Multi-Die Design Pushes Complexity To The Max
Continued scaling using advanced packaging will require changes across the entire semiconductor ecosystem.
By Ann Mutschler, Semiengineering (April 29, 2024)
Multi-die/multi-chiplet design has thrown a wrench into the ability to manage design complexity, driving up costs per transistor, straining market windows, and sending the entire chip industry scrambling for new tools and methodologies.
For multiple decades, the entire semiconductor design ecosystem — from EDA and IP providers to foundries and equipment makers — has evolved with the assumption that more functionality can be added into chips and packages, while improving the power, performance, and area/cost equation. But as the ability to pack all of this functionality into a single die or package becomes more difficult, the complexity of developing these devices has skyrocketed.
Related Chiplet
- Direct Chiplet Interface
- HBM3e Advanced-packaging chiplet for all workloads
- UCIe AP based 8-bit 170-Gsps Chiplet Transceiver
- UCIe based 8-bit 48-Gsps Transceiver
- UCIe based 12-bit 12-Gsps Transceiver
Related News
- Synopsys and Samsung Foundry Deepen Collaboration to Accelerate Multi-Die System Design for Advanced Samsung Processes
- Synopsys and TSMC Pave the Path for Trillion-Transistor AI and Multi-Die Chip Design
- Synopsys Powers World’s Fastest UCIe-Based Multi-Die Designs with New IP Operating at 40 Gbps
- SEMIFIVE Collaborates with Synopsys to Develop Advanced Chiplet Platform for High-Performance Multi-Die Designs
Latest News
- Alphawave Semi Partners with PCISig, CXL Consortium, UCIe Consortium, Samtec and Lessengers to Showcase Advances in AI Connectivity at Supercomputing 2024
- Lightmatter and Amkor Technology Partner to Build World’s Largest 3D Photonics Package
- Lightmatter and ASE Partner to Bring 3D Photonics to Market
- Breaking Boundaries: Chiplet Interconnects, SDVs & electronica 2024
- The Evolution of Interconnects in Microelectronics Packaging