Leading the RISC-V Revolution, SiFive Aims to Take the Computing Industry Throne

Leading the RISC-V Revolution, SiFive Aims to Take the Computing Industry Throne

Author: All About Circuits February 27, 2024 Duration: 1:02:36

During his fascinating career, Jack Kang has had the opportunity to work on iconic, massively successful products like the Microsoft Xbox Kinect and Nintendo Switch. Today, as one of the founding members of SiFive, Kang works alongside several of the creators of the RISC-V ISA to bring new products to market. 

SiFive is developing products based on the open RISC-V standard to deliver high-performance, low-power density processors for applications from wearables to data centers, edge computing, and aerospace.

The highlights of this conversation between Kang and our Moore's Lobby host, Daniel Bogdanoff, include:

-His big career break 

-The transition from huge companies to a startup

-Open-source versus open-standard

-The security system that SiFive donated to the RISC-V community

 


In the world of electronics, the real story is often found in the people who design, innovate, and push the boundaries of what's possible. Moore's Lobby: Where engineers talk all about circuits is a monthly podcast that goes beyond datasheets and schematics to explore the human element driving technological progress. Host Daniel Bogdanoff sits down with a diverse range of guests-from hands-on engineers and visionary technologists to the executives steering major organizations-for conversations that are as much about personal journey as technical achievement. Each episode delves into the practical engineering and the broader industry trends shaping our future, but always through the lens of the individual's experience. You'll hear firsthand accounts of breakthrough moments, the challenges of bringing complex ideas to life, and the philosophies that guide leaders in this demanding field. This podcast from All About Circuits connects a global community of professionals who share a deep curiosity for how things work and who makes them work. It’s a space for nuanced discussion that aims to inform, inspire, and provide genuine insight into the circuit-driven world we inhabit. The dialogue here is for those who appreciate the substance behind the innovation, offering a blend of technical depth and narrative that you can naturally integrate into your own perspective.
Author: Language: English Episodes: 50

Moore's Lobby: Where engineers talk all about circuits
Podcast Episodes
Freeing EEs to Design Like Tony Stark [not-audio_url] [/not-audio_url]

Duration: 55:06
While leading the system design of new head-word displays for fighter pilots, Tomide Adesanmi was most excited when he got a chance to innovate. However, like most electronics design engineers, he found that the majority…
Cooperation and Competition Behind the Scenes in the RISC-V Community [not-audio_url] [/not-audio_url]

Duration: 51:23
Over the course of his fascinating career, Mark Himelstein has worked on several significant computing technologies at historic companies like MIPS and Sun Microsystems. He has also worked as a consultant in various role…
Pragmatic Semi is Breaking the Rules and Bending Silicon Electronics [not-audio_url] [/not-audio_url]

Duration: 57:58
While Moore's Law scaling has driven incredible advancements in computing, AI, and smartphones, many applications don't need or benefit from the most advanced semiconductor nodes. From its inception, Pragmatic Semiconduc…
Quantum Computing: Sci-Fi Technology Requires Real-World Engineering [not-audio_url] [/not-audio_url]

Duration: 55:52
A decade after demonstrating the first entanglement of semiconducting spin quantum bits, or qubits, Oliver Dial and IBM Quantum are developing the ICs, cryogenic systems, error mitigation techniques, and software tools t…
Marveling at MEMS: The New Superheroes of The Silicon World [not-audio_url] [/not-audio_url]

Duration: 49:27
Silicon transistors naturally get most of the attention. However, delicate silicon microelectromechanical systems (MEMS) with movements that are often measured in angstroms are making some noise of their own (metaphorica…