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Want to Invest in Humanoid Robots (Or Have Your Humanoid Robots Invested In)?

As usual, I find (what I laughingly call) my mind to be well and truly boggled. When I was a young lad, AI-powered autonomous humanoid robots were the stuff of science fiction. Although I longed for them to become reality, I never really hoped to see them in my lifetime. Now, even though we’re still in the early era of humanoid robotics, these machines are already being deployed … Read More → "Want to Invest in Humanoid Robots (Or Have Your Humanoid Robots Invested In)?"

Making Materials Smart with Nanoscale Sensors

Suppose you were creating a sensor intended to measure one phenomenon we’ll call A, and you spent years ensuring that its readings weren’t affected by another phenomenon we’ll call B. Now suppose you finally achieve your goal, only for your customers to tell you, “We love your A sensor… but we’d really like one that can measure B.”

Funnily enough, this is just … Read More → "Making Materials Smart with Nanoscale Sensors"

How Optical Switches Can Cut AI Hyperscale Data Center Power by 40%

I’m about to wax eloquent on a new generation of optical switches that are poised to revolutionize the communication capacity and performance of data centers—especially the AI and hyperscale flavors (ooh, tasty—and very real, as operators like Google have already proven)—while also cutting power by 40%, but first…

The phrase “It’s a funny old world, and no mistake” is an informal, colloquial British … Read More → "How Optical Switches Can Cut AI Hyperscale Data Center Power by 40%"

Efficient Computer’s Efficient Computer is 100X More Energy Efficient than Other General-Purpose Processors

I remember the heady days of the 1970s, when new and exciting 8-bit processor architectures were sprouting like metaphorical mushrooms. I’m sure that, like me, you are thinking of little beauties like the 8008 (1972), 8080 (1974), and 8085 (1976) from Intel, the 6800 (1974) from Motorola, the 6502 (1975) from MOS Technology, and the Z80 (1976) from Zilog.

However, there were many other contenders that deserve mention, such as the 8-bit PPS-8 (1974) from Rockwell International, which … Read More → "Efficient Computer’s Efficient Computer is 100X More Energy Efficient than Other General-Purpose Processors"

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Jan 20, 2026
Long foretold by science-fiction writers, surveillance-driven technologies now decide not just what we see'”but what we pay....
chalk talks
Drone Applications & Technologies — onsemi and Mouser Electronics  In this episode of Chalk Talk, Bob Card from onsemi and Amelia Dalton explore the wide breadth of robotic and drone solutions offered by onsemi. They also investigate the role that current sense amplifiers, image sensors and inductive encoders play in these types of designs and how you can utilize onsemi solutions for your … Read More → "Drone Applications & Technologies — onsemi and Mouser Electronics"
Bluetooth Channel Sounding – Nordic Semiconductor and Mouser ElectronicsIn this episode of Chalk Talk, Joel Kauppo from Nordic Semiconductor and Amelia Dalton explore the principles behind Bluetooth channel sounding, the differences between different channel sounding device types, and how Nordic Semiconductor’s high-performance, ultra-low-power Bluetooth SoC with integrated multi-purpose MCU and nRF Connect SDK v3.0.1 can get your next Bluetooth channel sounding design up … Read More → "Bluetooth Channel Sounding – Nordic Semiconductor and Mouser Electronics"
Unlocking Cost-Effective and Low-Power Edge AI Solutions — STMicroelectronics and Mouser Electronics  In this episode of Chalk Talk, Miguel Castro from STMicroelectronics and Amelia Dalton explore how you can jump-start the evaluation, prototyping, and design your next edge AI application.  They also investigate the details of the cost-effective and lower power edge AI solutions from STMicroelectronics and how the tools, the ecosystem, and STMicroelectronics MCUs are … Read More → "Unlocking Cost-Effective and Low-Power Edge AI Solutions — STMicroelectronics and Mouser Electronics"
eUSB2 Redriver (Non-Retiming Repeater) — NXP and Mouser Electronics  In this episode of Chalk Talk, Dong Nguyen from NXP and Amelia Dalton explore the features of NXP’s PTN3222 eUSB Redriver. They investigate how it overcomes signal integrity challenges and why it’s the ideal solution for ensuring seamless compatibility between your cutting-edge silicon and the world of standard USB 2.0. Click here for more … Read More → "eUSB2 Redriver (Non-Retiming Repeater) — NXP and Mouser Electronics"
Power for Precision Applications — Analog Devices and Mouser Electronics  In this episode of Chalk Talk, Frederik Dostal from Analog Devices and Amelia Dalton chat about the what, where, and how of power management for precision applications. They also explore the power requirements for these kinds of applications and the benefits of Analog Devices silent switcher solutions.  Click here for more information about Analog … Read More → "Power for Precision Applications — Analog Devices and Mouser Electronics"
AI/ML at the Edge with PSOC™ Edge MCUs – Infineon and Mouser ElectronicsIn this episode of Chalk Talk, Omar Cruz from Infineon and Amelia Dalton explore the advantages of Infineon’s PSOC™ edge next generation MCU based Edge Device Platform and how this platform can enable the new generation of responsive ML Edge devices. Click here for more information about Infineon Technologies PSOC™ Edge Machine Learning MCUs