A columnar conductor routed through an opening in the resin and shield stack enables reliable grounding and stronger module shielding.
Metal-wrapped inductor modules route power through inductor legs to cut PCB footprint and trace impedance while improving cooling and current density.
A composite substrate with metal oxide dielectric clusters keeps antenna frequency in range during stretching while preserving thermal conductivity.
Upper cavities and localized insulator support keep voids stable in flexible transmission lines, preserving impedance, flexibility, and EMI shielding.
A thinner offset center section and coplanar conductor layout let a laminated transmission line bend in tight spaces while limiting radiation.
Parallel via rows offset across the signal line widen current paths and cut resistance and parasitic capacitance in high-frequency multilayer substrates.