AI Without Cloud For Industrial Systems
Many edge systems cannot run AI due to power and heat limits. This module enables local AI, real-time processing, and flexible system design.
Many industrial...
A Chip Built For Large AI Workloads
Running large AI models is hard. This chip can help you run them faster, scale better, and cut delays in real cloud applications.
Running large...
Smarter Three-Phase Power Switching
A new class of 3-phase solid state relays promises smarter power control for industrial automation bringing real-time diagnostics, flexible firing modes, and built-in communications...
600 V Power MOSFET Platform For Next-Gen Converters
A newly introduced high-voltage MOSFET platform promises to boost efficiency and power density across a range of data center, industrial and renewable power conversion...
Micro-LED Leap Enables Next Displays
KAIST’s red micro-LED advancement pushes AR/VR visuals toward ultra-high resolution and energy-efficient electronics.
High-resolution, energy-efficient display tech has taken a significant step forward as researchers...
Ultralow-Loss Photonics Transform Electronics
Fiber-grade optical performance reaches silicon chips, opening new paths for high-speed, energy-efficient electronic systems.
In what could signal a major shift for next-generation electronics, researchers...
Faster Storage For High-Capacity Devices
Storage is slowing down modern devices. A memory design offers more space and faster data access while keeping size and power use low.
As smartphones,...
State Reduction In Sequential Circuits
In this lecture, Rakesh Jain, Assistant Professor (ECE) at Gitanjali Institute of Technical Studies, Udaipur, explains the concept of State Reduction in Sequential Circuits...
How RISC-V Is Reshaping India’s Semiconductor Future
Can countries truly secure their semiconductor future, which is not a mere component anymore? In this pursuit, RISC-V seems to be the turning point,...
“We Bring Brain-Like Intelligence Directly To Sensors For Ultra-Low-Power AI Processing”-...
As sensor data overwhelms the cloud, Innatera’s neuromorphic chips bring always-on, ultra-low-power AI directly to the edge. But how? Sumeet Kumar from Innatera explains...
