Minimizing Design Risk: Rapid Feasibility Exploration For Multi-Die Designs


Multi-die design is revolutionizing semiconductor innovation, offering unprecedented flexibility, but also introducing complexity. What if designers could spot and solve critical issues, such as IR drop, electromigration, and thermal impact before they ever reach the design implementation stage? In this white paper, we explore how rapid, comprehensive feasibility exploration enables desi... » read more

Achieving Successful Timing, Power, And Physical Signoff For Multi-Die Designs


Multi-die designs using 2.5D and 3D technologies are increasingly important for a wide range of electronics applications, including high-performance computing (HPC), artificial intelligence (AI), automotive, and mobile. The multi-die architecture enables designers to mix dies from different foundries and technology nodes, including existing dies from previous projects. The resulting density and... » read more

Early Architecture Performance and Power Analysis of Multi-Die Designs


Despite the clear advantages of multi-die designs, there are numerous new challenges that stand in the way of multi-die design realization. This white paper focuses on those challenges that can be addressed by early architecture exploration of multi-die designs, including: -System pathfinding -Memory utilization and coherency -Power/thermal management Find out how to overcome such chall... » read more