB isn’t just a board—it’s the backbone of your signal. Let’s build it right.👏

What’s a Microvia?

Ever wondered how modern electronics keep getting smaller and faster? Microvias are one of the key secrets! What Are Microvias?

"Microvias 101: ⚡ Tiny but mighty (<0.010") ⚡ Laser-drilled conical shape ⚡ Single-layer = max reliability The secret sauce for shrinking your boards without sacrificing performance. #HardwareTech 🧵👇"

🚀 HDI PCBs are shrinking tech while SUPERCHARGING performance! The latest breakthroughs: ✔ Traces THINNER than hair (＜40µm!) ✔ Any-layer microvias → no more signal lag ✔ Components HIDDEN inside boards ✔ 5G/6G materials = insane speeds #TechInnovation #Electronics

🔍 What Makes HDI Stackups Different?

Unlike traditional PCBs, HDI designs use: ✔ Microvias (laser-drilled) for ultra-fine interconnects ✔ Thin dielectrics (often <50µm) to enable tighter trace spacing ✔ Sequential lamination for complex, high-layer-count boards ✔ Blind & buried vias to maximize routing density

📡 FR4 vs. High-Frequency Materials: Which Wins for 5G PCB Performance? Check from Signal Loss and Impedance Control: FR4 loses ~30% more power at 28GHz vs. Rogers. 🔗 Have you tested these materials? Share your results below!

The global PCB market is experiencing explosive growth due to AI server and HPC demand. By 2029, the PCB industry is projected to reach $94.66 billion, with AI servers driving demand for high-layer count and HDI boards. #HDI #Hightech #pcbdesign #manufacture