In this interview article, Renesas VP Peter Jenkins discusses how the company is leveraging its automotive sensor heritage and mixed-signal ICs to power the…
In this interview article, Renesas VP Peter Jenkins discusses how the company is leveraging its automotive sensor heritage and mixed-signal ICs to power the future of edge AI and humanoid robotics.
A new material uses physical structure and material mix to direct photons out and minimize losses from internal reflection.
A new material uses physical structure and material mix to direct photons out and minimize losses from internal reflection.
The Compact Vision 5 HMI and SBC-Dragonwing-IQ-2390 give industrial OEMs two ways to deploy edge AI, real-time control,…
The Compact Vision 5 HMI and SBC-Dragonwing-IQ-2390 give industrial OEMs two ways to deploy edge AI, real-time control, and modern connectivity on a unified Qualcomm platform.
The new mic offers an 84-dBA signal-to-noise ratio and a 146-dB acoustic overload point—a 10-dB improvement over the…
The new mic offers an 84-dBA signal-to-noise ratio and a 146-dB acoustic overload point—a 10-dB improvement over the industry standard.
The Nancy Grace Roman Space Telescope’s mirror may get the headlines, but its detector chips, photon-counting cameras,…
The Nancy Grace Roman Space Telescope’s mirror may get the headlines, but its detector chips, photon-counting cameras, and downlink amplifier tell the electronics story.
An LED facing a phototransistor inside a 6-pin package became the default way to pass a signal across a barrier while…
An LED facing a phototransistor inside a 6-pin package became the default way to pass a signal across a barrier while blocking everything else.
The new PolarFire FPGA-powered board from Microchip brings multiple sensors to Nvidia edge AI platforms.
The new PolarFire FPGA-powered board from Microchip brings multiple sensors to Nvidia edge AI platforms.
Papers from École Polytechnique, Seoul National University, and Harvard tackle optical gain, on-chip buffering, and…
Papers from École Polytechnique, Seoul National University, and Harvard tackle optical gain, on-chip buffering, and component footprint.
In this Tech Guide, explore how the onsemi AR0145CS Hyperlux™ SG Image Sensors deliver fast, clear, low-power vision…
In this Tech Guide, explore how the onsemi AR0145CS Hyperlux™ SG Image Sensors deliver fast, clear, low-power vision with global shutter technology, 120 fps performance, and compact design for industrial automation, robotics, drones, AR/VR, and embedded imaging systems. Watch now to get started!
The Titanium Edge FPGA family targets constrained edge AI with 50% lower power, compact SiP packages, high-speed MIPI…
The Titanium Edge FPGA family targets constrained edge AI with 50% lower power, compact SiP packages, high-speed MIPI I/O, and robust security/reliability features for intelligent systems.
Analog Devices EVAL-ADMX6001 Evaluation Board (ADMX6001-EBZ) is a high-performance reference platform for evaluating…
Analog Devices EVAL-ADMX6001 Evaluation Board (ADMX6001-EBZ) is a high-performance reference platform for evaluating ultra-wideband, low-noise data acquisition systems. Watch and learn all about their features, specs, applications, and more!
The new system-on-chip pairs a heterogeneous AI compute engine with a low-latency multi-camera image signal processor,…
The new system-on-chip pairs a heterogeneous AI compute engine with a low-latency multi-camera image signal processor, and can ship pre-integrated with emotion3D perception software.
The 120 MHz GD32E512 is optimized for high-speed optical modules and the 72 MHz GD32E252 takes on low-speed optical modules.
The 120 MHz GD32E512 is optimized for high-speed optical modules and the 72 MHz GD32E252 takes on low-speed optical modules.
Research teams at EPFL, Harvard, and UC San Diego each reported photonic devices that shrink or repurpose light-based hardware.
Research teams at EPFL, Harvard, and UC San Diego each reported photonic devices that shrink or repurpose light-based hardware.
Lotus Microsystems, Oriole Networks, and Atomera have each rolled out technologies tackling the physical limits slowing…
Lotus Microsystems, Oriole Networks, and Atomera have each rolled out technologies tackling the physical limits slowing AI infrastructure.
France’s Électronique 2030 program commits €5B+ to revitalize its semiconductor industry. Learn the details of this…
France’s Électronique 2030 program commits €5B+ to revitalize its semiconductor industry. Learn the details of this ambitious effort, and the market challenges it’s facing.
This project brief provides the instructions for building a weight-sensitive LED lamp with an Arduino Uno and a handful…
This project brief provides the instructions for building a weight-sensitive LED lamp with an Arduino Uno and a handful of commercially available parts.
Recent advances in photonics may boost the performance of LiDAR sensors, increase the resolution of image projection, and…
Recent advances in photonics may boost the performance of LiDAR sensors, increase the resolution of image projection, and integrate energy harvesting and light emission into a single display.
The bottleneck limiting the next generation of artificial intelligence isn't compute power—it's the wire connecting the…
The bottleneck limiting the next generation of artificial intelligence isn't compute power—it's the wire connecting the chips. French startup Scintil Photonics thinks it has the answer.
Cornell, MIT, and HKUST teams have reported laser- and photonics-based devices that record neurons, image deeper, and…
Cornell, MIT, and HKUST teams have reported laser- and photonics-based devices that record neurons, image deeper, and tame crosstalk in all-optical neuroscience.
Facebook
Google
GitHub
Linkedin