canon lcd display factory

I have a Rebel T1i and am hoping to reset the camera to factory but when I try toggle to Manual Settings or any of the Creative Modes, when I press menu button, I don"t see any of the menu options. The only time I see the menu options on the LCD screen is when I toggle to the video and then I press menu, I see the options. Unfortunately, under the video settings, I don"t have the third screwdriver logo option for factory reset. Does anyone know why I can"t attain the menu options when I select the manual settings? The LCD screen is working but it won"t take me to the menu option settings at all. I have removed the battery from the camera for two days and tried to factory reset that way but it didn"t work.

canon lcd display factory

I did a dumb thing while travelling with my new canon M50. I tried to save battery life by turning off the LCD screen and now it is permanently off. I can still take pictures but I can’t see the menu, I can’t review photos, just completely off.

My mother once called me to say her screen had stopped working and she was unable to use it to compose or review images.  Since I knew she was on a beach at the time, I asked her if she was wearing Polarized sunglasses.  She was.  And I knew she preferred Portrait Mode orientation.  Rotating the camera resulted in the polarized light from the LCD being cancelled by the sunglasses, making it look like the camera LCD was dead.

If any of the methods above don"t resolve your screen display problem, then there"s a fault with the camera itself.  It"d consider that to be extremely unlikely but it"s hypothetically possible.  Be sure to let us know so we can notify others with a similar question and identify any design flaws for other users.

canon lcd display factory

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canon lcd display factory

It is possible that your LCD needs replacing. Without any pictures of the actual screen it"s hard to tell but generally you can only adjust the LCD screen"s brightness and not the colour.

Does this happen in the menu as well? If it only happens on live view then it could be the settings. If it"s on the menu too then likely the LCD is faulty.

canon lcd display factory

Hitachi, Ltd., Canon Inc., and Matsushita Electric Industrial Co., Ltd. on December 24 reached a basic agreement on a comprehensive alliance aimed at reinforcing and growing the liquid crystal display (“LCD”) panel businesses and technologies. Under this alliance, the three companies will merge their strengths to accelerate the development of cutting-edge display technologies and expand their scope of application.Hitachipossesses sophisticated liquid crystal-related technologies, including the world-acclaimed In-Plane Switching (“IPS”) technology that enables outstanding color reproducibility, wide viewing angles and other superior features. Canon, meanwhile, excels in the camera, printer and medical equipment fields while Matsushita commands global leadership in the flat-panel TV field.

Moreover, it has been basically agreed by the three companies that Canon and Matsushita will, by transfer of shares fromHitachi, each acquire 24.9 percent of the shares of Hitachi Displays Co., Ltd., a wholly owned subsidiary ofHitachiengaged in small- and medium-sized LCD panel-related businesses, byMarch 31, 2008, subject to approvals by regulatory authorities. As a result,Hitachi’s stake in Hitachi Displays is to become 50.2 percent. The three companies will further discuss the details of the agreement.

LCD panels are finding growing applications in a diverse array of fields, from mobile phones, flat-panel TVs and PCs to digital still cameras, game consoles, printers, automotive electronics and more. Global demand for LCD panels is therefore rising. However, intensifying competition has made it imperative for LCD panel manufacturers to ensure a stable supply of high-quality LCD panels at low prices. This will require ongoing upfront investment and development of cutting-edge technologies.

Hitachihas thus decided to expand its business alliances with Canon and Matsushita in order to advance the development of cutting-edge LCD panel technologies through collaborative creation with the respective companies. This move will spur further advancement inHitachi’s technologies in the LCD panel business.Hitachipossesses a range of sophisticated liquid crystal-related technologies that includes IPS technology, which has earned accolades worldwide for enabling high picture quality, wide viewing angles and other advanced panel features. By joining forces with Canon and Matsushita,Hitachiseeks to accelerate the development of cutting-edge technologies. Furthermore, as an end-product manufacturer, Hitachi will strengthen its competitiveness in the flat-panel LCD TV sector by using state-of-the-art LCD panels to develop the world’s thinnest flat-panel LCD TV and its ultra-thin flat-panel LCD TVs “Wooo UT series.” In addition, by working to optimally allocate business resources in order to establish a stable, high profit structure as a group,Hitachiwill work to advance its basic management policy of “Collaborative Creation and Profits.”

