What’s next for multi-die systems in 2024?
By Shekhar Kapoor, Synopsys
Fierce Electronics (November 27, 2023)
It’s hard to imagine the level of systemic scale and complexity that is required to create a world that is truly smart. Applications such as ChatGPT, something we can’t live without, require massive amounts of data to function. The dataset of 300 billion words it was trained on, 60 million daily visits, and more than 10 million queries every day as of June 2023 are just the beginning. The more sophisticated technologies such as AI and high-performance computing (HPC) become, the greater the bandwidth and compute power they depend on.
Multi-die system architectures offer the means for innovation to continue to accelerate as Moore’s law slows, across areas from generative AI to autonomous vehicles and hyperscale data centers. While we are already seeing movement in this direction and will continue to see progress in 2024, uptake is nuanced, and design currently exists in a middle ground from 2D right up to 3D (even extending to 3.5D in some cases) according to performance, power, and area (PPA) requirements — or, more specifically, performance, power, form factor, and cost.
To read the full article, click here
Related Chiplet
- Integrated voltage regulator (IVR) chiplet
- High-performance connectivity chiplets
- eFPGA Chiplet
- DPIQ Tx PICs
- IMDD Tx PICs
Related News
- Alphawave Semi Partners with PCISig, CXL Consortium, UCIe Consortium, Samtec and Lessengers to Showcase Advances in AI Connectivity at Supercomputing 2024
- IP players prominent in chiplet’s 2024 diary
- Catching Up on The Latest in Advanced Packaging at SEMICON Europa 2024
- New Memory Architectures for SoCs and Multi-Die Systems
Latest News
- proteanTecs Unveils Advanced Packaging Solutions to Improve Yield, Performance, and Reliability of Multi-Die Systems
- JCET Advances High-Aspect-Ratio TSV Technology for 2.5D and 3D Packaging
- Semiconductor Research Corporation Launches SPARC, Accelerating Industry-Driven University Research for the Next Generation of Semiconductor Innovation
- The world’s first technology 'Silicon Motherboard' Circuits are formed on both sides of the silicon substrate, reducing mounting footprint by 80%
- Avicena Ships World's First 1Tbps Evaluation Kits, Extending Its Leadership in microLED Optical Interconnects