AI-compatible sensors are devices or smart sensors that gather raw environmental data by incorporating AI. Thus, it processes, understands, and analyzes the data to make informed decisions & predictions. These AI sensors enable machines in AI systems to understand, adapt, and perform autonomously within complex situations across various fields like autonomous vehicles, healthcare, industrial automation, and smart homes. In IoT projects, various types of AI-compatible sensors play a crucial … [Read more...]
All the Sensors That Power Fully Driverless Cars in 2025 — What’s In, What’s Out, and What’s Next
For more than a century, human drivers have relied on their eyes, ears, and reflexes to navigate roads. Today, with the arrival of fully driverless cars, those biological sensors are being replaced by an array of advanced technologies that allow machines to perceive their surroundings in extraordinary detail. From laser-based lidar scanners to high-definition cameras, from radar units that see through fog to microphones that hear sirens, these sensors in driverless cars work together to give an … [Read more...]
NVIDIA Jetson Nano : Features, Specifications, Architecture, Working, Differences & Its Applications
NVIDIA introduced the Jetson family, a part of NVIDIA’s embedded systems, designed to provide the required hardware & software to develop AI-powered systems and devices. There are different types of NVIDIA Jetson boards, like Jetson TX2 Series, Jetson Xavier NX, Jetson Nano, AGX Xavier Series, Xavier NX Developer Kit & AGX Xavier Industrial. The Jetson Nano was introduced by NVIDIA in 2019 as a low-cost alternative to other Jetson boards. Thus, this board is specially targeted to provide … [Read more...]
Wafer-Scale Integration (WSI) : How It Works Explained
Imagine trying to build the world’s largest puzzle. Normally, when you make electronic chips, you cut a big silicon wafer into many small pieces (chips), package them, and connect them later. Wafer-Scale Integration (WSI) flips this idea — instead of cutting the wafer into smaller chips, engineers use the entire wafer as one giant chip. This sounds simple in words, but in reality, it is one of the most complex engineering challenges in the semiconductor world. Yet, it is also a revolutionary way … [Read more...]
How AI Chip is Fabricated ?
AI chips—like GPUs (e.g., NVIDIA’s H100) or custom accelerators—are marvels of precision engineering and materials science. Their manufacturing is an incredibly advancement of atomic-level manipulation, requiring unmatched cleanliness, extreme accuracy, and global coordination. Let's explore the journey of AI chip fabrication from raw silicon to a powerful AI processor packaged and ready for deployment. AI Chip Fabrication Process The steps involved in AI chip fabrication include the follo … [Read more...]
AI Chips vs. Microcontrollers : How the New Brains of Computing Are Changing the Game
For decades, microcontrollers (MCUs) have been the silent workhorses inside billions of devices—from microwave ovens to automotive control units. They are compact, energy efficient, and reliable, making them ideal for running repetitive, predictable tasks for years without failure. But in recent years, a new category of computing hardware has emerged: AI chips. These chips are not just faster MCUs—they are purpose-built processors optimized for artificial intelligence workloads such as image rec … [Read more...]