By paving the way for stable procurement of LCD panels through acquisition of an equity interest in Hitachi Displays, Canon seeks to sharpen its product development capabilities by shortening development times and enhancing product features. It also aims to reinforce its digital single-lens reflex camera and various other product businesses employing high-quality, small- to medium-sized LCD panels in the consumer electronics, office equipment, medical and other fields. Furthermore, Canon aims to accelerate ongoing development of organic light-emitting diode (“OLED”) displays by teaming up withHitachi, which also boasts advanced display technologies.

Canon will continue to develop various types of displays in order to realize cross-media imaging — a sophisticated combination of imaging input and output equipment for data, still images and video that allows users to intuitively process images and information in any context in daily life or industry.

Matsushita is expanding and strengthening its mainline PDP operations. It is also deepening its involvement in the businesses of Hitachi Displays, a designer, manufacturer and marketer of IPS liquid crystal panels for large TVs, and of IPS Alpha Technology, Ltd. (“IPS Alpha”), a joint venture held by companies including Matsushita and Canon. These moves are part of a Matsushita-orchestrated initiative in collaboration with the Hitachi Group to ensure a stable supply of liquid crystal displays by pushing ahead with construction of a next-generation plant at IPS Alpha. The aim is to exploit the outstanding performance and cost advantage of the IPS Alpha Panel toward increasing the competitive edge of the VIErA Series of flat-panel TVs in step with PDP models. Matsushita is moving aggressively ahead with the enhancement of a vertically integrated business in the flat-panel TV sector, and sees the new IPS Alpha plant as a possible future base for production of OLED displays. The company intends to continue increasing development and production capability in the flat-panel TV business. It believes that by meticulously responding to diversifying customer wants and needs, it can be the primary force driving the flat-panel TV market worldwide.

As the second stage, the three companies are planning ownership changes that would have Canon, a company with extensive know-how in small- and medium-sized displays from the user side, take a majority holding in Hitachi Displays, and Matsushita, a universally acknowledged leader in the TV sector, take a majority holding in IPS Alpha.

Canon Inc.,headquartered in Tokyo, Japan, is a leader in the fields of professional and consumer imaging equipment and information systems. Canon’s extensive range of products includes copying machines, inkjet and laser beam printers, cameras, video equipment, medical equipment and semiconductor-manufacturing equipment. With over 118,000 employees worldwide, Canon has manufacturing and marketing subsidiaries inJapan, theAmericas,Europe,AsiaandOceania; and a global R&D network with companies based in theUnited States,Europe,AsiaandAustralia. Canon’s consolidated net sales for fiscal 2006 (endedDecember 31, 2006) totalled $34.9 billion (at an exchange rate of ¥119 = US$1). Visit the Canon Inc. website at: www.canon.com

canon lcd display factory

OLED displays using light-emitting diode technology are becoming increasingly common in smartphones to improve display performance and reduce power consumption. OLED displays utilize light-emitting materials containing organic compounds that emit light when current is passed through the OLED circuitry. Differences in the organic compounds used in the light-emitting layers cause them to emit light in different colors such as red, blue, and green. Control-circuits adjust the amount of current passed through each and every pixel and control-circuits in smartphones are extremely fine. Control-circuit line widths of just 1.2 ㎛* or the equivalent to 1/75 of the width of a human hair must be fabricated and FPD lithography equipment is essential for exposing and patterning massive arrays of microscopic pixel circuits.

