SLX Multi-Objective Optimization (MOPT)


Technologies such as autonomous cars and 5G communication are seeing a rapid increase in the number of processing elements (PE) per platform. Where software professionals were used to programming one, two or a handful of cores, the game has now changed. Intel’s Many Integrated Core Architecture [3] contains up to 78 cores, Nvidia Tegra XI[2] has up to 260 cores and Adapteva’s Epiphany-V[1] ... » read more

Big Shift In Multi-Core Design


Hardware and software engineers have a long history of working independently of each other, but that insular behavior is changing in emerging areas such as AI, machine learning and automotive as the emphasis shifts to the system level. As these new markets consume more semiconductor content, they are having a big impact on the overall design process. The starting point in many of these desig... » read more

Impacts Of Reliability On Power And Performance


Making sure a complex system performs as planned, and providing proper access to memories, requires a series of delicate tradeoffs that often were ignored in the past. But with performance improvements increasingly tied to architectures and microarchitectures, rather than just scaling to the next node, approaches such as determinism and different kinds of caching increasingly are becoming criti... » read more

The Perfect Risk


The development of semiconductors is an act of risk management. Very simply put, if you take on too much risk, it could lead to product failure or a missed market window, both of which can cost $M. For a company that only produces one or two products a year, that can spell total disaster. If you do not take on enough risk, you are probably not going to end up with a competitive product that ... » read more

Tech Talk: Faster Simulation


Cadence’s Adam Sherer talks about how to speed up simulation in complex multi-core designs. https://youtu.be/lDgMwU5KN7U » read more

Tech Talk: MCU Acceleration


Tony Kozaczuk, director of Solutions Architecture at Flex Logix, talks about how to add programmability, efficiency, and speed into microcontrollers. https://youtu.be/rDZFjlut_N8 » read more

Distributed Intelligence Gets Real


I write for a living, which means a lot of typing. But it can also mean a lot of talking, thanks to technology. For six years now, I’ve happily used voice-to-text apps on my smart phone. These cloud-based services have made me immensely more productive, whether it’s dictating an email or a story idea. I once dictated an entire blog post into my phone while I was driving (don’t tell an... » read more

Massive SoC Designs Open Doors To New Era In Simulation


As system-on-chip (SoC) designs have grown in size, simulation technologies have had to evolve dramatically to keep pace. We’re now at an inflection point where both speed and capacity are essential and new simulation technologies are needed to meet the demands. In this paper, we’ll discuss how simulation has evolved and examine how new technologies such as the Cadence RocketSim Parallel Si... » read more

Rethinking Computing For The AI Age


Cisco estimates that global cloud IP traffic will nearly quadruple in the next five years. Information consumption is exploding with artificial intelligence (AI) embedded into all devices and experiences surrounding us. However, we do not want that to come at a cost of our security and privacy. Talk about pressure. On you. Today, much of computing is done in the cloud for things that you are... » read more

Finding The Unexpected In High Performance Designs


It was growing dark as I drove a winding road on Mt. Hood, deep in the American northwest forest. The firs were thick, creating a lot of shadows and making it tough to see things clearly. Then out of the corner of my eye, I swear I saw a 10-foot “man” covered with brown fur. It looked a lot like a Wookie. But everyone knows Wookies aren’t real. It had to be Bigfoot! I slammed on th... » read more

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