In other words, it divides the design into modular, repeatable units called “tiles”, enabling significant scalability, power efficiency, reduced latency, and faster development without redesigning the ...

The NoC architecture is typically customized for each application or a limited range of target applications, in order to achieve optimal performance and power trade-off. Figure 1 below depicts a ...

You have spent months rigorously selecting SoC IP that reflects the desired chip functionality. However, without the on-chip interconnect fabric it is just a collection of isolated blocks. The blocks ...

This results in a more scalable and adaptable NoC architecture capable of meeting the demands of AI, ... controller SoC, where a manual NoC design required 33 hours for topology editing and ...

An in-house NoC to support multiple SoC projects requires configurability and flexibility in multiple dimensions. As a result, developing a NoC from the ground up can be as complicated and ...

In the 1990s, it was common to use a bus-based interconnect architecture. ... NoC system IP spans the entire SoC and interacts with almost every block in the design in some way.

These products streamline the SoC design process, enabling rapid development cycles and robust architecture. Ncore enables low-latency and high-bandwidth connectivity Ncore cache coherent NoC IP ...

Intel’s Meteor Lake architecture for mobile PCs will be arriving soon and to say ... As we dive deeper into the architecture, let’s start with the SOC ... The “North” NOC fabric is a ...

At the very least, the lower tiers of separate NOC and SOC operations should be converged, so that there is neither duplication nor a game of hot potato as staff try to figure out what a problem ...

Picture this: a security operations center (SOC) defending digital strongholds, a network operations center (NOC) ensuring smooth data highways, AppSec warriors fortifying code citadels, and ...