When engineering phased array antennas, aerospace telemetry, and advanced automotive collision-avoidance systems, hardware designers cannot afford signal phase shifts. For these uncompromising environments, the Rogers RT/duroid 6002 laminate is the ultimate solution....

As 5G telecommunications, aerospace telemetry, and 77GHz automotive radar systems demand increasingly aggressive circuit miniaturization, hardware engineers are forced to utilize substrates with higher Dielectric Constants (Dk). In RF engineering, the physical size of...

When RF engineers need to drastically shrink the footprint of a patch antenna, power amplifier, or cavity filter, they require a substrate with a dielectric constant (Dk) approaching 10. While brittle alumina ceramic was traditionally used for this, Rogers TMM10i...

When engineering RF front-ends, Massive MIMO antennas, and 5G base station hardware, minimizing signal loss while reducing the physical footprint is the ultimate goal. Achieving this usually forces a choice: use a high-Dk PTFE (Teflon) material and deal with its...

Rogers RO3010 is widely used in RF designs that need a high dielectric constant to reduce circuit size while keeping electrical behavior stable. It is especially relevant in compact antenna layouts, resonant microwave structures, and other high-frequency boards where...

Rogers RO3035 is used in RF and microwave designs that need stable dielectric behavior, controlled impedance, and more predictable performance than standard FR-4 can usually provide. It is a practical option for signal paths, matching networks, filters, couplers,...