FPD lithography and requires the mask stage carrying a photomask be aligned to the plate stage that holds the glass substrate. Submicron* alignment accuracy is required to precisely overlay the array of microscopic display patterns. Even tiny changes in temperature can cause fluctuations in thermal expansion and air density that can result in errors. Achieving precise alignment requires temperature changes to be minimized which is why lithography equipment is installed in a massive chamber that maintains an internal temperature of 23±0.1°C.

Resolution indicates the minimum size feature (pattern) that can transferred accurately from a photomask to photoresist after exposure with ultraviolet light. Resolution scaling is directly related to increasing television and smartphone display resolution.

canon lcd display factory

We have thousands of standard products that are in stock and available from our Seattle, WA and Hong Kong warehouses to support fast product development and preproduction without MOQ. The stock covers TN, STN LCD display panels, COB, COG character LCD display, graphic LCD display, PMOLED, AMOLED display, TFT display, IPS display, high brightness and transflective, blanview sunlight readable display, super high contrast ratio display, lightning fast response displays, efficient low power consumption display, extreme temperature range display, HMI display, HDMI display, Raspberry Pi Display, Arduino display, embedded display, capacitive touch screen, LED backlight etc.  Customers can easily purchase samples directly from our website to avoid time delays with setting up accounts and credit terms and shipping within 24 hours.

Many of our customers require customized OEM display solutions.  With over two decades of experience, we apply our understanding of available display solutions to meet our customer’s requirements and assist from project concept to mass production. Using your ideas and requirements as a foundation, we work side by side with you to develop ideas/concepts into drawings, build prototypes and to final production seamlessly. In order to meet the fast changing world, we can provide the fastest turnaround in the industry, it takes only 3-4 weeks to produce LCD panels samples and 4-6 weeks for LCD display module, TFT LCD, IPS LCD display, and touch screen samples. The production time is only 4-5 weeks for LCD panels and 5-8 weeks for LCD display module, TFT LCD, IPS LCD display, and touch screen.

canon lcd display factory

My T3i had totally inoperative LCD screen. It would take pictures (although I couldn’t see them) but would not go into video mode. I changed to a different SD card and then it worked. I assume there were too many files even though there was plenty of free space. After I relocated a bunch of files from under DCIM folder the first SD card started working. gareth in Ohio

canon lcd display factory

While the Canon A530"s user interface may seem slightly cryptic at first, it"s actually quite efficient. Most camera functions are controlled externally, and a few of the external control buttons serve multiple functions. When you do need to enter the LCD menu system, navigation is straightforward with only two main pages of options. That said, the majority of external controls do require the LCD display to be active. Regardless, the A530"s external controls cut down on the amount of time spent searching menu screens, and I particularly like the "Function" menu which became standard on Canon digital camera models in the 2003 model year. Combined with the instruction manual, the A530"s user interface shouldn"t take more than an hour to get comfortable with.

Record Mode LCD Display: In Record mode, the A530"s LCD reports various exposure settings, including camera modes, the resolution and quality settings, number of available images, etc. Half-pressing the Shutter button reports the aperture and shutter speed settings, in all modes except Manual. (Aperture and shutter speed are displayed continuously in Manual mode, whether the Shutter button is pressed or not.) Pressing the Display button cycles through the available display modes, including the image with information, no display at all, and the image only.

Playback Mode LCD Display: In Playback mode, the Canon A530"s LCD reports the image series number, resolution and quality setting, file name, and the date and time of image capture. Pressing the Display button once pulls up an enhanced information display, with a histogram for checking the exposure. A third press cancels the information overlay entirely. The telephoto side of the zoom toggle lets you zoom in on a portion of the image, while the wide-angle side backs you out again, and lets you step out to an "index" view of captured images, displayed as nine thumbnails at a time. Zooming out one step past the point at which the index display appears adds a "jump" bar to the bottom of the screen, letting you jump forward or back nine images at a time, rather than scrolling from each image to the next individually.

