This week my esteemed guest is Ubicept CEO & Co-Founder Sebastian Bauer. Sebastian and I delve into Ubicept’s mission and discuss the inherent limitations of today’s computer vision systems. We explore Ubicept’s core strength: working with Single-Photon Avalanche Diode (SPAD) sensors, and where Sebastian sees bottlenecks are popping up as SPAD sensors become more accessible. Finally, we discuss the transition of the computer vision industry to … Read More → "Single-Photon Revolution: Ubicept’s Vision for Machine Perception"
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%"
I must admit that my head is “all over the place” today. I’m trying to juggle too many things at once, and the problem is that I can’t juggle. Well, that’s not strictly true. I can juggle 10 fine porcelain plates, but only for a very short period of time.
Speaking of porcelain (did you see what I just did there), my mum was born … Read More → "Monetizing Stranded Megawatts in AI Data Centers"
In this week’s podcast, we are investigating the challenges of designing batteries for electric aircraft with Dr. Graham Dudgeon from MathWorks. Graham has some great insights on how modeling and simulation are helping aerospace engineers tackle the thermal, electrical, and mechanical complexities of these cutting-edge power systems. Graham and I also chat about … Read More → "The Electrified Skies: Battery Design Challenges for Electric Aircraft"
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"
Hello there. Welcome to 2Q 21C. We hope you’ll enjoy your stay. (2Q 21C is the
notation I’ve invented to indicate the second quarter of the 21st century—you’re welcome.)
Over the past few years, we’ve been introduced to a cornucopia of new processor designs, many of which target artificial intelligence (AI) and machine learning (ML) applications.
Most of these … Read More → "A 4-Bit CPU for the 21st Century"
