Security and Privacy Challenges Network on Chip include eavesdrop and data intercept for threat while one of countermeasures are data integrity checks. In the intricate landscape of modern integrated circuits, Network on Chip (NoC) technology has emerged as a cornerstone solution for efficient on-chip communication. However, as the digital ecosystem continues to expand, the intricate

System Integration Challenges on Network on Chip include software development, toolchain support, power management also Architectural considerations. As the complexity of integrated circuits continues to surge, system integration has become an ever more challenging and critical aspect of semiconductor design. Within this landscape, Network on Chip (NoC) technology has emerged as a promising solution for

Network on Chip (NoC) include diverse topologies, dynamic routing, virtual channels, QoS, and energy efficiency shaping modern chip communication. In the realm of integrated circuit design, the NoC has emerged as a groundbreaking paradigm, transforming the landscape of on-chip communication. As chip complexity escalates, traditional communication approaches like buses and point-to-point connections face limitations. NoC

Network on Chip Topologies and Architectures consists of mesh, torus, ring, hierarchical and architectural choices for designing efficient NoCs.. In the dynamic landscape of integrated circuit design, the Network on Chip (NoC) has emerged as a cornerstone technology, transforming the way on-chip communication is orchestrated. At the heart of NoC lies its diverse array of