Record Mode: Marked on the Mode switch with the red camera icon, this mode sets up the Canon A530 for capturing still and moving images. The following exposure modes are available:

MF-Point Zoom: Turns the MF Point zoom option on or off. If on, the center of the frame is enlarged on the LCD display for better viewing while adjusting the manual focus.

Playback Mode: This mode lets you review captured images and movies on the memory card, as well as erase them, protect them, or tag them for printing and transfer. The traditional green Playback symbol denotes this mode on the Mode switch. Pressing the Canon A530"s Menu button displays the following options:

Print Menu: This menu is available in the Canon A530"s Playback mode, simply by pressing the Menu button and selecting the Print tab. The bottom line of the display shows how many images are selected for printing and the print method that is active.

Power Saving: Accesses the camera"s Auto Power Down and Display Off settings. Power Down can be enabled or disabled, and Display Off can be set to 10 / 20 / 30 seconds, or 1 / 2 / 3 minutes.

canon lcd display factory

In Creative Zone modes, when [Guided] is set, only the functions particular to the set shooting mode are displayed on the Quick Control screen. Note that items that cannot be set from the Quick Control screen when [Guided] is selected can be set via the menu screen.

You can select the display method from [Standard] or [Guided]. If you set [Guided], main tab descriptions are provided when you press the

button. If you set [Standard], you proceed directly to the menu screen when you press the button. By default, it is set to [Guided].

canon lcd display factory

By pressing the button on the camcorder, you can switch the shooting information displays, such as date and camera data (shutter speed and exposure), that appear on the LCD monitor.

By following the same procedures, you can turn off on-screen displays, including shooting information or operation buttons, when playing back video or photos.

You can also display necessary information by pressing the button to switch on-screen displays depending on the shooting and playback conditions.

canon lcd display factory

Canon is a leader in cameras and copiers and is the world’s largest maker of laser-printers and office machines. As of 2007, Canon was world’s largest maker of digital camera, with a 26 percent global market in share. Canon released its first digital camera, the Powershot 600, in 1996 and saw its sales take off in the early 2000s when it introduced the IXY model with its compact size and stylish design. The company sold its 100 millionth compact digital camera in August 2008, and sold 27.9 million units in fiscal 2007-2008.

According to the earnings report, Canon"s consolidated sales dropped 4 percent from the previous year to 3.56 trillion yen for the business year ended in December 2011, based on U.S. Generally Accepted Accounting Principles. Main factors for the drop include effects from the Great East Japan Earthquake, floods in Thailand and the superstrong yen. According to its medium-term business plan, the company plans to meet a sales target of more than 5 trillion yen in the business year ending December 2015. [Source: Yomiuri Shimbun, February 1, 2012]

Canon made a group net profit of about $240 million and a group operating profit of about $900 million in fiscal 2010-2011 on sales of $35 billion based on the recovery in the United States and increased sales in laser printers and digital cameras. Sales slowed in 2008 and 2009 due to the global economic downturns. Sales in 2010 are expected to be ¥3.75 trillion. In 2001, Canon had profits of $1.62 billion on sales of $25 billion. That year it controlled 30 percent of the copier business, producing portable machines that were almost as fast as large Xerox machines, and held 70 percent of the laser printer market including the machines it made for Hewlett-Packard.

Canon placed 33rd in the 2011 Interbrand Best Global Brands ranking. Coca Cola and IBM were No. 1 and 2. Canon has 25 percent of its sales in Japan, 34 percent in the Americas, 29 percent on Europe and 12 percent elsewhere. Almost 48 percent of its sales are in computer peripherals, namely printers, 24 percent is in copying machines, 19 percent in cameras, 5.8 percent in optical products and 4.7 percent in business systems.

