Podcast profile
By AspenCore
A complete show description is available below.
Latest episode
16 min
Topics
Chip design, fabrication, semiconductor markets, packaging, and manufacturing ecosystems.
Processors, memory, accelerators, systems architecture, and computing hardware design.
Firmware, electronics, microcontrollers, real-time systems, and connected hardware.
Formats
Detailed technical, architectural, or research-oriented examination.
Host-led conversation where a guest supplies most of the subject matter.
Audience level
Regularly assumes specialist knowledge and discusses implementation, architecture, protocols, code, or research in depth.
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Episodes shown — 10 of 25
In this podcast, Sally talks to Amir BarNiv, VP of Strategic Marketing for Automotive Ethernet at Infineon. As AI becomes an increasingly important part of the software defined vehicle, a different architecture is needed in the car.
In this podcast, Sally discusses how AI is lowering the barriers to finding security vulnerabilities, and how hardware could be the next frontier, with Arteris’ Andreas Kuehlmann.
MIPS CEO Sameer Wasson explains why AI workloads should drive silicon design, and how MIPS, ARC and GlobalFoundries aim to lower the barriers to custom AI hardware.
On Axelera's fifth anniversary, CEO Fabrizio del Maffeo discusses funding, talent, RISC-V, edge AI and why Europe needs to think bigger.
In this podcast, Tensordyne’s Gilles Backhus explains why the company abandoned conventional arithmetic in pursuit of dramatically more efficient AI inference with the logarithmic number system.
In this podcast, Sally chats with Lightmatter CEO Nick Harris. As copper reaches its physical limits, Harris explains why photonics is moving from niche technology to AI infrastructure necessity, and why Lightmatter is expanding from optical interconnects into lasers to build the next generation of AI systems.
In this podcast, Lemurian Labs CEO Jay Dawani explains why system-level compilation, not faster chips alone, may determine the future of AI infrastructure.
What if hardware adapted itself to your code instead of forcing developers to optimize for the hardware?
Today, on Embedded Edge with Nitin, we’ll explore how advances in touch-based HMI can help optimize the form factor of smart glasses. Our guest is Viveesh Bharathan, Director of Product Marketing at Infineon Technologies.
After years of hype, RISC-V is hitting a moment of truth. In 2025 we’ve moved from experimentation to execution – we’ve seen big players make some bold acquisitions, while startups on the scene have been facing commercial realities. The question is really shifting from “What is RISC-V?”