IntertechPira Issues New Report – The Future of OLEDs for Lighting and Displays

IntertechPira has announced availability of a new report on Organic Light Emitting Diodes (OLEDs) entitled “The Future of OLEDs for Lighting and Displays.”  This market and technology report authored by Phillip Wright of WRT Associates analyses the current status and future trends for OLEDs used in display and lighting applications.  The OLED report describes the key drivers and trends for the ongoing development of OLED technology, discusses the applications of OLEDs to lighting and displays by end use product, and provides market forecasts for OLED display and lighting revenues for the next five years to 2014.

As a result of the sustained development efforts on OLED technology, the market for OLED lighting and displays is poised to grow from $615 million in 2008 to more than $6700 million in 2014, reflecting a compound annual growth rate of 44%.  The OLED report will be of interest to individuals and businesses that are seeking to update their knowledge of Organic Light Emitting Diodes (OLEDs) and answer questions concerning this important emerging technology.

Consumers are eagerly awaiting televisions and mobile phones with brilliant, and low power consumption, OLED displays.  OLED lighting is just now coming to market offering lighting designers and the lighting industry new lighting efficiency and design freedoms.  The OLED report addresses many key questions concerning the OLED industry, markets and technology:

  • What barriers must be overcome to bring affordable products with OLED displays to consumers?
  • When will these barriers be surmounted?
  • When will OLED lighting begin shipping in lighting applications?
  • What are these OLED lighting applications?
  • What challenges must OLED lighting and displays overcome to reach market and gain market share from incumbent display and lighting products?
  • What alternative lighting and display technologies will compete for market share with OLEDs?
  • Who are the players in the OLED industry today and what will the competitive landscape look like in 2014?
  • What are current OLED display revenues by product application and how will they grow in future?
  • When will OLED lighting reach the billion dollar revenue mark?

IntertechPira’s new report, “The Future of OLED Lighting and Displays,” answers these questions about OLEDs and provides the reader with a thorough overview, status and analysis of the OLED industry and markets.

Take a look at a slide presentation or a webinar introducing the new OLED report.  Let us know your thoughts on the evolution of OLED technology and markets.

Apple Needs to Hire ‘TexterGirl’ as Next Product Tester

On May 5, 2009 my local NBC-TV affiliate ran a story on their website about 18-year-old Crystal Wiski in Northern California who recently sent and received 303,398 text messages in one month (see video below).  Crystal’s astounding accomplishment made my family discussions about cell phone usage seem like small potatoes.  However, what caught my attention about Crystal’s story was the fact that she achieved this milestone using an Apple iPhone.  After having seen the damage wrecked by her fingernail typing on my daughter’s sturdy Motorola non-touchsreen phone, I am thoroughly impressed not only with Crystal’s typing speed, but with the durability of the iPhone touchscreen.  When the iPhone launched, many said that the touchscreen virtual QWERTY keyboard of the iPhone would prove to be a major liability when compared to the hardware keyboard of the Blackberry and similar devices.  As with so much conventional wisdom, Crystal has shown that users will adapt and achieve high levels of performance and satisfaction from user interface devices that are well designed and just work.  Clearly Apple needs to consider hiring Crystal as a product tester to carry out accelerated life testing of their touchscreen products.  I can even see Crystal appearing in television ads pitting her against a Blackberry user in a “Mac vs. PC guy”-style ad campaign.

As the battle for cell phone mind and market share continues, we will see more users like Crystal emerge to probe the limits of what’s possible and what’s popular in mobile devices.

Coming soon to a Phone near You

Two new features will soon be coming to mobile phones and portable media players.  These features are active matrix organic light emitting diode (AMOLED) displays and projection displays (picoprojectors).  In fact, the soon to be released Samsung Show phone (see photos below) features both touch screen AMOLED and projection displays in a package only slightly thicker than the Apple iPhone.

Show4+6

Popular Science has posted a comprehensive video illustrating the features and operation of the Samsung Show.

Sony has also announced their Walkman NWZ-X1000 portable media player with a touch screen AMOLED display.