Cannon headquarters Good Websites and Sources: Canon Global canon.com ; Canon Camera Museum canon.com/camera ; Sharp sharpusa.com ; Sharp and Solar Power sharpusa.com/SolarElectricity ;

Links in this Website: JAPANESE ELECTRONICS INDUSTRY Factsanddetails.com/Japan ; JAPANESE ELECTRONICS COMPANIES Factsanddetails.com/Japan ; CANON, SHARP AND TOSHIBA Factsanddetails.com/Japan ; SONY Factsanddetails.com/Japan ; SONY PRODUCTS Factsanddetails.com/Japan ; PANASONIC Factsanddetails.com/Japan ; INDUSTRIES IN JAPAN Factsanddetails.com/Japan ; JAPANESE COMPANIES Factsanddetails.com/Japan ; TRADE AND OVERSEAS BUSINESS IN JAPAN Factsanddetails.com/Japan ; TECHNOLOGY IN JAPAN Factsanddetails.com/Japan ; GADGETRY AND INVENTIONS IN JAPAN Factsanddetails.com/Japan ; COMMUNICATIONS IN JAPAN Factsanddetails.com/Japan ; CELL PHONES IN JAPAN Factsanddetails.com/Japan ;

$7000 Canon digitcal camera Canon reported profits every quarter in 2003, 2004 and 2005. It reported its 8th straight year of record profits in fiscal 2006-2007 thanks largely to high demand for it high margin digital single lens reflex cameras and copiers. Net income rose 8.7 percent from the previous year to ¥495 billion.

Canon’s profits were ¥98 billion in fiscal 2008-2009 during the global financial crisis. The company cut 1,100 workers at its subsidiaries in Oita and delayed the opening a new digital camera plant in Nagasaki.

Canon is one’s world’s biggest maker of photocopiers, printers, scanners and fax machines. It makes good profits from color laser printers and expensive digital cameras, devices which have high profit margins. Canon depends on overseas sales for 80 percent of its income.

In the camera business, Canon made more money for filmmakers than it did for itself. In copying machines and digital cameras it has not repeated the mistake. It makes large profits selling pricey toner and ink cartridges for copiers and printers that sell for relatively low prices. Canon also supplies the ink cartridges for printers made by other companies and has toner and cartridge factory in the United States. Canon executives put a lot emphasis on cash flow and extracting profits from economies of scale.

photo inkjet printer Under CEO Fujio Mitari, who took over the job in 1995, Canon had been very profitable. In 2003 it surpassed Sony in market value. Things began to take off for the company in 1998 when it stopped making personal computers and typewriters and focused on digital cameras, copiers, printers, and chipmaking equipment.

Mitarai transformed Canon from a company that made mostly cameras into one that became a leading manufacturer or copy machines and computer peripherals. Before he became Cannon CEO he served for 23 years as head of Canon USA. In March 2006, Mitarai became the head of Keidanren, the powerful business organization. He is the first executive from the information technology industry to lead the organization.

Mitarau slipped some was when a friend of his, Norihasa Oga, an executive at a construction, was arrested for tax evasion in connection construction of a Cannon factory for Canon in Oita Prefecture and was accused of his ties with Mitaru to win contracts, commissions and concessions, worth millions of dollars.

In January 2005, Canon announced it would get rid of its seniority system entirely and reward employees with a merit-based wage system. The system was introduced in 2001 for high level management positions with pay based on job difficulty determined by their authority to make deals and the number of subordinates working under them.

In September 2004, Canon announced it was going to build a $229 million R&D center in Tokyo. At that time Canon was spending $2 billion a year on research and development. It ranked No. 2 in patents received in the United States and made $200 million a year from patent royalties.

