Automotive
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Driving the Code: Where the Rubber Meets the Software-Defined Road

In this week’s Fish Fry podcast, we’re casting our line into one of the most transformative shifts happening in the automotive industry today: the rise of  software-defined systems!  Nitish Rao from MathWorks and I take a closer look at which vehicle functions are best handled by AI-driven systems, and which still depend on the reliability of traditional control software and how virtual ECUs and … Read More → "Driving the Code: Where the Rubber Meets the Software-Defined Road"

Three Companies, One Toolchain: The Rise of TASKING 3.0

I don’t like change. I know I’m starting to sound like an old codger, but that’s OK because I am an old codger (I know the secret handshake and I have the ceremonial undergarments T-Shirt to prove it). For example, I remember going to the Design Automation Conference (DAC) year after year throughout the 1980s. The same companies were there each time, but it … Read More → "Three Companies, One Toolchain: The Rise of TASKING 3.0"

The Curious Case of the Waning Wheeltapper

I constantly amaze myself by the vast quantities of useless nuggets of knowledge and tidbits of trivia that are rattling around in my poor old noggin. These typically resurface when I least expect them. For example, I could be discussing AI systems with someone, and—as improbable as it may sound—one of the examples they give might trigger thoughts of a man bending over tapping a railway wheel … Read More → "The Curious Case of the Waning Wheeltapper"

Bumblebees Can’t Fly, and Humans Can’t Exist (I Have Proof)

I’m feeling more than a little existential at the moment. Unfortunately, I don’t think there’s a cream for that. I was going to say, “Don’t worry, it’s not catching.” However, the more I think about what I’m about to tell you, the more I fear we might discover that it is.

The idea that bumblebees shouldn’t be able to fly … Read More → "Bumblebees Can’t Fly, and Humans Can’t Exist (I Have Proof)"

Well, Fork Me with a Dining Philosophers Problem (or The Best Way to Debug Embedded Systems)

There are many difficult-to-answer questions. For example: At what point does ‘a few’ become ‘several’ When does ‘soon’ become ‘never’? How long will this take? (How long have you got?) When will it be done? (Define ‘done’?) Is it backward compatible? (With what, exactly?) How many devices around the world are running code no one fully understands? How many engineers are currently Googling the same error message? Why are … Read More → "Well, Fork Me with a Dining Philosophers Problem (or The Best Way to Debug Embedded Systems)"

Physical AI at Foundry Scale

When conversations turn to semiconductor foundries, they typically begin with leading-edge process nodes and the race toward ever-smaller geometries. However, although nanometer bragging rights dominate headlines, something quieter—and arguably more consequential—is unfolding elsewhere in the industry.

The reason for my newfound perspective is that I was just chatting with James Prior, who is a Marketing Executive at < … Read More → "Physical AI at Foundry Scale"

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chalk talks
MR-VMU-RT1176 Vehicle Management Flight Controller — NXP and Mouser Electronics  In this episode of Chalk Talk, Iain Galloway from NXP and Amelia Dalton explore the benefits of the MR-VMU-RT1176 Vehicle Management Flight Controller. They also investigate the multitude of elements included in this solution and how NXP robotics platforms can get your next mobile robot design up and running in no time.  Click here … Read More → "MR-VMU-RT1176 Vehicle Management Flight Controller — NXP and Mouser Electronics"
Power-over-Coax (PoC): Solutions for Automotive SerDes — TDK and Mouser Electronics  In this episode of Chalk Talk, Erik Landi from TDK and Amelia Dalton delve into the world of Power over Coax (PoC) communication. They discuss the profound impact PoC has on automotive innovation, highlight the advantages TDK PoC solutions offer for new designs, and look ahead at the future trajectory of PoC technology. Click … Read More → "Power-over-Coax (PoC): Solutions for Automotive SerDes — TDK and Mouser Electronics"
High-Speed FAKRA-Mini Interconnect System — Molex and Mouser Electronics  In this episode of Chalk Talk, Kirk Ulery from Molex and Amelia Dalton explore the trends driving a need for external and internal data connections in automotive applications. They also investigate the benefits of the FAKRA Mini interconnect system and why the new locking and shielding mechanisms make this system rugged enough for the … Read More → "High-Speed FAKRA-Mini Interconnect System — Molex and Mouser Electronics"
New Infineon Microcontrollers offering PSOC™ HVMS + Vector Microsar Software – Infineon  In this episode of Chalk Talk, Marcelo Williams Silva from Infineon and Amelia Dalton explore how electrification, autonomy and connectivity are pushing a need for low power microcontroller solutions for automotive applications. They also investigate the benefits that the Infineon PSOC™ 4 HVMS MCUs bring to these kinds of designs, and how you can … Read More → "New Infineon Microcontrollers offering PSOC™ HVMS + Vector Microsar Software – Infineon"
Simplifying High Speed Interface Connections with Hirose’s AU1 — Hirose and Mouser Electronics  In this episode of Chalk Talk, Nathan Moskal from Hirose and Amelia Dalton explore the benefits of Hirose’s AU1 connector and robust automotive features included in this solution. They also investigate how connector position assurance of this solution can assist with mis-mating and the variety of applications that can take advantage of AU1 connectors..  … Read More → "Simplifying High Speed Interface Connections with Hirose’s AU1 — Hirose and Mouser Electronics"
Infineon’s HV CoolGaN™ Bi-Directional Transistors – Infineon and Mouser Electronics  In this episode of Chalk Talk, Eric Persson from Infineon and Amelia Dalton explore the benefits of bidirectional switches and the cost and performance benefits of Infineon’s CoolGaN™ bi-directional switches. They also investigate the applications where these kinds of bi-directional switches would be a good fit and where GaN bi-directional switch technology is headed … Read More → "Infineon’s HV CoolGaN™ Bi-Directional Transistors – Infineon and Mouser Electronics"