Researchers at TU Dresden have created the "world's first" efficient organic bipolar junction transistor (OBJT).
Researchers at TU Dresden have created the "world's first" efficient organic bipolar junction transistor (OBJT).
By moving location calculation to the cloud, Semtech’s new service allows for lower-power LoRa devices to be embedded…
By moving location calculation to the cloud, Semtech’s new service allows for lower-power LoRa devices to be embedded in tracked Internet of Things (IoT) assets.
Using its patented time-shift control (TSC) method in its LLC resonant converter, the new digital power controller also…
Using its patented time-shift control (TSC) method in its LLC resonant converter, the new digital power controller also packs a combination of a power-factor correction controller and a start-up generator.
Compared to other mesh networking protocols, Bluetooth mesh has the adoption rate and the specs to expand the…
Compared to other mesh networking protocols, Bluetooth mesh has the adoption rate and the specs to expand the infrastructure of smart lighting.
Trying to keep the momentum building for AR/VR technology, Google targets a micro-LED company, Microsoft and Qualcomm…
Trying to keep the momentum building for AR/VR technology, Google targets a micro-LED company, Microsoft and Qualcomm teaming up, and ams OSRAM has a new laser module prototype.
High-efficiency, solid-state green LEDs remain an elusive goal for semiconductor manufacturers. Research funded by ARPA-E…
High-efficiency, solid-state green LEDs remain an elusive goal for semiconductor manufacturers. Research funded by ARPA-E targets these LEDs using standard complementary metal-oxide-semiconductor (CMOS) processing tools.
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 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.
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.
Sensors are vital for almost any industry and application; however, how are researchers and companies leveraging…
Sensors are vital for almost any industry and application; however, how are researchers and companies leveraging technology like photodetectors to bring sensing to the quantum realm?
As 2021 comes to a close, STMicroelectronics, GaN Systems, and EPC push through final gallium nitride (GaN) based…
As 2021 comes to a close, STMicroelectronics, GaN Systems, and EPC push through final gallium nitride (GaN) based products. Could 2022 usher in even more GaN innovations?
Scientific complementary metal-oxide-semiconductor (sCMOS), a type of CMOS image sensor (CIS) with stringent noise…
Scientific complementary metal-oxide-semiconductor (sCMOS), a type of CMOS image sensor (CIS) with stringent noise specifications, appears to be entering its 4th generation era in 2021.
A new technique eliminates the limitations of shot noise on laser interferometry.
A new technique eliminates the limitations of shot noise on laser interferometry.
InGaN may be a forerunning substrate for up-and-coming LED technology. Now, researchers are devising native red LEDs and…
InGaN may be a forerunning substrate for up-and-coming LED technology. Now, researchers are devising native red LEDs and bridging the "green gap."
University of Wisconsin-Madison researchers have introduced a novel angle-based sensor made from exploring the near-filed…
University of Wisconsin-Madison researchers have introduced a novel angle-based sensor made from exploring the near-filed effect of flat optics, which claims could help create atomic-level measurements.
What's at the heart of Sony's flurry of new CMOS image sensors? To start, copper-to-copper connection, back-illuminated…
What's at the heart of Sony's flurry of new CMOS image sensors? To start, copper-to-copper connection, back-illuminated structure, and an EVS mechanism.
Foldable phones are becoming the next "big" thing; but, what is this trend in flexible electronics? What are the…
Foldable phones are becoming the next "big" thing; but, what is this trend in flexible electronics? What are the challenges? How are Samsung and LG, along with researchers, pushing this trend to reality?
Following a licensing agreement with X-Celeprint, X-FAB Silicon Foundries can now use a fabrication technique that will…
Following a licensing agreement with X-Celeprint, X-FAB Silicon Foundries can now use a fabrication technique that will combine a wide range of semiconductors on a single 3D IC.
Rumors have been mounting about Apple’s development of an autonomous electric vehicle, let's take a look at the two…
Rumors have been mounting about Apple’s development of an autonomous electric vehicle, let's take a look at the two newest patents that could become part of this future autonomous vehicle.