Episodes
0: Hello World
In this introductory episode, I detail my mission and goals for the podcast. Subscribe for new episodes every other Wednesday!
1: Philip Freidin
Philip Freidin joins to talk about developing a passion for electronics and computer architecture while growing up in Australia, getting started on the PDP-8, his grand plan to work on AMD bit-slice processors, and plenty more.
10: Thomas Sohmers
Thomas Sohmers joins to discuss dropping out of high school at age 17 to start a chip company, lessons from the successes and failures of past processor architectures, the history of VLIW, and the new AI hardware appliances he and his team are building at Positron AI.
11: Robert Garner
Robert Garner joins for a fascinating tour of the last 50 years of computing, told through his experiences working alongside pioneers of the industry on projects like the optical mouse, the Xerox STAR workstation, Sun Microsystems' SPARC instruction set architecture, and many more. We also discuss Robert's work preserving and restoring systems at the Computer History Museum, and his upcoming book on the technical history of Ethernet.
100: Nathanael Huffman
Nathanael Huffman joins to talk about the magic of FPGAs, the role they play in domains ranging from medical imaging to data centers, and how software development principles can be applied to logic design. We also discuss how Nathanael and the team at Oxide Computer Company built a new rack-scale computer while working remotely, and what exactly happens when it powers on and boots up.
101: Matt Godbolt
Matt Godbolt joins to talk about early microprocessors, working in the games industry, performance optimization on modern x86 CPUs, and the compute infrastructure that powers the financial trading industry. We also discuss Matt's work on bringing YouTube to early mobile phones, and the origin story of Compiler Explorer, Matt's well-known open source project and website.
110: Rick Altherr
Rick Altherr joins to talk about working on hardware performance analysis tools at Apple during the PowerPC to x86 transition, building flight control software for internet satellites at Google, discovering vulnerabilites in baseboard management controllers, and much more. We also spend an extended portion of the conversation on Rick's current work in quantum computing, including comparing and contrasting with classical computing, and examining some of the challenges of interfacing with these machines today.