Display Units of the Future. OLED, Organic Light Emitting Diode, Electronic Ink displays. Flexible display units. New Display Technology :-
| CTIA: Qualcomm Mirasol Display Colour eInk uses very little power and with Video display capabilities Chuongvision YouTube Channel | ||
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Colour eInk portable display uses very little power and with Video display capabilities Based on a reflective technology called IMOD - are the next generation of displays for mobile devices. mirasol displays can be How it Works TechnologyThe core building blocks of mirasol displays, the Interferometric Modulator (IMOD) element is a simple MEMS (micro-electro-mechanical system) device that is composed of two conductive plates. One is a thin film stack on a glass substrate, the other is a reflective membrane suspended over the substrate. There is a gap between the two that is filled with air. The IMOD element has two stable states. When no voltage is applied, the plates are separated, and light hitting the substrate is reflected as shown above. When a small voltage is applied, the plates are pulled together by electrostatic attraction and the light is absorbed, turning the element black. This is the fundamental building block from which Qualcomm's mirasol displays are made
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| Flicflex concept | Sony develops a rollable OLED screen |
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Mobilephone Programming. Develop Mobile Apps, How the make mobilephone applications. The best Mobilephone Apps. Mobilephone applications to bring more life to your phone to life. |
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| Sony's flexible organic EL display concepts | CES Gadgets: OLEDs Makes for Foldable TV |
| 14 inch Transparent OLED Display Notebook from Samsung mobile | Foldble OLED phone demo by Samsung SDI [SID 08] |
| Equalizer T-Shirt tqualizer Shirt Moves to Kanye West | T SHIRT-EQUALIZER T-SHIRT Nonomartini |
| Transparent Flexible Display | Esquire E-ink Cover Hands On E-Ink for magazines |
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It's finally hit newsstands: the 75th Anniversary issue of Esquire with built-in e-ink display panel on the cover and inside. Ryan from TheDigitalLifestyle.tv gives you a look at the cover. |
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| Phillips e paper technology | Readius polymervision 3GSM e-paper working |
| CES 2010 - Sickest use for OLED's Yet (shot on an iPhone and OWLE) | |
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Mobilephone Programming. Develop Mobile Apps, How the make mobilephone applications. The best Mobilephone Apps. Mobilephone applications to bring more life to your phone to life. |
| GE OLEDs - the future of lighting | OLED Lamps at CES-2010 Digital Experience |
SKKU Graphene Research Laboratory. Department of Chemistry and SKKU Advanced Institute of Nanotechnology (SAINT) Nanotechnology: Graphene touch (Nature) Vryus Design Associates
More Nanobots, NanoRobots, Nanotechnolgy 3D Display Technology. Holographic displays. Three Dimensional Displays. 3D without glasses. |
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| Future Applications of Graphene | ||
How OLEDs Work How Electronic Ink Works How Electronic Paper Works
Cost-Effective OLEDs - Dupont Gen 3 Technology Breaks Cost and Production Barriers DuPont Gen 3 printed organic light emitting diode manufacturing technology will allow OLED displays to be made more cheaply. Current OLED displays are made using expensive evaporative materials. DuPonta's
OLEDs: new display technology that promises to deliver thin, power efficient and bright displays. OLEDs have amazing potential - thin TVs, flexible displays, transparent monitors, white lighting, and more.
Engadget posted a review of Samsung's Galaxy Tab 7.7. They say that it's the best 7" tablet - with a stunning display, a long lasting battery, good performance and thin size. The only problem? it's quite expensive. And they sure love the 1200x800 Super AMOLED Plus display - "We could tell you it's vibrant, stunning and breathtaking, but even that wouldn't quite do it justice. The contrast here is so deep, and the viewing angles so wide, that other tablets' screens look washed-out in comparison". Amazon.com is now offering an unlocked model for $749.
The Galaxy Tab 7.7 is the world's first tablet with an OLED display, a 7.7" Super AMOLED Plus panel, offering 1280x800 resolution. Other specs include Android v3.2, Dual-core 1.4 Ghz processor, HSPA+ radio, 16GB to 64GB internal storage and a microSD slot, Wi-Fi, GPS and two cameras (3MP and 2MP).
