How will edge computing design evolve over the next few years? In an interview with All About Circuits, NXP discussed the trends they're seeing in this space.
How will edge computing design evolve over the next few years? In an interview with All About Circuits, NXP discussed the trends they're seeing in this space.
Recent advancements in quantum technologies have prompted a team of engineers to develop a remote control and monitoring…
Recent advancements in quantum technologies have prompted a team of engineers to develop a remote control and monitoring system for space-related quantum devices.
Researchers around the world are continually finding new ways to prolong Moore's law. Now, Purdue researchers have found…
Researchers around the world are continually finding new ways to prolong Moore's law. Now, Purdue researchers have found another means to this end: using an atomic layer deposition technique for indium oxide-based transistors.
While Shockley Semiconductor may have been the first company of Silicon Valley, it was Fairchild Semiconductor—founded…
While Shockley Semiconductor may have been the first company of Silicon Valley, it was Fairchild Semiconductor—founded by eight former Shockley engineers—who proliferated thousands of tech companies.
Power management ICs (PMICs) are continually scaling down. Here's how a few companies are packing functionality in these…
Power management ICs (PMICs) are continually scaling down. Here's how a few companies are packing functionality in these devices in the face of miniaturization.
As 5G new radio (NR) technology becomes more complex and challenging, CEVA's second-gen 5G platform architecture hopes to…
As 5G new radio (NR) technology becomes more complex and challenging, CEVA's second-gen 5G platform architecture hopes to shorten the time to market and ease design hangups.
Targeting a breakthrough in digital vision, the ST’s family of high-resolution indirect Time-of-Flight (iToF) sensors…
Targeting a breakthrough in digital vision, the ST’s family of high-resolution indirect Time-of-Flight (iToF) sensors aims to improve efficient depth imaging in devices that perform 3D imaging functionalities.
The IoT market is continually calling for more miniaturization—and fast. Here are three recently-released evaluation…
The IoT market is continually calling for more miniaturization—and fast. Here are three recently-released evaluation boards that may help engineers speed up design cycles for such devices.
As industrial power electronics move towards higher operating frequencies and voltage, silicon carbide (SiC) technologies…
As industrial power electronics move towards higher operating frequencies and voltage, silicon carbide (SiC) technologies are emerging to meet the demands of next-generation power electronics.
While the technology has existed for years in Canada and Europe, adaptive driving beams (ADBs) have historically been…
While the technology has existed for years in Canada and Europe, adaptive driving beams (ADBs) have historically been outlawed in the States—until now.
A new microcontroller unit (MCU) from STMicroelectronics (ST) seeks to optimize centralized electric vehicle (EV)…
A new microcontroller unit (MCU) from STMicroelectronics (ST) seeks to optimize centralized electric vehicle (EV) electronic and electrical (E/E) architectures.
Does anyone remember the time before the plug-and-play (P-n-P) method of simply “hooking up” devices with universal…
Does anyone remember the time before the plug-and-play (P-n-P) method of simply “hooking up” devices with universal serial bus (USB) cables came to exist? Here comes a peek at the history of USB connectors.
In an interview with waste management expert Mark Kasper, we learned how right to repair and recycling can together make…
In an interview with waste management expert Mark Kasper, we learned how right to repair and recycling can together make a dent in the e-waste crisis.
In a bid to push forward innovation in micro-electro-mechanical systems (MEMS), STMicroelectronics has launched a…
In a bid to push forward innovation in micro-electro-mechanical systems (MEMS), STMicroelectronics has launched a power-efficient system that combines signal processing, AI, and MEMS sensors all-in-one.
The race to beat out silicon (Si) for the "best" semiconductor continues with a rush of gallium nitride (GaN)…
The race to beat out silicon (Si) for the "best" semiconductor continues with a rush of gallium nitride (GaN) announcements focusing on creating and furthering GaN-based device designs.
As the autonomous vehicle market heats up, new MCUs and ICs have hit the market this year to enable new ADAS functionalities.
As the autonomous vehicle market heats up, new MCUs and ICs have hit the market this year to enable new ADAS functionalities.
Researchers from Helmholtz-Zentrum Dresden-Rossendorf (HZDR) have experimentally proven a long-held theoretical…
Researchers from Helmholtz-Zentrum Dresden-Rossendorf (HZDR) have experimentally proven a long-held theoretical prediction for nanowire technology in hopes to create "ultrafast" transistors.
Image processing continues to be a major hurdle for advanced driver monitoring systems. Aiming to tackle this challenge,…
Image processing continues to be a major hurdle for advanced driver monitoring systems. Aiming to tackle this challenge, Arm's latest image signal processor eases the adoption of ADAS and automation technologies.
In an attempt to bring e-textiles to smart homes, researchers at the University of Cambridge have fabricated a 46-inch…
In an attempt to bring e-textiles to smart homes, researchers at the University of Cambridge have fabricated a 46-inch textile display by weaving active electronics into a fiber.
Scientists from the University of Sydney have developed a new type of photonic radar system and sensor promising…
Scientists from the University of Sydney have developed a new type of photonic radar system and sensor promising non-invasive medical monitoring.
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