Brush up on your AI with this short article.
Over the past decade, a few advancements have made artificial intelligence (AI) one of the most exciting technologies of our lifetime. In 2012, Geoffrey Everest Hinton demonstrated his generalized back propagation neural network algorithm in the Imagenet challenge, which revolutionized the field of computer vision. However, the math was developed years prior to 2012, and it was the available microprocessors, like the Nvidia GTX 580 Graphics Processor Units, that enabled this milestone. These processors had relatively high bandwidth to memory capabilities and were very good at matrix multiplications, reducing the AI training time of this neural network model to about one week. This combination of mathematics and processing capability has recently set in motion a new generation of technology advancements with an entire new world of possibilities related to AI. This article outlines the new era of AI design and its diverse processing, memory, and connectivity needs.
Read more here.
The industry is gaining ground in understanding how aging affects reliability, but more variables make it harder to fix.
Key pivot and innovation points in semiconductor manufacturing.
Tools become more specific for Si/SiGe stacks, 3D NAND, and bonded wafer pairs.
Thinner photoresist layers, line roughness, and stochastic defects add new problems for the angstrom generation of chips.
Commercial chiplet marketplaces are still on the distant horizon, but companies are getting an early start with more limited partnerships.
Less precision equals lower power, but standards are required to make this work.
Open-source processor cores are beginning to show up in heterogeneous SoCs and packages.
New applications require a deep understanding of the tradeoffs for different types of DRAM.
Open source by itself doesn’t guarantee security. It still comes down to the fundamentals of design.
How customization, complexity, and geopolitical tensions are upending the global status quo.
127 startups raise $2.6B; data center connectivity, quantum computing, and batteries draw big funding.
The industry is gaining ground in understanding how aging affects reliability, but more variables make it harder to fix.
Ensuring that your product contains the best RISC-V processor core is not an easy decision, and current tools are not up to the task.
Leave a Reply