Table of content What are semiconductors and why do they matter? Where are we right now? What is a next-gen semiconductor? Key Technologies shaping the future Who is leading the semiconductor race? How will this affect everyday life? Challenges ahead Conclusion Frequently asked questions (FAQ) What are semiconductors and why do they matter? A semiconductor is a material, usually silicon, that controls how electricity moves. In simple terms, it can switch electrical flow on

High Bandwidth Memory plays a crucial role in today's fast-paced tech world where speed and efficiency are everything. It is so because one of the biggest challenges in computing is memory bandwidth—how quickly data can get transferred between components. With higher speed, lower power consumption and better performance, High Bandwidth Memory proves to be a revolutionary memory technology when compared with traditional DDR and GDDR. In this article we will explore about HBM,

All the VLSI engineers are aware that we are heading toward the bottleneck at the fabrication level. The three basic pillars namely Moore's law, Dennard's scaling, and Threshold reduction are reaching their minimum possible dimension. Hence CMOS technology needs to be aided by other research at both academic as well as industry level. In this blog, we are discussing the novel non-volatile memory technologies that have the potential to actually provide feasible solutions for t

VLSI enthusiasts must be aware of the fact that today in 2021, relying on the present CMOS technology is not the only solution. There is a great deal of research to dig out the next generation technology in manufacturing chips sector. Today the memory based on CMOS technologies such as SRAM (Static Random access memory) suffers from the issue of alarming high leakage current at lower technology nodes, DRAM (Dynamic Random access memory) requires a refreshing current for charg