Key Takeaways Why energy harvesting is not a “free battery” Energy sources and their design trade-offs System-level architectures for self-powered IoT Reliability and lifetime factors Commercial proof of scale Semiconductor market outlook Why Energy Harvesting Is Not a “Free Battery” It’s tempting to imagine energy harvesting as a limitless alternative to batteries, but the engineering reality is far more nuanced. Batteries store predictable energy; harvesters rely on the environment. Most...

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 multiple spatial...

The Future of Energy Efficiency Is Built on Better Semiconductors As global electrification accelerates, engineers face a dual challenge: scaling power infrastructure while reducing its environmental footprint. From renewable energy inverters to EV fast chargers, power conversion now defines the efficiency, reliability, and sustainability of the grid.The latest leap forward is driven by wide bandgap (WBG) semiconductors , silicon carbide (SiC) and gallium nitride (GaN), combined with digital...