May 19, 2009 Sharp Corporation is releasing a new notebook PC with an innovative optical sensor built into an LCD touch pad – which the company claims is a world first – at the end of the month.

From sensor solutions like the TMD3719, the industry’s first ambient light, proximity and flicker sensor module, which operates completely behind an OLED display, the TMD2755 – world’s ...

Researchers at the University of Washington's aptly named Ubiquitous Computing Lab can turn any LCD monitor in your hous into a touchscreen, with nothing more than a $5 sensor that plugs into the ...

The SMART-Sensor™ LCD has been significantly improved, the company said. The LCD Series delivers a communicating sensor solution that allows you to connect with up to 10 configurable parameters ...

At present, the LCD panel has a wide market in the smartphone and most of these devices sell for less than $300. If this feature comes to reality, it will probably feature in low-end models.

HIGHLIGHTS LCD panels are not capable of transmitting light by default, which is why it's difficult to make in-display fingerprint sensors work with LCD displays. A Chinese firm, however, has ...

Click "Enable Ambient Light Sensor" on the Quickset LCD Panel Brightness Control window that pops up. This option allows you to specify a brightness range for ALS to use.

He ended up building a little doohickey that combined USB C, an LCD display, and a touch interface, all for under a buck. You can check out the video below. The key to this build was the CH32V003 CPU.

Goodix Technology has also said it would be able to mass-produce an optical in-display fingerprint sensor for LCD screens in 2020. It’s possible Redmi worked with one of these two, or another ...

French company Shetters isn't satisfied with photochromic motorcycle visors that take a couple of minutes to go from clear to tinted, so it's striking out on a line of solar-powered, LCD-tinted ...

A light-based sensing device that is worn like a plaster could lead to a non-invasive way for patients to monitor their health. The plaster developed by NTU Singapore researchers comprises microlaser ...