Canon is investing billions of yen to develop next generation flat panel displays using surface-conducting, electron-emitter technology. It and Toshiba are spending $1.8 billion bring electron emitter display (SED) televisions to the market. The companies hope to produce 75,000 50-inch flat-screen panels a month. SEDS are thinner than existing flat panels and consume less energy. Rather than relying on back lighting they produce their own light. The technology is good for screens of 50 inches to 60 inches. Production has been delayed due to patent disputes with the United States

Canon is putting a lot of resources into the flat-screen television market. It also makes advanced third generation rear projection and next-generation organic electro luminescence (OEL) displays. Panasonic, Hitachi and Canon have formed an alliance to develop and produce this technology. The alliance was formed to defray some of the high costs associated with flat panel technology and develop the technology for use in digital cameras, cell phones and other media as well as televisions.

In July 2008, Canon announced that would spend ¥17.4 billion to build a new factory in Nagasaki Prefecture that can produce 4 million digital cameras a year. Originally Daily Yomiuri Daily Yomiuri Expected to being production in December 2009, it will be Cannon’s third digital camera factory in Japan. The opening was delayed due to the global financial crisis in 2008 and 2009.

Canon has won much praise for its D90 camera, which combines a world-class, single-lens-reflex camera and a video camera that shoots in high definition. The camera cost $999, and $1,299 with a lens.

In September 2006, Canon recalled 800,000 desktop copiers because of a problem with a improperly fitted electrical connection that in rare cases caused the machine to overheat, emit smoke and catch a fire. During the economic crisis in 2008 and 2009, Canon made profits but they were lower than before.

Canon is a leader in digital cameo technology that allows cameras to instantly analyze the brightness of surrounding conditions of target objects before setting the proper aperture and shutter speed.

In 2010, Canon it would enter the robotics industry and begin marketing industrial robots by 2015. It made the decision based in what it sees as strong growth in the robotics sector. It is targeting robots for health care and emergency situations using image recognition and information processing technology it developed for digital cameras and other products.

In February 2012, the Yomiuri Shimbun reported: “Canon Inc. has announced Chairman and Chief Executive Officer Fujio Mitarai will return as president in addition to to his current roles. Current President and Chief Operating Officer Tsuneji Uchida, 70, will become adviser. The unusual decision for Mitarai to return to his role as president comes amid growing uncertainty about the firm"s prospects due to the European fiscal crisis and the historic surge of the yen.It is believed Canon aims to improve its business performance under Mitarai"s leadership, as he achieved satisfactory results when he was company president from 1995 to 2006. Mitarai also served as chairman of the Japan Business Federation (Keidanren) from 2006 to 2010. [Source: Yomiuri Shimbun, February 1, 2012]

“Regarding Mitarai"s return as president, Vice President Toshizo Tanaka said at a news conference, "When prospects are uncertain, it is safer to bring together experienced veterans instead of hurrying to bring about generational change." Canon hopes to achieve its goals by having Mitarai concurrently hold the three posts of chairman, CEO and president and take the lead of company management.

“Canon had intended to bring about generation change to management by 2010. But it postponed execution of the plan because of a drop in results following the collapse of the Lehman Brothers in 2008.

Sharp headquarters Sharp is an Osaka-based company credited with starting the calculator revolution. It is currently a leader in flat-screen televisions and solar energy. It is Japan’s largest producer of liquid-crystal display (LCD) televisions — making LCDs not only for itself but also for Sony, Toshiba and others — and for long time was the only Japanese company to make profits in LCDs. It made large profits in the mid 2000s.

In 1964 Sharp invented the first calculator. In the late 1960s it developed liquid crystal displays as a way of to get rid of the space-occupying fluorescent tubes in their calculators. Americans were the first to develop LCD technology — which uses organic chemicals between glass to create numbers and other images when given an electrical charge — but were unable to maintain the display. Fumiaka Funada, a Sharp engineer, discovered how to keep the display from deteriorating when he forgot to put the cap on some chemicals that dispersed in the air and affected the displays he was experimenting with. Sharp began putting LCDs in compact calculators it sold in 1972

Sharp engineers applied LCD technology to word processors and other devices but initially when they applied it to television it only produced grainy images. Over the years researchers tried many different substances in conjunction with liquid crystal. Finally in 1983, a group of scientists that included Funada developed an amorphous hpis compound that produced clear television images on a three inch screen. The search was then focused on material that could be used for larger screens. Early attempts resulted in a few success and lots of defects. The first Aquos LCD televisions went in sale in 2001.

