Dan and Mike are joined by Michael Johnson (MJ), CTO at NetApp. MJ provides “behind the scene” insights into NetApp technology and how it has quietly revolutionized information storage and management for chip design. The key enabling technologies along with specific use cases are discussed. MJ also discusses moving… Read More
Having spent 40 years in the semiconductor industry, many years working with Arm and even publishing the definitive history book “Mobile Unleashed: The Origin and Evolution of ARM Processors in Our Devices” plus having spent more than 20 years working with China based companies, I found the recent Arm China media circus quite … Read More
The adoption of 3DIC architectures, while not new, is enjoying a surge in popularity as product developers look to their inherent advantages in performance, cost, and the ability to combine heterogeneous technologies and nodes into a single package. As designers struggle to find ways to scale with complexity and density limitations… Read More
The foundry model, multi-source IP blocks, advanced packaging technologies, cloud computing, hyper-connectivity and access to open-source software have all contributed to the incredible electronics products of recent times. Along with this, the complexity of developing and taking a chip to market has also increased. And… Read More
Introduction
At the recent Intel Architecture Day presentations, a breadth of roadmap plans were provided – an earlier article focused on the x86 client and data center cores and products. This article focuses on the GPU and IPU announcements.
Xe Graphics Core
The Intel GPU architecture for embedded, discrete, and data center… Read More
Introduction
The optimization of computing throughput, data security, power efficiency, and total cost of ownership is an effort that involves managing interdependencies between silicon and packaging technologies, architecture, and software. We often tend to focus on the technology, yet the architecture and software… Read More
Digital IC design gets a lot of attention, because all of our modern devices primarily use digital logic, but in reality whenever you have a sensor like a camera, accelerometer, gyroscope or any radio like Bluetooth, WiFi or NFC, then you’re really in the realm of analog, and that’s where mixed-signal IC design comes… Read More
We’re creatures of habit. As technologists, we want to move fast and break things, but only on our terms. Everything else should remain the same or improve with minimum disruption. No fair breaking the way we do our jobs as we plot a path to greatness. This is irrational, of course. Real progress often demands essential changes where… Read More
Everyone knows IP is an important asset for the enterprise. You spend a lot of money on IP licenses. You try to keep track of who bought what as buying the same thing twice is painful. You wonder if you have the latest version of an IP, especially if it’s part of mission-critical functionality. If you’re a good corporate citizen, you … Read More
One of the few things that remain constant in the engineering world is the desire for higher productivity. Innovation happens when engineers are designing something and creative ideas crop up when they are reviewing and analyzing the results. In between these fun steps, engineers have to deal with the necessary evil of creating… Read More
Rapidus, IBM, and the Billion-Dollar Silicon Sovereignty Bet