Skip to main content

AU Optronics Makes World’s First Convex LCD

AU Optronics Makes World

It may be quite a ways from the enormous 42-inch convex DLP monitors shown at CES this year, but AU Optronics has managed to produce what it says is the world’s first convex LCD screen. Not to be confused with the first concave model AU Optronics unveiled at SID 2008 (which curves out toward the viewer), the tiny convex models curve out away from the viewer with a gentle 100mm radius.

The company says that special thinning technologies were required to make the glass substrate curve the way it does, along with a specially designed backlight to fill in the image uniformly without hotspots. Unlike monchrome e-paper, which also fits curved applications, AU Optronics’ model has all the full-color and motion capabilities of an ordinary TFT LCD.

Recommended Videos

Although the model unveiled on Thursday was merely a prototype, eventually AU Optronics hopes to use the technology to produce devices like watches (probably more of a concave application) and dashboards. Both the convex and concave models will be on display at Display Taiwan June 11 through 13.

Nick Mokey
As Digital Trends’ Editor in Chief, Nick Mokey oversees an editorial team covering every gadget under the sun, along with…
Sonos headphones to make 2024 debut, and a video streaming device is set for 2025
Sonos Era 300

Sonos will release its first wireless headphones in 2024, according to a report from Bloomberg that cites sources familiar with the matter.  The headphones are projected to cost between $400 and $500, which would place them in direct competition with Apple's AirPods Max and Sony's WH-1000XM5, two of the leading noise-canceling headphones on the market. The report suggests the new wireless cans, code-named "Duke," could appear as early as April, and will come in Sonos' two main colors, black and white.

Earlier in November, Sonos CEO, Patrick Spence told investors that in 2024, the company will enter into a "new multibillion-dollar category in the second half of the year that will complement our current offering, delight customers, and drive immediate revenue." Given the timing cited by Bloomberg, it seems likely Spence was referencing the as-yet unannounced Sonos headphones.

Read more
House of Marley’s new earbuds make sustainability more affordable
House of Marley Little Bird true wireless earbuds.

House of Marley (HoM) has always prioritized eco-friendly designs for those who want a slightly more guilt-free way to enjoy their tunes. Now, for the first time, the company has brought the price of its sustainable wireless earbuds under $100, with the very affordable Little Bird. The new buds share the same eco-minded mission as the company's other true wireless products, but at just $40, they're by far the most affordable. The Little Bird True Wireless Earbuds will be available in two color choices on November 7 at major retailers.

Like many of the company's other products like headphones, earbuds, speakers, and turntables, the Little Bird make extensive use of materials that are just a little bit better for the planet, like bamboo, mica composites, recycled plastics, and Regrind -- HoM's own blend of natural wood fiber.

Read more
Sonos Era 100 and Era 300 first impressions: it’s all about immersion
Sonos Era 300.

Sonos has launched its latest wireless multiroom smart speakers — the $249 Era 100 and $449 Era 300 — effectively rebooting the company's entry-level product. It marks the end of the Sonos One, and its midsize offering, which had been noticeably absent since the discontinuation of the Play:3 in 2018. We'll have reviews in due time, but I've spent a little bit of time with the new kit, and here are my first impressions.

I got a chance to hear both the Sonos Era 100 and 300 in action at a private launch event in New York City. The demo room was hardly an ideal spot from an acoustics point of view -- a wide and shallow shape and drapes slung on some walls, while others were built from highly reflective glass -- and yet I was able to get a sense of both speakers' potential.

Read more