Sharp had a $450 million loss in fiscal year 2006 and cut 2,300 jobs as the sale of digital cameras and mobile phones slumped. In fiscal 2007 it made a net profit of $1 billion and an operating profit of $1.83 billion. Sharp lost $1.26 billion fiscal 2008 in the midst of the global financial crisis. Hard hit by decline in flat-screen television and cell phones, it closed two LCD production lines.

In April 2010, Sharp unveiled an LCD display touchscreen that shows 3-D images without requiring special glasses. The display is expected to be used in 3-D Nintendo DS consoles launched in 2011. Sharp also said it would launch 3-D LCD televisions in the summer of 2010. They use four primary colors instead of three to boost the brightness of the pop-out images.

“Sharp has seen demand slow for liquid crystal display televisions, its main product. "The domestic and Chinese demand for liquid crystal display televisions fell at a faster pace than expected," the company said. Analysts said Sharp should be looking to increase profit margins by making more expensive products such as LED and 3D televisions."The focus for Sharp has to be in terms of leveraging its ability to sell into the higher-end market as far as televisions are concerned," said Satish Lele from Frost and Sullivan.He added that Japanese TV-makers faced stiff competition from Taiwanese and Korean players, especially in emerging markets.

“In April, Sharp reduced production of TV panels at its two biggest LCD plants. The company’s so-called 10th-generation factory in Sakai, has a production capacity of 72,000 panels a month, while the eighth-generation LCD plant in Kameyama, Mie, is capable of making 100,000 panels.

Sharp also plans to reduce the production of LCD TV panels by more than 80 percent at its factory in Kameyama, Mie Prefecture, whose products are known as the "Kameyama brand."

In March 2012 it was announced that Foxconn Technology Group and founder Terry Gou, would invest $1.6 billion in Sharp. Bloomberg reported: “Foxconn, including Taipei-listed flagship Hon Hai Precision Industry Co., will buy 9.9 percent of Sharp for 66.9 billion yen in a new-share sale. Foxconn Chairman Gou and related investment companies will buy 46.5 percent of Sharp Display Products Corp., a venture with Sony Corp., for 66 billion yen.

The deal, the largest Japanese investment by a Taiwanese buyer, includes an agreement to purchase as much as 50 percent of Sharp Display’s LCD panels. Sharp will begin shipping displays using IGZO technology for the new iPad, joining major supplier Samsung and LG Display Co. [Source: By Mariko Yasu and Masatsugu Horie, Bloomberg, April 10, 2012]

“It is rare that an overseas manufacturer will be the largest stakeholder of a Japanese home appliance manufacturer. Hon Hai Precision Industry is the world"s largest contract manufacturing company. It produces personal computers, smartphones and TVs, and receives orders from large companies such as Apple Inc. Meanwhile, sharp will sell a 46.5 percent stake in its subsidiary Sharp Display Products Corp., which operates a liquid crystal display panel plant in Sakai, Osaka Prefecture, to Hon Hai for 66 billion yen. The 46.5 percent stake in the subsidiary is half of the stake owned by Sharp. To raise the operating rate of the Sakai plant, Sharp intends to provide up to half the LCD panels manufactured there to Hon Hai.