In a filing to the Korean Stock Exchange, Samsung Electronics announced it is considering taking over Samsung Mobile Display. Currently Samsung Electronics holds 64.4% in SMD (the rest is held by Samsung SDI). SMD is Samsung's OLED unit, and they produce over 90% of the world's AMOLED displays.
Samsung Electronics says that this move will improve the synergy within the group. But this can be bad news for other companies who rely on SMD's AMOLED panels, as perhaps the will not want to keep the best displays for their own devices.
Lux Research posted an interesting grid that shows how different display developers rate on technical value and business execution. It includes mature technologies (such as OLED and e-paper) and emerging technologies such as electrochromic and electrofluidic displays.
Lux says that OLED materials and equipment developers have a clear head start over other technologies, with notable players such as UDC, CDT, Novaled and Kateeva. The company that stands out in both technical value and business execution is E Ink - with high score in technology and IP and strong partnerships and management team. E Ink is the only company that scores a "strong positive" - with their nearly 100% market share of the electrophoretic market - which is used in products such as Amazon's Kindle and B&N Nook e-readers.
eMagin has been awarded a $1.12 million SBIR seven month project from the US's Special Operations Command (USSOCOM) to optimize emagin's WUXGA (1920x1200) full color OLED microdisplay for mass production. There's also a six-month option to extend the project further for $435,000.
The microdisplay is already available as an engineering sample, and this project will enable eMagin to mass produce it at an affordable price. It was originally funded by the US Army Telemedicine and Advanced Technology Research Center (TATRC), and features over 10,000:1 contrast ratio and consumes less than 350 mW.
Back in April 2011 Corning produced a nice video called A Day Made of Glass, showing future designs made with durable, transparent and even flexible glass displays. Now Corning is back with a sequel, showing the same family but with some new ideas in the home, car, classroom, outdoor and work environments:
A lot of these displays can be achieved with OLEDs, although OLEDs aren't specifically mentioned in those video. Just a few days ago Corning announced an OLED glass joint-venture with Samsung. Corning also released an unpacked version of this video- that includes explanations about the technology shown in the video:
Nokia's ClearBlack Display technology has been announced in September 2010, and Nokia is using it in several phones (including the Lumia 900, Lumia 800 and older Symbian models such as the X7 and E7). We know that it includes polarizing filters to block incoming light. Today however Nokia finally revealed how it actually works:
A CBD filter includes both a linear polariser and retardation layers between the surface of your phone and the display. When light hits your screen, this is what happens:
Tokyo Electron (TEL) performed a re-organization, and as part of that they established a new OLED department (called the "organic EL division"), to be managed by Takeshi Okubo. This is good news and probably means that the company is putting a greater emphasis on OLED manufacturing equipment development.
TEL is developing OLED TV printing equipment together with Seiko Epson. In September 2011 it was reported that the two companies will launch an inkjet-printed OLED TV production plant in 2012 or 2013.
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Cambrios announces a new CEO and a $5 million investment from Samsung Ventures. Cambrios reveals that they were in close discussions with Samsung for collaboration on "important and valuable" projects over the past several years. Cambrios' first product, ClearOhm is a coating material for plastic or glass that produces a transparent, conductive film by wet processing. Cambrios says that ClearOhm offers significantly higher optical and electrical performance than currently used materials (such as ITO).
ClearOhm can be used in OLED panels, LCDs, e-paper displays and solar panels. Perhaps Samsung wants to use this new material in upcoming OLED panel designs. Cambrios is also collaborating with Plextronics on OLED lighting electrodes.
Recom group has released the world's first video mic flag - which uses 3 to 4 (depends on configuration) OLED displays. The company reports that the new mic flag is already being used at by CBS, CNET, NBC, ABC, FOX, ESPN, CNN, and Bloomberg and was also used by several broadcasters at the superbowl and the NBA. This mic flag was also used by many broadcasters at CES, and CNN's Katie Linendoll called it one of her top five picks of the show.
