The function and use of micro-lenses mainly include focusing, imaging, and optical function enhancement in specific applications. Micro-lenses are small optical components that can accurately control ...

Philips in Europe has today taken the wraps off a large chunk of its upcoming TV range for 2024, incorporating a promising mix of premium OLED and LED options. Sitting at the top of Philips’ 2024 TV ...

LASER COMPONENTS offers micro lens arrays from partners Holo/Or for laser beam homogenising and shaping. Micro lens arrays consist of micron-scale plano-convex refractive lenses packed together on a ...

Samsung Display has been the exclusive supplier of OLED panels for all high-end iPhones since the iPhone X. This will continue to be the case next year as well. However, there have been reports that ...

Suppliers of iPhone displays are reportedly hoping to persuade Apple to adopt micro lens array technology for the iPhone 16, but while it has key benefits, there are significant downsides. Citing ...

As a structure composed of two-dimensional arrays of microscale lenses, micro-lens array (MLA) has attracted attentions of both the academia and industry, due to its distinctive optical properties and ...

Panasonic has revealed its latest OLED TV at CES 2023 — the MZ2000, which features a new panel design built with Micro Lens Array technology. Panasonic says this gives the MZ2000 up to 150% stronger ...

Philips in Europe (not to be confused with the Philips brand in the US) has taken the wraps off its latest range of new TVs - and there’s plenty for AV fans to get excited about. The star of the show ...

(Nanowerk News) They number in the thousands, light striking the phalanx of lenses arrayed on a face in geometric pattern, the beams refracting through transparent mounds no wider than a hair. A fly’s ...

Apple is weighing up the use of micro-lens technology to maintain or increase the brightness of OLED displays on next year's iPhone 16 models while potentially reducing their power consumption, ...

Using 3D printing and porous silicon, researchers at the University of Illinois Urbana-Champaign have developed compact, visible wavelength achromats that are essential for miniaturized and ...