AI

May 21. 25
Understanding Brain Health through Brain-Computer Interface (BCI) Technology Understanding Brain Health through Brain
May 21. 25
Understanding Brain Health through Brain-Computer Interface (BCI) Technology

The human brain is incredibly complex, with an estimated 86 billion neurons forming over 100 trillion connections, according to Harvard Medical...

Charlene Wan

Oct 15. 25
AI Personal Health Coaches – Counting Steps Is Only the Start  AI Powered Personal Health Coaches – Counting Steps Is Only the Beginning Woman with watch 1
Oct 15. 25
AI Personal Health Coaches – Counting Steps Is Only the Start 

Image by Freepik Not that long ago in human history, the idea of counting steps was mainly used for very rough estimates of distance or perhaps...

Nov 05. 25
Subthreshold Operation: Engineering the Future of Ultra-Low-Power Semiconductors  image
Nov 05. 25
Subthreshold Operation: Engineering the Future of Ultra-Low-Power Semiconductors 

What if the biggest breakthrough in semiconductor power efficiency came from operating transistors below their normal limits? ...

Nov 19. 25
The Lag Effect: What Is Latency in Smart Devices?  The Lag Effect What is Latency in Smart Devices 1200x800
Nov 19. 25
The Lag Effect: What Is Latency in Smart Devices? 

In today’s fast-paced, connected world, speed matters, especially when it comes to intelligence. Whether you’re talking to a virtual assistant,...

Jan 31. 24
Benefits of Computing AI at the Edge Flux Schnell An isometric digital illustration on a dark blue 0
Jan 31. 24
Benefits of Computing AI at the Edge

In an era dominated by interconnected technologies, integrating Artificial Intelligence (AI) and computing at the edge — connected devices is...

Feb 12. 26
Power Meets Performance: How Ambiq’s Ultra-Low Power Semiconductors Propel the Future of Edge AI Power Meets Performance How Ambiqs Ultra Low Power Semiconductors Propel the Future of Edge AI Chip image
Feb 12. 26
Power Meets Performance: How Ambiq’s Ultra-Low Power Semiconductors Propel the Future of Edge AI

The Power-Performance Trade-Off—Reimagined  For decades, engineers and designers have grappled with a tough choice: do you prioritize higher...

Feb 21. 24
Computing AI at Different Power Levels Flux Schnell A hand reaching out with fingers spread illuminat 1
Feb 21. 24
Computing AI at Different Power Levels

While artificial intelligence (AI) inferencing may seem seamless in daily applications, product developers and engineers on the backend know how...

May 13. 26
Solving the Memory Challenge of Always-on Edge AI with compressionKIT Ambiq compressionKIT 1200 х 675
May 13. 26
Solving the Memory Challenge of Always-on Edge AI with compressionKIT

Inference gets the attention, but continuous sensor data drives memory, bandwidth, and power constraints. compressionKIT™...

Mar 13. 24
Using Data-Based Sensors and Technology for Marine Conservation and Safety  Flux Schnell A vibrant underwater scene featuring a sea turtle 2
Mar 13. 24
Using Data-Based Sensors and Technology for Marine Conservation and Safety 

The ocean is vital to the world as we rely on it for transportation, food, water, recreation, medicine, and more. However, it faces...

Jun 03. 26
Gauging Failure: How Edge AI is Used to Assess the Health of Industrial Bearings  Ambiq Gauging Failure How Edge AI is Used to Assess the Health of Industrial Bearings -predictive-maintenance
Jun 03. 26
Gauging Failure: How Edge AI is Used to Assess the Health of Industrial Bearings 

Edge AI is learning to detect the warning signs of machine failure through vibration analysis of industrial bearings in a more practical, scalable...

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