The mic flag shows advertisements - from companies such as Ford, Toyota, Subway, Gillette and Pepsi. This brings extra revenue for the broadcasters. Recom says that the flag uses 3 to 4 OLED displays (probably the same ones as on Recom's video name tag - 2.8" 320x240 AMOLED panels) and it lasts 8-10 on a single battery charge. It provides a premium advertising space because it's part of the broadcast. Here's a video of the mic flag in action, from the superbowl:
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Corning and Samsung Mobile Display are going to establish a new equity venture for the manufacture of specialty OLED glass substrates in Korea. The new venture will combine Corning's Lotus Glass substrate technology with SMD's OLED display expertise - and will provide product solutions for current and future OLED technologies.
The new venture will produce glasses for all OLED sizes: for small mobile panels to large OLED TV panels. It'll be interested to hear whether this new venture will also develop transparent and flexible glass displays, as envisioned in Corning's"Day made of glass" concept video:
A modder developed a black-themed version of Google apps (he called this Black Google Apps) that is a much more battery friendly on OLED mobile phones. The application are not just "darker", they are inverted (see the image below).
This idea isn't new of course - when Microsoft developed the WP7 operation system they assumed most phones will sport OLED displays and this effected the user interface design.
Konica Minolta announced plans to splits its LA Business division (who is in charge of OLED lighting and new functional materials) into a new subsidiary which will be called Konica Minolta Opto (KMOT). This split will be effective by April 2012.
KM says that the split will aid their ventures to accelerate OLED lighting commercialization. They hope that this move will also optimize its facilities and staff resources.
MagnaChip reported their financial results for 2011, and they say that AMOLED display driver revenue grew 700% compared to 2010, but they wouldn't reveal exact numbers.
MagnaChip is providing 800x580 AMOLED drivers for Samsung's Galaxy SII LTE phone (it has a 4.65" Super AMOLED Plus display) and multiple Microsoft Windows-based smartphones.
STMicroelectronics announced the STOD13AS - a new miniature AMOLED power supply chip. The new chip is produced using ST's innovative Silicon On Insulator (SOI) process technology, which ensures outstanding energy efficiency and results in longer battery life. The chip offers high immunity to cellphone-communication noise - and thus minimizes flicker on the display.
ST explains that the new chip is better than the predecessor (the ST0D03A) because it integrates the step-up and inverting DC/DC converters needed to generate the positive and negative supplies on the same chip. It also features increased display-driving capability as well as additional short-circuit and overload protection modes to maximize ruggedness and reliability. When the display is not used, the new chip can be completely turned off which saves more power, and it also features pulse-skipping operation that optimizes efficiency when the display is consuming minimal power.
AU Optronics (AUO) and Idemitsu Kosan announced that they will form an OLED strategic alliance - and will collaborate to develop high-performance OLED displays and OLED-related patents. Idemitsu will supply OLED materials to AUO including device structure proposal. AUO committed to reinforce the development of OLED products - both small sized OLED displays for phones and tablets and large sized OLED panels for TVs. The two companies will also study the possibility of collaboration in other fields beside OLEDs.
AUO is gearing up towards mass production of 4" - 5" OLED panels in Q2 2012, targeting smartphones. AUO is using LTPS substrates and vapor deposition for the direct-emission RGB OLED sub pixels. AUO will produce these panels in their 3.5-Gen line in Hsinchu, Taiwan. In the second half of 2013, AUO's 4.5-Gen AMOLED Line in Singapore (at AFPD) will start producing panels as well. Towards the end of 2011 AUO unveiled prototypes of Oxide-TFT based 32" OLED TVs, 4" flexible OLEDs and 6" transparent ones.
Canada's Ignis Innovation posted new job openings for their OLED TV development group, and in the job description they mention that the group is "currently working on two AMOLED television designs, targeted for mass production in 2012".
3.5-inch a-Si AMOLED prototype
IGNIS developed a-Si based AMOLEDs and reportedly RiTdisplay is starting to mass produce AMOLEDs based on this design - but these are 3.5" (320x480) panels - it seems unlikely that they'll be able to scale up to OLED TV size in such a short time frame. But it's also unlikely that either Samsung or LG Display are using Ignis technology in their upcoming OLED TVs (which use LTPS and Oxide-TFT, not a-Si).
There are already speculations about the Galaxy S III specifications, and now Samsung says they are indeed working on a successor to the Galaxy S2. They won't unveil it at the Mobile World Congress 2012 - but rather in a separate event during the first half of 2012, closer to the commercial availability.
