It's fantastic to see Carsten in this discussion. As a mixed signal Ph.D. student, I can affirm that his work on his UA-cam channel is truly exceptional.
Loved this interview. Thanks Matt and Carsten. I like the philosophy, the message to have fun with this, and the fact that a serious analog designer's work is now available for all of us to learn from and even try out when Carsten's SAR ADC is fabbed on TT06!
**Abstract: Transcript of Interview with Carsten, Analog IC Scientist** **Speakers** * Interviewer * Carsten - Principal IC Scientist at Nordic Semiconductor **Topics** * Carsten’s background and interest in analog circuit design * Open-source silicon and its benefits vs. challenges * Analog design tools evolution * Obstacles that hinder wider adoption of open-source silicon tools * Advice on approaching an analog design journey **Key Takeaways** * **Open-Source Benefits:** Open-source tools promote innovation, collaboration, and make the field of IC design more accessible. * **Analog Philosophy:** Analog design requires patience, comfort with uncertainty, and the ability to learn from mistakes. * **Industry Fit:** Skywater 130nm may be suitable for specific industrial applications like power management or energy harvesting. * **Learning Analog:** It's a life-long journey that requires persistence and a strong foundation in solid-state physics. * **Design Iteration:** The analog design cycle requires meticulous iteration of simulations and layouts, sometimes over many cycles. **Abstract** This interview explores the perspective of Carsten, an experienced analog IC scientist, on open-source tools and their role in the semiconductor industry. Carsten discusses the benefits of open-source, the philosophical approach to analog design, and advice for those interested in this field. The transcript highlights the growing importance of open-source silicon and the key challenges facing its wider adoption. i used gemini
How much does theory about analog circuits and all math related to is important when working with these kind of tools,especialy in future when tools will be AI driven?Sorry for long question.
As we get more reusable open source IP blocks more people will be able to use analog without knowing circuit design theory. Whether AI driven analog tools will make an impact is debatable - Carsten's point is there is no training data. IMO it will remain important for designing new blocks.
Wow, you are really great. After months of desperate search for an opportunity to do real ASIC design and have my first tapeout to put my basic knowledge into practice, I finally found you. I have just applied for the course. What is the chance for me to get accepted?
It's fantastic to see Carsten in this discussion. As a mixed signal Ph.D. student, I can affirm that his work on his UA-cam channel is truly exceptional.
This was a lovely conversation. More power to open source analog.
Loved this interview. Thanks Matt and Carsten. I like the philosophy, the message to have fun with this, and the fact that a serious analog designer's work is now available for all of us to learn from and even try out when Carsten's SAR ADC is fabbed on TT06!
Glad you enjoyed it!
good talk
Such a great vid. good to know Carsten Wulff.
NIce citation about Comfortably Numb! And appreciate the Ibanex guitar in the background! ;-)
**Abstract: Transcript of Interview with Carsten, Analog IC Scientist**
**Speakers**
* Interviewer
* Carsten - Principal IC Scientist at Nordic Semiconductor
**Topics**
* Carsten’s background and interest in analog circuit design
* Open-source silicon and its benefits vs. challenges
* Analog design tools evolution
* Obstacles that hinder wider adoption of open-source silicon tools
* Advice on approaching an analog design journey
**Key Takeaways**
* **Open-Source Benefits:** Open-source tools promote innovation, collaboration, and make the field of IC design more accessible.
* **Analog Philosophy:** Analog design requires patience, comfort with uncertainty, and the ability to learn from mistakes.
* **Industry Fit:** Skywater 130nm may be suitable for specific industrial applications like power management or energy harvesting.
* **Learning Analog:** It's a life-long journey that requires persistence and a strong foundation in solid-state physics.
* **Design Iteration:** The analog design cycle requires meticulous iteration of simulations and layouts, sometimes over many cycles.
**Abstract**
This interview explores the perspective of Carsten, an experienced analog IC scientist, on open-source tools and their role in the semiconductor industry. Carsten discusses the benefits of open-source, the philosophical approach to analog design, and advice for those interested in this field. The transcript highlights the growing importance of open-source silicon and the key challenges facing its wider adoption.
i used gemini
not a bad summary
Pink Floyd songs are a must for analog designers, comfortably numb and poles appart are one of the best ;)
How much does theory about analog circuits and all math related to is important when working with these kind of tools,especialy in future when tools will be AI driven?Sorry for long question.
As we get more reusable open source IP blocks more people will be able to use analog without knowing circuit design theory.
Whether AI driven analog tools will make an impact is debatable - Carsten's point is there is no training data.
IMO it will remain important for designing new blocks.
@@ZeroToASICcourse Thank you very much👍
Wow, you are really great. After months of desperate search for an opportunity to do real ASIC design and have my first tapeout to put my basic knowledge into practice, I finally found you.
I have just applied for the course. What is the chance for me to get accepted?
applied for a grant? I process all the grant requests once a month, so you should know at the latest in 1 month
@ZeroToASICcourse yes, thank you very much