Sony-X-Series-NWZ-X1000

As AMOLED manufacturing technology matures, AMOLEDs will find increasing application in mobile device applications.  The increasing penetration of AMOLED displays in the mobile device segment will occur because of their excellent display attributes and reduced power consumption.  Moreover, in the lucrative and hotly contested mobile device market, the superior display attributes of AMOLED displays compared to LCDs make AMOLED displays a market differentiating feature.  Although television applications of AMOLED displays garner a great deal of attention, small and medium size applications of AMOLEDs will dominate for the next several years as manufacturers work diligently to increase manufacturing yields and reduce costs of AMOLEDs.In contrast, the application of picoprojectors in mobile devices opens up entirely new applications for sharing pictures, videos and presentations.  As the photo below of the Samsung Show illustrates, mobile devices with solid communication features will become a pervasive means to carry and share our content.

Show7

Wireless Industry Responds to Open Devices, Open Networks and the Apple iPhone

Three days spent last week (April 1-3) in Las Vegas at the annual CTIA Wireless show provided a solid glimpse of the ongoing reaction of the wireless industry to the Apple iPhone. Clearly, the iPhone is having an impact on the industry out of proportion to the number of units sold to date. The iPhone was the dominating touchstone in almost every discussion. Apple of course does not even exhibit at CTIA. However, nearly every conversation emphasized the ease of use of the iPhone. The undertone at CTIA this year was not about something you could see or photograph. The whole story this year was about usability and the emerging role of open handsets and open networks. The most frequently named product and the underlying unspoken thought were both iPhone.

Handset manufacturers and service providers are all working to respond to the iPhone. Samsung’s new touch-screen phone, the Instinct (below) captured the “Best in Show” Emerging Technology Award at CTIA Wireless 2008. The Instinct also received the Best Cell Phone distinction in CNET’s Cream of the Crop at the event.

3-31-08-instinct2

Apple, with the iPhone, has turned existing wireless industry relationships on their head. This is particularly so in the US where the carrier has dictated so much to the consumer and device manufacturer. By offering consumers an attractive handset that sets new standards in usability, appeal, and mobile internet browsing, Apple is pointing the way for handset leadership. Initially, Apple launched the iPhone as a very closed platform to make their point and to gain initial market entree. Apple is now orchestrating a phased rollout of a more open platform with the release of their iPhone software development kit (SDK), upcoming acceptance of 3rd party applications, and a controlled means (iTunes store) of distributing “approved” applications. In this way Apple is masterfully doing what the major carriers have not, and don’t yet know how to do without giving up a great deal of control and risking becoming bit pipes. However, Apple, if they continue to execute to plan, have the opportunity to expand their franchise at a high rate and leave nonresponsive carriers and handset suppliers behind in the mind of consumers. Although Apple is starting from a very small base in mobiles, as their large market share in music players shows, their ability to connect with consumers will provide them with a great opportunity to expand the iPhone franchise and their handset market share.

For additional insight, click Comments on CTIA Wireless 2008 to view a few slides about our findings from CTIA Wireless 2008.

WRT Associates Announces New Report on Wireless Device Applications of Optoelectronics

WRT Associates (www.wrtassoc.com) announces the availability of a new report entitled “Wireless Device Applications of Optoelectronics.” This report was authored by Phillip Wright, Ph.D., Chief Analyst and Managing Director at WRT Associates, LLC, and Consultant with the Optoelectronic Industry Development Association (OIDA). The Wireless Optoelectronics report package is being made available through WRT Associates, LLC with the cooperation of OIDA. The table of contents, lists of figures and tables, and an excerpt of the Wireless Optoelectronics report is available here: Excerpt Wireless Device Applications of Optoelectronics

The Wireless Optoelectronics report provides a detailed view and forecast of the role of optoelectronics components and modules in wireless devices including mobile phones that currently sell more than 1 billion units annually. The emergence of wireless connectivity in an increasing range of products including digital cameras, mp3 players, portable games, and more is increasing the market opportunity for optoelectronics in wireless devices. In high end wireless devices such as the Apple iPhone, the optoelectronics content can reach 20-30% of the total bill of materials cost. In many wireless devices, optoelectronics enable key features that are highly valued by consumers including large color displays, high resolution auto focus digital cameras, and colorful surface and keypad illumination. The report includes decadal market forecasts for optoelectronic component and module revenue including high brightness light emitting diodes (HBLEDs), image sensors, and wireless device displays by type. The Wireless Optoelectronics report also highlights new optoelectronic technologies and applications that will drive new features in wireless devices. The market roles of Organic Light Emitting Diodes (OLEDs), flexible displays, 3D displays and micro projectors, and new optoelectronic enabled user interface devices are also covered in the report. The Wireless Optoelectronics report provides a comprehensive overview and forecast of market growth for optoelectronics in wireless devices and provides a timely heads-up on the evolution of new technologies that will drive the market ahead.

