In a lot of RF labs, there is always a small metal box that everyone borrows, and nobody wants to lose: the power divider (often called a power splitter).It does not look fancy. But when you need one signal to feed several instruments, several antennas, or several channels at once, this little box quietly decides whether your setup is clean and stable, or full of strange levels and reflections.

In RF labs and production lines, DC blocks are one of those small parts that quietly protect your most expensive hardware. In practice, they are coaxial modules that use a capacitor to block DC and very low frequency content, while allowing RF signals to pass with minimal impact.This simple function becomes essential when dealing with wideband receivers, bias networks, high-power drivers, or unfamiliar customer fixtures. A well-chosen DC block can be the difference between a clean measurement and a damaged test port.

Gwave Technology provides a practical overview of 1.0 mm solderless end-launch connectors for work at and beyond 100 GHz. This article explains why a solderless approach supports stable, repeatable performance at the board edge and how two models, 1.0-KFD1223 and 1.0-KFD1523, address different mechanical requirements while targeting the same RF outcome.

Shanghai, China - October 20, 2025 - As IME/China 2025 opens at the Shanghai World Expo Exhibition & Convention Center (SWEECC), industry attention is squarely on mmWave/THz, 5G/6G, antenna engineering, and EMC/EMI practices. Gwave Technology outlines how its product roadmap and engineering methods align with these priorities, helping teams close the gap between design intent and production reality.

The new generation of 2.92mm solder-free connectorslaunched by Gwave, which have been widely recognized by the market due to their small size, high performance, and reusability, which solves the probl...