In December 2011, Reuters reported: “Samsung Electronics Co, Sharp Corp and five other makers of liquid crystal displays agreed to pay more than $553 million to settle consumer and state regulatory claims that they conspired to fix prices for LCD panels in televisions, notebook computers and monitors. The settlement is the latest arising from lawsuits alleging the creation of an international cartel designed to illegally inflate prices and stifle competition in LCD panels between 1999 and 2006, affecting billions of dollars of U.S. commerce. [Source: Karen Freifeld, Reuters, December 27, 2011]

In December 2006, authorities in Japan, Korea, the European Union and the United States revealed a probe into alleged anti-competitive activity among LCD panel manufacturers. Many companies and executives have since pleaded guilty to criminal antitrust violations and paid more than $890 million in fines. The latest payout includes $538.6 million to resolve claims by "indirect" purchasers that bought televisions and computers with thin film transistor LCDs, as well as claims by eight states: Arkansas, California, Florida, Michigan, Missouri, New York, West Virginia and Wisconsin. New York Attorney General Eric Schneiderman said: "This price-fixing scheme manipulated the playing field for businesses that abide by the rules, and left consumers to pay artificially higher costs for televisions, computers and other electronics.”

“The accord calls for Samsung to pay $240 million, Sharp $115.5 million and Taiwan-based Chimei Innolux Corp $110.3 million, settlement papers filed with the U.S. District Court in San Francisco show. Hitachi Displays Ltd will pay $39 million, HannStar Display Corp, $25.7 million; Chunghwa Picture Tubes Ltd, $5.3 million, and Epson Imaging Devices Corp, $2.9 million, the court documents show. The settling companies also agreed to establish antitrust compliance programs and to help prosecute other defendants. Other defendants have yet to settle, including Taiwan-based AU Optronics Corp, one of the largest LCD panel manufacturers; South Korea"s LG Display Co and Toshiba Corp.

Hitachi and Sharp were searched by the Fair Trade Commission on suspicion they colluded on setting prices on liquid crystal displays for Nintendo game handsets. In November 2008, Hitachi, Sharp, South Korea’s LG Display Co and Taiwan’s Chungwa Picture Tubes admitted to fixing liquid crystal display LCD prices and were ordered to pay a fine of $585 million by the U.S. Department of Justice.

Sharp has a 12 percent share of the global LCD market, forth behind Sony, Samsung and Phillips Electronics. Sharp has 40 percent of Japan’s LCD television market, impressive considering the amount competition in the market.

Sharp sold 6 million LCD televisions in fiscal 2006. Flat screen market share in North America in early 2008: 1) Samsung (21.9 percent); 2) Sony (17.3 percent); 3) Vizio (8.8 percent); 4) LG Electronics (8.3 percent); 5) Sharp (7.9 percent); 6) Matsushita (6.4 percent); 7) Toshiba (5.4 percent); Others (24 percent).

Sharp is focusing on building profitable-very large-screen, flat-panel televisions. As of January 2007, Sharp produced the largest flat screen television: 108-inch liquid crystal display. The record before was 102 inch model made by Samsung.

Sharp unveiled a 52-inch flat-screen prototype that is only two centimeters thick in October 2007. It unveiled a 29-millimeter-thick television in August 2008 that was touted as the thinnest, lightest and lowest energy-consuming liquid crystal display in the world.

In December 2007, Sharp began construction of world’s largest LCD plant in Sakai, Osaka Prefecture to produce LCD panels for flat screen televisions. It is expected to be completed in March 2010. The new plant in Sakai will cover 1.27 million square meters — enough to accommodate 33 large stadiums — and will embrace plants for solar panels and parts. It’s main purpose will be to manufactures LCD panels mainly for 40-inch and 60-inch model televisions by cutting glass substrates in sheets the size of five doors or tatami mats. The larger a glass substrate is the easier it is to produce large screen televisions at a lower cost. Going at full capacity the factory will be able to produce 13 million 42-inch panels annually. More than half are likely to be sold to other firms.

At the Sakai plant, two thirds of production will go to Sharp and the remainder will go to Sony. Sharp has an alliance with Toshiba and Sony to produce to 30-inch and 60-inch LCD panels to use in their flat screen televisions. The alliances increase Sharp’s growth and power in the LCD market and cut costs for Sony and Toshiba.

In December 2010, