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Earlier this year, the University of Illinois established a fellowship to honor Dr. Thomas Huang. Here we remember the…

Earlier this year, the University of Illinois established a fellowship to honor Dr. Thomas Huang. Here we remember the work of the remarkable engineer.

Take a journey back in time to remember some of the tech and events from the world of electronics in 2022.

Take a journey back in time to remember some of the tech and events from the world of electronics in 2022.

Using radar technology onboard a satellite, NASA’s latest launch is mapping the planet’s water supply and helping…

Using radar technology onboard a satellite, NASA’s latest launch is mapping the planet’s water supply and helping combat climate change.

On this holiday weekend, enjoy these nine cool electronics projects to make your “C.H.R.I.S.T.M.A.S” bright.

On this holiday weekend, enjoy these nine cool electronics projects to make your “C.H.R.I.S.T.M.A.S” bright.

75 years ago, the transistor was born. Its invention launched modern electronics as it moved from the building block of…

75 years ago, the transistor was born. Its invention launched modern electronics as it moved from the building block of ICs, then microprocessors, and beyond.

NIST researchers recently developed the BreatheSmart algorithm, which detects abnormal respiration without using any new hardware.

NIST researchers recently developed the BreatheSmart algorithm, which detects abnormal respiration without using any new hardware.

In a bid to strengthen its global semiconductor influence, Japan’s Rapidus has partnered with IBM to mass produce a 2…

In a bid to strengthen its global semiconductor influence, Japan’s Rapidus has partnered with IBM to mass produce a 2 nm process for advanced logic.

With a recent funding round, Dracula plans to advance the "world's first shaped organic photovoltaic cells."

With a recent funding round, Dracula plans to advance the "world's first shaped organic photovoltaic cells."

The startup is touting highly efficient AI computing that leverages in-memory computing and eases integration with AI frameworks.

The startup is touting highly efficient AI computing that leverages in-memory computing and eases integration with AI frameworks.

Here is a roundup of some recent biosensor prototypes designed to protect against food-borne illnesses and diseases alike.

Here is a roundup of some recent biosensor prototypes designed to protect against food-borne illnesses and diseases alike.

In a bid to bring RISC-V to the high-performance, data center computing space, Ventana announced their Veyron family, a…

In a bid to bring RISC-V to the high-performance, data center computing space, Ventana announced their Veyron family, a series of processors positioned to offer the flexibility needed to drive innovation.

Researchers at Stanford built an effective, passive ultra-thin laser isolator using silicon, a well-known material for…

Researchers at Stanford built an effective, passive ultra-thin laser isolator using silicon, a well-known material for chip manufacturing.

NXP has been one of the leading proponents of the Matter protocol. Now, the company has added two Matter-compliant…

NXP has been one of the leading proponents of the Matter protocol. Now, the company has added two Matter-compliant wireless MCUs to its portfolio.

At the annual summit, leaders in the RISC-V community had much to say about RISC-V taking over the world.

At the annual summit, leaders in the RISC-V community had much to say about RISC-V taking over the world.

To achieve the peak velocity for next-gen communications, Microsoft has acquired Lumenisity, a pioneer in high-speed,…

To achieve the peak velocity for next-gen communications, Microsoft has acquired Lumenisity, a pioneer in high-speed, low-loss optical fibers.

At this year’s RISC-V Summit, stakeholders rolled out solutions revolving around verification, security, and…

At this year’s RISC-V Summit, stakeholders rolled out solutions revolving around verification, security, and software-defined SoCs.

The new platform will use Qualcomm’s multi-link mesh technology to lower latency and increase throughput.

The new platform will use Qualcomm’s multi-link mesh technology to lower latency and increase throughput.

TSMC will be adding a second fab to its Phoenix, Arizona, site—with plans to make both 4 nm and 3 nm process chips…

TSMC will be adding a second fab to its Phoenix, Arizona, site—with plans to make both 4 nm and 3 nm process chips within the next three years.

Attached to a user's fingertip, this new "telehaptic" prototype allows people to transmit touch remotely and in real time.

Attached to a user's fingertip, this new "telehaptic" prototype allows people to transmit touch remotely and in real time.