The data center industry is facing unprecedented challenges. With chip densities skyrocketing, high-performance computing is being pushed to its limits, all while energy costs are soaring and ...

In the relentless pursuit of semiconductor performance and efficiency, tech giants like Google are constantly pushing the boundaries of what’s possible. As they scale their designs to the cutting-edge ...

In recent years, the issue of trustworthiness in electronics has become increasingly important, especially in areas where security is of the essence such as the automotive sector, industry, and ...

With multithreaded applications, there are situations where it is unavoidable or desirable to wait for other threads. Implementing such wait instruction sequences correctly is important for both ...

The burgeoning AI market has seen innumerable startups funded on the strength of their ideas about building faster, lower-power, and/or lower-cost AI inference engines. Part of the go-to-market ...

“Waste not, want not,” says the old adage, and in general, that’s good advice to live by. But in the realm of chip design, wasting power is a fact of physics. Glitch power – power that gets expended ...

With multithreaded applications, there are situations where it is unavoidable or desirable to wait for other threads. Implementing such wait instruction sequences correctly is important for both ...

AI workloads are significantly driving innovation in the interface IP market. The exponential increase in AI model parameters, doubling approximately every 4-6 months, stands in stark contrast to the ...

For the past half-decade, countless chip designers have approached the challenges of on-device machine learning inference with the simple idea of building a “MAC accelerator” – an array of ...

Experts at The Table: The emergence of LLMs and other forms of AI has sent ripples through a number of industries, raising fears that many jobs could be on the chopping block, to be replaced by ...

A new technical paper/mini-review titled “Assessing Design Space for the Device-Circuit Codesign of Nonvolatile Memory-Based Compute-in-Memory Accelerators” was published by researchers at TSMC and ...

Ensuring the quality of silicon and organic interposers is becoming harder as the number of signals passing through them continues to grow, fueled by more chiplets, higher processing demands, and more ...