It will be very interesting to see Samsung's new flagship phone, and obviously we're mostly interested in the display. Will it be a Super AMOLED HD, or will Samsung surprise us with some new technology? Maybe the S3 will be the first phone with a plastic based flexible AMOLED? We'll have to wait a few months to find out...
NTT DoCoMo's P-05D is a Disney-branded Android phone with a 4.3" 540x960 AMOLED display, and a dual-core 1Ghz CPU. The "Disney-Mobile" phone has access to some exclusive content from Disney (animations, games, wallpapers, etc.).
The P-05D will launch in March 2012 in Japan of course.
4.3" 540x960 AMOLED
Sony's TX200V can now be pre-ordered for $499.99 over at Amazon. There's no official release date yet, but it should be in March. The TX200V is a waterproof and dustproof digital camera with a 18mp sensor, 5X optical zoom and a 3.3" touch AMOLED display. It has a clean glass-covered front design. The TX200V can capture Full-HD videos (and take 13mp stills while doing so) and has a built-in GPS.
There are reports that Sony is increasing its LCD panel purchases from LG Display. Sony stopped their partnership with Samsung (Samsung bought Sony's stake in the LCD joint venture). An LGD official is quoted saying that future talks will also cover OLED TV panel outsourcing.
LG Display is currently gearing up to start producing 55" OLED TV panels. Their 8.5-Gen pilot line will produce around 48,000 monthly panels - which probably won't be enough to outsource to Sony. But LGD already decided to increase their OLED TV panel capacity (by building a new fab or perhaps converting an LCD line). This will take at least a year and half.
This site informs about OLED - Organic light emitting diodes! Oled-Tv Displays blazing fast response times, wide viewing angles, exceptional color reproduction, outstanding contrast levels, and high brightness. The nature of its technology lends itself to extremely thin and lightweight designs along with the ability to use it in a variety of different applications!
AUO is ready to mass produce high resolution AMOLEDs OLED-Tv samples end 2012 is a post from: OLED TV Display Lighting Infos-News and resources
Novaled OLEDs lighting Revolution Video is a post from: OLED TV Display Lighting Infos-News and resources
Nokias ClearBlack AMOLED Display technology is a post from: OLED TV Display Lighting Infos-News and resources
OLYMPUS OM-D E-M5 is a post from: OLED TV Display Lighting Infos-News and resources
Corning look to the future A Day Made of Glass 2 is a post from: OLED TV Display Lighting Infos-News and resources
SMD AMOLEDs only for Samsung products in the near future? is a post from: OLED TV Display Lighting Infos-News and resources
emagin get 1.12 million dollar to optimize 1920×1200 pixel OLED microdisplay is a post from: OLED TV Display Lighting Infos-News and resources
Samsung Galaxy S3 will be released in May with only 7mm thickness is a post from: OLED TV Display Lighting Infos-News and resources
Samsung HD Super-AMOLED vs Apple Retina IPS LCD is a post from: OLED TV Display Lighting Infos-News and resources
Why Apple can not use large OLED-Tv panels before Q4 2013 is a post from: OLED TV Display Lighting Infos-News and resources
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3D Display Technology. Holographic displays. Three Dimensional Displays. 3D without glasses.
Augmented Reality (AR). The use of devices, particularly on smartphones or sometime computers to display extra information about an object that the, (usually), inbuilt camera may be pointed at. The images are overlayed on top of the camera view and are displayed in real-time so that they are able to move in sequence as the camera is pointed at other objects. This can produce a more dynamitic involvement by the user and could be likened to the use of virtual reality, (VR). More Virtual Reality links.
Mobilephone Programming. Develop Mobile Apps, How the make mobilephone applications.
The best Mobilephone Apps. Mobilephone applications to bring more life to your phone to life.
3D Printers. Three dimensional printers. Printing Physical Objects. Making things by printing them out. Fast prototype, fast prototyping
Augmented Reality (AR)
High Definition Television. HDTV
Television. TV Advertising. Broadcasting
Virtual Reality. Virtual Reality Modelling Language (VRML)
Three Dimensional Graphics and Stereo Graphic Images Anaglyph Images
Videos to Watch and Video Publishing Video special effects, tips. Video Tools & Video Utilities
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