It is a configurable, standalone, non-coherent cache IP that delivers unique business value through its advanced last-level cache (LLC) architecture, improving system performance, data locality, scalability, power efficiency, application responsiveness, cost optimization, and market competitiveness.

SoC challenges.

Current challenges in SoC designs include optimizing data sharing between compute engines and accelerators, and other data processing blocks, which demand efficient data prefetching mechanisms to reduce reliance on main memory accesses. Satisfying these requirements will ensure that performance goals are met at block and SoC levels.

Arteris solution.

CodaCache Last-Level Cache IP finds practical uses in various scenarios within computer systems. Its primary purpose is to enhance system performance by reducing memory access latency. CodaCache achieves this by storing frequently accessed data closer to the processing cores, enabling faster retrieval. It acts as a shared cache, facilitating seamless communication and synchronization between components or IPs. The CodaCache IP serves as a temporary storage and buffering mechanism for data in transit, enabling efficient data flow management. Caching frequently accessed data minimizes the need to access the slower main memory, improving overall system responsiveness. This, in turn, contributes to power efficiency by reducing memory access and associated power consumption.