HPC, AI, Quantum: Powering Innovation and Sustainability
ISC 2026 connects scientists, engineers, and technology leaders to explore the future of high performance computing. We will examine today’s breakthroughs in artificial intelligence, high performance computing and quantum technologies,
Next-generation AI systems are pushing electrical, optical, and packaging technologies to their limits. Join Keysight experts as they share insights on validating 224G / 448G SerDes, preparing for emerging IEEE 1.6T optical standards, advancing silicon photonics, and strengthening die-to-die interconnects
December 17, 2025 | 10:00 AM PST
Join us to discover how Keysight Design Data Management (SOS) Enterprise Collaboration, as the backbone for modern engineering enterprises, enables teams to build organizational knowledge, secure collaboration, and prepare their data for AI and agentic workflows that drive measurable
By Jason Liu, RFIC-GPT Inc.
Radio frequency integrated circuits (RFICs) have become increasingly critical in modern electronic systems, driven by the rapid growth of wireless communication technologies (5G/6G), the Internet of Things (IoT), and advanced radar systems. With the desire for lower power consumption, higher… Read More
How’s that for a clickable title? It really should be called Jensen Huang’s origin story but who is going to click on that?
As podcaster myself I can say without a doubt that this was the best podcast I have listened to all year. During my 30+ EDA and IP career Nvidia was a customer on many different occasions. I do know how… Read More
By Niranjan Sitapure
Artificial intelligence (AI) is reshaping industries worldwide. Consumer-grade AI solutions are getting significant attention in the media for their creativity, speed, and accessibility—from ChatGPT and Meta’s AI app to Gemini for image creation, Sora for video, Sona for music, and Perplexity for web… Read More
Join us to hear firsthand from the innovators at Siemens and Alphawave Semi and learn proven practices to enhance your UCIe-enabled AI system performance!
The semiconductor industry is shifting rapidly from monolithic SoC design to chiplet-based systems. At the same time, AI compute workloads have pushed into petaflop-class
I wrote earlier about how deep expertise, say for high-quality RTL design or verification, must be extracted from in-house know-how and datasets. In general, such methods start with one of many possible pre-trained models (GPT, Llama, Gemini, etc.). To this consultants or in-house teams add fine-tuning training, initially… Read More
Featured Speakers:
AI and HPC workloads push fabric speeds to deliver higher parallelism and utilization at extreme data rates. To support these higher rates, the controller architecture needs to be completely redefined resulting in the new PCIe controller
At a DAC Accellera panel this year there was some discussion on cross-company collaboration in training. The theory is that more collaboration would mean a larger training set and therefore higher accuracy in GenAI (for example in RTL generation). But semiconductor companies are very protective of their data and reports of copyrighted… Read More
