Semiconductor Industry Insights: Trends, Innovations & Market Dynamics

Read Below: Why Multi-code & Multi-User Support Demand Massive Integration Semiconductor Node Advances: Why 3 nm / 2 nm Matter Putting It All Together: A Hypothetical 6G Multi-code Encoder Block Introduction In 6G wireless systems, one of the central challenges is supporting simultaneous users (multi-user access) with extremely high per-user and aggregate data rates (e.g. hundreds of Gbps or even Tbps). The “multi-code” concept — mapping multiple parallel codewords (or multip

Read Below: 6G and terahertz RFIC design demands radical innovation, pushing beyond 100 GHz into D-band and G-band to unlock multi-GHz bandwidths essential for Tbps wireless, but imposing severe challenges in free-space loss, packaging and circuit linearity. Core building blocks like power amplifiers, mixers and phased arrays must overcome parasitics and leverage advanced techniques such as injection-locked phase rotators and glass-based AiP integration to achieve robust, eff

Read Below: RF-SOI & FD-SOI enable next-gen connectivity:  These advanced SOI technologies power high-frequency, energy-efficient...

As the world embraces the potential of 6G, technology must meet unprecedented requirements in bandwidth, latency and connectivity. 6G,...

When it comes to transportation, the future is being reshaped by a wave of groundbreaking novel technologies. From electric charging...

LoRa and LPWAN: Long-range, low-power wireless tech ideal for IoT, smart cities, and industrial automation LPWAN is a form of wireless...