Chris Padwick learned to code on a Commodore 64 as a farm kid in Saskatchewan. He now leads development of 300 teraflop AI/ML and computer vision solutions that…
Chris Padwick learned to code on a Commodore 64 as a farm kid in Saskatchewan. He now leads development of 300 teraflop AI/ML and computer vision solutions that are revolutionizing precision agriculture for Blue River Technology, a John Deere subsidiary.
In the face of fundamental limits, radar industry leaders are poised to tackle the coming challenges in radar in their…
In the face of fundamental limits, radar industry leaders are poised to tackle the coming challenges in radar in their own unique ways.
Real-time image processing is a resource-intensive task that often requires specialized hardware. With that in mind,…
Real-time image processing is a resource-intensive task that often requires specialized hardware. With that in mind, let's explore processors that are designed specifically for photo and video applications.
Radars have a place amongst the stars and inside the home, with cutting-edge research highlighting uses that benefit from…
Radars have a place amongst the stars and inside the home, with cutting-edge research highlighting uses that benefit from this century-old technology.
Leveraging its proprietary in-memory compute scheme and RISC-V dataflow technology, Axelera AI seeks to “democratize”…
Leveraging its proprietary in-memory compute scheme and RISC-V dataflow technology, Axelera AI seeks to “democratize” artificial intelligence (AI).
Whether it’s planetary-level trends or human body imaging, the latest advances in radar technology allow designers to…
Whether it’s planetary-level trends or human body imaging, the latest advances in radar technology allow designers to remotely sense trends at any scale.
Drone technology is experiencing a ground-up performance boost on all fronts thanks to the latest innovations from…
Drone technology is experiencing a ground-up performance boost on all fronts thanks to the latest innovations from industry and academia.
At TinyML Summit 2023, NXP presented an approach to developing smart human-machine interfaces (HMI).
At TinyML Summit 2023, NXP presented an approach to developing smart human-machine interfaces (HMI).
A new neuromorphic chip hopes to enable low-power predictive maintenance applications.
A new neuromorphic chip hopes to enable low-power predictive maintenance applications.
Seeking to enable better on-camera AI for the security realm, Ambarella’s new edge AI SoC promises high performance per…
Seeking to enable better on-camera AI for the security realm, Ambarella’s new edge AI SoC promises high performance per Watt, improved image quality, and sensor fusion capabilities
Leveraging CMOS and advanced pixel-binning technologies, the industry is offering image sensors that target use cases in…
Leveraging CMOS and advanced pixel-binning technologies, the industry is offering image sensors that target use cases in ADAS, smartphone cameras, surveillance systems, and more
With its Hailo-15 chip, the company hopes to bring advanced AI analytics and processing into intelligent camera designs.
With its Hailo-15 chip, the company hopes to bring advanced AI analytics and processing into intelligent camera designs.
With its new sensor IC, STMicroelectronics hopes to enable a new class of hearables for applications like true wireless…
With its new sensor IC, STMicroelectronics hopes to enable a new class of hearables for applications like true wireless stereo (TWS).
New research hopes to pave a path towards using metasurfaces as a display technology.
New research hopes to pave a path towards using metasurfaces as a display technology.
At this week’s 70th annual ISSCC event, research firm IMEC is presenting a phase-locked loop (PLL) IC design aimed at…
At this week’s 70th annual ISSCC event, research firm IMEC is presenting a phase-locked loop (PLL) IC design aimed at automotive and industry radar systems.
At IEEE Radio and Wireless Week (RWW), keynote speakers highlighted the trends in RF and wireless technology, and how…
At IEEE Radio and Wireless Week (RWW), keynote speakers highlighted the trends in RF and wireless technology, and how design engineers must adapt to meet the new challenges head on.
Aimed at improving sensing and imaging systems, Princeton University researchers have developed a reconfigurable antenna…
Aimed at improving sensing and imaging systems, Princeton University researchers have developed a reconfigurable antenna based on origami.
At IEEE Radio and Wireless Week 2023, industry leaders in chip fabrication and measurement engaged in a panel discussion…
At IEEE Radio and Wireless Week 2023, industry leaders in chip fabrication and measurement engaged in a panel discussion to give engineers their opinions on the future of D-band technology.
With their collaboration, the firms hope to enable faster and improved functional verification testing for Bluespec’s…
With their collaboration, the firms hope to enable faster and improved functional verification testing for Bluespec’s RISC-V cores.
An encoding technique used for digital communication, pulse amplitude modulation (PAM) converts a discrete-time signal…
An encoding technique used for digital communication, pulse amplitude modulation (PAM) converts a discrete-time signal into a variable-amplitude continuous-time signal that is suitable for high-speed wired communication systems.
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