Published Paper Details:

Very-large-scale integration (VLSI) is the process of creating an integrated circuit (IC) by combining thousands of transistors into a single chip.�VLSI�began in the 1970s when complex semiconductors and communication technologies were being developed. The rapid advances in VLSI technology have resulted in the reduction of minimum feature size to sub-quarter microns and switching time in terms of Pico seconds or even less. As a result, the degradation of high-speed digital circuits due to crosstalk. Crosstalk is a phenomenon, by which a logic transmitted in�a VLSI�circuit or a net/wire creates an undesired effect on the neighboring circuit or nets/wires, due to capacitive coupling. The reduction of crosstalk noise in the VLSI interconnect has become more important for high-speed digital circuits. In this project estimation of crosstalk noise analysis with mutually connected RLC interconnects in VLSI circuits is implemented with simulations results in CADENCE TOOLS. And also investigated the crosstalk reduction of mutually coupled RLC interconnects through shield insertion technique.