As semiconductor technology advances to smaller nodes, manufacturing large, monolithic chips becomes increasingly complex and expensive, especially in high performance computing domain such as AI & server SoCs . Chiplets help manage this complexity by breaking down the design into smaller, more manageable pieces.
Chiplets allow for the reuse of existing designs and technologies, which can lower development costs. This modular approach helps companies avoid the high costs associated with designing and fabricating entirely new monolithic chips. By integrating pre-designed chiplets, companies can speed up the development process, thereby reducing time-to-market for new products
Chiplets Partitioning
AdoreSys provides consultation and design implementation to partition and divide your system into smaller, modular components to suit customer requirements, including:
- Processor Chiplet: Handles computation and processing tasks.
- Memory Chiplet: Contains RAM and cache for data storage and retrieval.
- I/O Chiplet: Manages input/output interfaces and peripheral connectivity.
- Specialized Function Chiplets: Includes components like GPUs, AI accelerators, or encryption modules for specific tasks.
D2D Interfaces
AdoreSys has extensive experience and expertise with advanced D2D interfaces such as UCIe, including both standard and advanced packaging solutions. Our team is proficient in integrating these interfaces to ensure high performance, low latency, and efficient power management. We leverage cutting-edge packaging technologies to optimize the physical design and connectivity of chiplets, providing seamless integration and superior overall system performance.
Yield Improvement
Smaller die sizes improve yield and, consequently, reduce costs.
Time to Market
Chiplets enable the reuse of proven designs, reducing development time and cost.
Modularity & Scalability
Easy scaling of performance and capabilities by adding or upgrading individual chiplets.
Custom Bridge Design
Performance is crucial when specifying chiplets, especially for the HPC market. A custom bridge create efficient data paths, reduce bottlenecks, enhance data transfer speeds, and improve power efficiency between the IO / Memory and D2D interfaces compared to generic bus protocols like AXI. AdoreSys offers:
- Custom bridge IP design
- Performance and bandwidth analysis
- Architecture and micro-architecture planning
- Functional and performance verification