WRT Associates are making the Wireless Optoelectronics report available in a package with 2 hours of consultation with the author to discuss the contents of the report and related topics. Consulting conferences can be held by phone or at the customer’s site at added expense. The report will be delivered electronically in PDF file format and is available now for $1,695 by emailing info@wrtassoc.com or by calling +1-970-219-8800.

Optoelectronics provides flexibility for mobile device designers

Mobile devices such as the successful Apple iPhone rely on advanced optoelectronics to provide an improved web browsing and video experience. For example, compared to most smart phones that employ a 2.2 – 2.6 inch QVGA (320 x 240 pixels) display, the iPhone with a 3.5 inch higher resolution ½ VGA (480 x 320 pixels) display makes near maximum usage of it’s front surface real estate though the use of touch screen input and a single button. This design enables a high information content display in a somewhat larger but still compact form factor. The illustration below compares the iPhone with the generic size portable information device (100 mm x 50 mm x 20 mm). The iPhone measures 115 mm x 61 mm x 11.6 mm. The generic size portable device is also shown compared to a deck of playing cards. Note that the generic personal information device (PID) size is very close in size to playing cards, credit cards, and other small items meant to be hand held and carried by humans.

iPhone size

The thinness of the iPhone, while a technical challenge for the display with touch screen and the additional components and packaging, allows for the slightly wider device and makes a strong styling statement.

Advancing optoelectronics technology is giving mobile device designers entirely new ways to incorporate high information content displays in very small form factors. Direct view displays in mobile handsets are always constrained by the surface area of the device. Stowable displays based on new flexible display technology offer one path to overcome this limitation. The figure below shows a flexible display panel using electrophoretic technology developed by Polymer Vision.Polymer Vision smallFlexible display technologies like that illustrated above give product designers new opportunities. The figure below shows a wireless device, the Readius phone/e-book reader, developed by Polymer Vision, that employs a flexible electrophoretic display in a stowable form factor. When not in use, the 5.0 inch display rolls up into the body of the portable device which with a size of (100 x 56 x 21 mm) is nearly the size of the generic portable information device (100 x 50 x 20 mm) that more typically sports a 2.5 inch diagonal display. When the user wishes to view the display, she unrolls the display to yield a screen area larger than the portable device form factor when stowed. Flexible and conformal displays will provide future product designers with some very interesting options.

Readius small

Novel camera technology enables new products, form factors

In a press release earlier this year, Tessera (TSRA) announced a new technology for making extremely small and lower cost camera modules for devices such as camera phones, webcams and security cameras. The size reduction possible with the new technology Tessera calls OptiML™ Wafer Level Camera Technology is impressive as shown in the illustration below.

Tessera Camera Module 640

This reduction in camera size will enable designers of mobile phones and other portable products to fashion still more compact devices. The design of earlier products, particularly the thickness, has often been dictated by the height of the included camera module. Using Tessera’s technology, product designers will be free to incorporate cameras in extremely thin new designs. The reduced size and cost of camera modules will also enable designers to place cameras in entirely new product categories.

As with many prior technologies, when cost and size are reduced adequately, the technology proliferates and becomes ubiquitous, leading to large market opportunities. By making its camera technology available through licensing to the industry, Tessera means to profit as manufacturers roll out new modules, and industrial and consumer products based on OptiML™ Wafer Level Camera Technology. Perhaps the first instance of the new Tessera technology going to market is the recent licensing agreement with Toshiba.

As we look ahead to the new year we will watch for further licensing deals, design-ins and products incorporating this and other steadily evolving optoelectronic technologies.

