Network on Chip (NOC-X) provides an advanced framework that orchestrates efficient communication across intricate semiconductor systems. It forms the backbone of complex data transfer within a chip or between chiplets, ensuring that the system's various components interact efficiently.
The design of NOC-X prioritizes both power efficiency and high throughput, making it capable of meeting the demands of large-scale chip architectures. By embedding this technology, systems can enhance their computational ability while maintaining a balance in energy consumption, a critical factor in modern design.
Its implementation facilitates improved system scalability and reliability. This makes NOC-X an essential feature in the development of cutting-edge semiconductor solutions, capable of sustaining advancements in processing capabilities and integrating seamlessly with other interconnect technologies.
