{"id":102660,"date":"2020-11-01T20:34:35","date_gmt":"2020-11-01T17:34:35","guid":{"rendered":"https:\/\/en.buradabiliyorum.com\/samsung-and-stanfords-10000ppi-newoled-display-could-revolutionize-vr-review-geek\/"},"modified":"2020-11-01T20:34:35","modified_gmt":"2020-11-01T17:34:35","slug":"samsung-and-stanfords-10000ppi-newoled-display-could-revolutionize-vr-review-geek","status":"publish","type":"post","link":"https:\/\/buradabiliyorum.com\/en\/samsung-and-stanfords-10000ppi-newoled-display-could-revolutionize-vr-review-geek\/","title":{"rendered":"#Samsung and Stanford\u2019s 10,000PPI newOLED Display Could Revolutionize VR \u2013 Review Geek"},"content":{"rendered":"

“#Samsung and Stanford\u2019s 10,000PPI newOLED Display Could Revolutionize VR \u2013 Review Geek”<\/strong><\/p>\n

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\"An
Stanford\/Samsung Advanced Institute of Technology<\/a><\/span><\/figcaption><\/figure>\n

Fans of VR often complain about the \u201cscreen door\u201d effect<\/a>, where the unlit space between each pixel creates the sensation that you\u2019re looking through a mesh. But Samsung and Stanford could eliminate the \u201cscreen door\u201d with experimental newOLED<\/a> technology<\/a>. NewOLED tech supports resolutions up to 10,000PPI\u2014an outrageous pixel density that\u2019s perfect for VR app<\/a>lications.<\/p>\n

In the coming years, Samsung and Stanford\u2019s newOLED technology will live alongside the two types of OLED displays that are popular today. The most common, called RGB OLED, designates a red, green, or blue emitter for each sub-pixel. Each emitter works together to fill out pixels on-screen.<\/p>\n

RGB OLED is easy to manufacture and works best with pixel-dense displays, such as smartphones. But both large and small devices contain the popular (and power-hungry) white OLED displays. Each sub-pixel in a white OLED display contains a sandwich of red, green, and blue emitters, which combine to produce white light. A filter then adjusts the white light to a determined color, which resonates through the pixels.<\/p>\n

Existing RGB OLED and white OLED technology is affordable and effective, but it isn\u2019t suited for VR. Your eyes can see the space between each pixel, leading to the famous \u201cscreen door\u201d effect<\/a> that takes some of the \u201creality\u201d out of virtual reality headsets.<\/p>\n

Samsung and Stanford\u2019s newOLED technology aims to solve the \u201cscreen door\u201d problem by increasing pixel density in the funkiest way possible. Rather than cramming more emitters in an already cramped panel, researchers are using a layer of reflective material with tiny nano-sized grooves to manipulate light. This \u201coptical metasurface\u201d controls the reflective properties of light and allows different colors to resonate in each pixel.<\/p>\n

The end result is a 10,000PPI display that\u2019s brighter and less power-hungry than conventional OLED panels. Researchers at Stanford suggest that newOLED technology could appear in VR headsets, phones, and even TVs in the near-future, as Samsung is perusing a \u201cfull-sized\u201d version of the experimental newOLED panels fabricated in the lab.<\/p>\n

Source: Stanford<\/a><\/small>\n<\/div>\n