Bring Down the Wall (Part 4)

Now that we know the “Googlephone” is not a phone but rather a new phone operating system called Android, we can begin to forecast how the smart phone market will evolve. As with much in evolution a good deal of time will be involved. But first take the time to look over the videos (a total of 7 videos) posted by Google that describe, promote and generally talk up Google’s approach to penetrating the smartphone operating system space.

Android will have to find a place among the established smart phone operating systems that include Symbian, Palm, Blackberry, Windows Mobile, and of course the iPhone. Now that Apple have announced that they will deliver a system development kit (SDK) for the iPhone in February 2008, developers are looking forward to offering applications for a hardware platform with great appeal. The iPhone hardware combines many of the elements needed for a widely popular gadget ecosystem including a large high resolution display and an appealing human interface design. By introducing the iPod Touch media player, Apple has already extended the iPhone franchise to a second product category.The market roles of the incumbent smart phone operating systems (Symbian, Palm, Blackberry, Windows Mobile) are fairly well understood at present and all appear to be upstaged by the iPhone. By entering a relatively crowded market, Android will have acceptance challenges. First, Android will have to gain adequate momentum so that it is not simply one more OS for application developers to write to. Second, compelling hardware platforms must be developed to utilize Android and enable compelling features for consumers and solid value propositions for service providers. As I noted, evolution is slow, but inevitable. The evolution of smart phone operating systems is ongoing and we should see new species emerge by mid 2008.

Update to “Bring Down the Wall”

Locked Mobile Phone

The New York Times has a good article today summarizing the state of industry policies and market practices regarding “locked” and “unlocked” mobile phones. As we have discussed here, we feel that the mobile wireless device industry approach to the walled garden practice favored by some device manufacturers and many mobile service providers will come under increasing scrutiny from many angles. Consumers and regulatory bodies worldwide are increasingly seeking more open access to wireless devices and applications. When NOKIA, the world’s largest maker of mobile phones, runs ads stating “Open to Anything” and “Unlock your potential,” it’s clear that a good portion of the global device manufacturing industry are willing and able to provide more open access to devices. The service providers however take a range of positions regarding “unlocked” devices as detailed in the Times article. Although service provider policies are evolving, a limited range of options are available in many service regions worldwide, and movement to more open devices and networks will continue to be slow. Nevertheless, for those consumers and businesses that would like to see more openness and competition in the wireless market place, progress is being made. Moreover, I expect that progress will accelerate and new opportunities be created as consumers and businesses vote with their feet and their wireless service contracts by moving to service providers with more open market practices.

New Industry Report Released

The Optoelectronics Industry Development Association (OIDA) has recently released its 2007 GLOBAL OPTOELECTRONICS INDUSTRY MARKET REPORT AND FORECAST (see press release here). The report is available to OIDA members in October 2007. A number of reports on several optoelectronics technology and market segments are also available to non-members directly from OIDA including the 2006 Global Optoelectronics Industry Market Report and Forecast (click here for reports). Additions to this year’s 540-page market summary of optoelectronics include:

* Ten-year forecasts of the global optoelectronics industry
* Reclassification of “enabled optoelectronics”
* Decade forecasts of each of the major OE segments
* Two new chapters: Wireless Device Applications and Organic Light Emitting Diodes
* Updated data for each chapter
* Comparison of the global market summary with that of OITDA (Japan) and PIDA (Taiwan)

In the preface to the annual market report, “OIDA acknowledges Dr. Phil Wright, Managing Director of WRT Associates, who has contributed significantly to, and acted as OIDA’s chief analyst for, the review. In particular, Phil has led the forecasting and review of optoelectronics in wireless, OLED, solar, medical, image sensor, LED, and wireless consumer product technology.”

The 2007 report is the ninth annual Global Optoelectronics Industry Market Report and Forecast to be delivered by OIDA to its members. Consider joining OIDA for access to technology, industry and market data about this rapidly growing market opportunity. In 2006, the optoelectronics market achieved new highs with optoelectronics enabled and components market revenues reaching $565 billion, a 14.5% increase over 2005 ($494 billion). OIDA forecasts strong and steady growth over the next decade for the optoelectronics enabled and components market with revenues expected to surpass $1.2 trillion by 2017 and a 2007-2017 Compound Annual Growth Rates (CAGR) of 7.7%.

Looking ahead, the Optoelectronics market will offer companies and investors an abundance of interesting and profitable opportunities.