Extensible On-Chip Interconnect Architecture and Routing Methodology for NOC

Network-On-Chip (NOC) plays an important role in improving the performance of multi-core systems. Objectives: This paper proposes an alternative architecture for Networking-On-Chip which will improvise the Routing Efficiency of Network-On-Chip. Methods/Statistical Analysis: In the presented alternative architecture, we used a routing technique which uses Agents which are designed and made as a part of routing logic. We designed Hand-shake and multi-point packet injection systems. Findings: We introduced a Global routing mechanism and Temperature parameters in the design. This design is scalable to Hetero-generous and Homogeneous networks, it is power efficient. The experimental results reduces the Area, Power and Latency, And increases the Efficiency of the system. Application/Improvements: Routing efficiency for Heterogeneous MpSOC