Challenges With Chiplets And Power Delivery
Chiplets hold the potential to deliver the same power, performance, and area benefits as an SoC, but with many more features and options that are possible on a reticle-constrained die. If chiplets live up to the hype, they will deliver what is essentially mass customization, democratizing and speeding the delivery of complex chips across a broad array of markets. Today, the focus has been on die-to-die interfaces, but there is much more work ahead. Andy Heinig, head of efficient electronics in Fraunhofer IIS’ Engineering of Adaptive Systems Division, talks with Semiconductor Engineering about power delivery and thermal dissipation in chiplets, where these limited-function devices are likely to show up first, and why issues like uneven aging, stress, and warpage will create new challenges for design engineers.
Related Videos
- IBM Research: Benefits and challenges of Chiplets
- Getting Moore with Less: How Chiplets and Open Interconnect Accelerate Cloud-Optimized AI Silicon
- Rapid Innovation with Chiplets and FPGAs
- Live with Cadence talking AI, Chiplets, Virtual Prototyping and more at Embedded World 2024
Latest Videos
- Accelerating AI Innovation with Arm Total Design: A Case Study
- The Rise of The Hublet™ & FPGA Chiplets
- From Internal Designs to Open Chiplet Economy: Discussion on How to Create Open, Democratized Access to Chiplet Technology
- “Dating” and “Marrying”: An AI Chiplet’s Perspective
- Impact of Chiplets, Heterogeneous Integration and Modularity on AI and HPC systems