Signal Integrity Plays Increasingly Critical Role In Chip...
Chiplet design engineers have complex new considerations compared to PCB concepts.
Normalization Keeps AI Numbers In Check
It’s mostly for data scientists, but not always.
What Exactly Is Multi-Physics?
The chip industry's new buzzword comes with lots of implications and some vague definitions.
Power Budgets Optimized By Managing Glitch Power
While not a focus until now, earlier readings can be made in design to better understand the impact of glitch power.
2025: So Many Possibilities
This will be an incredible year for innovation, driven by AI and for AI, and pushing the limits of fundamental physics.
What’s The Best Way To Sell An Inference Engine?
The hardware choices for AI inference engines are chips, chiplets, and IP. Multiple considerations must be weighed.
AI Won’t Replace Subject Matter Experts
But it could help with mundane tasks, freeing up designers to focus on more intricate problems.
Is In-Memory Compute Still Alive?
It hasn’t achieved commercial success, but there is still plenty of development happening; analog IMC is getting a second chance.
Chiplet Interconnects Add Power And Signal Integrity Issues
More choices, interactions, and tiny dimensions create huge headaches.
Where Is The Software For Shift Left?
Shift left requires abstractions on which early analysis can be performed. For architectural analysis, abstractions are required for both hardware ...
AI Won’t Replace Subject Matter Experts
But it could help with mundane tasks, freeing up designers to focus on more intricate problems.
Aging, Complexity, And AI In Analog Design
Where digital and analog designs are overlapping, and why it's becoming more difficult to ensure they work as expected over their lifetimes.
Big Changes Ahead For Analog Design
In-house flows are unable to keep up with foundry PDKs and heterogeneous integration, but commercial EDA tools add their own set of challenges.
Unbundling Analog From Digital Where It Makes Sense
The shift toward heterogeneous integration and advanced packaging have changed the dynamics of mixed-signal design — and created some new issues.
Striking A Balance On Efficiency, Performance, And Cost
More efficient designs can save a lot of power, but in the past those savings have been co-opted for higher performance.
The Road To Super Chips
Challenges in achieving orders of magnitude performance improvements in processors.
Next-Gen High-Speed Communication In Data Centers
New approaches to moving more data faster and more efficiently.
Real-World Applications Of Computational Fluid Dynamics
How faster processing is revolutionizing different industries.
Making Electronics More Efficient
Challenges and future directions for disaggregating SoCs.
Challenges With Chiplets And Power Delivery
Benefits and challenges in heterogeneous integration.
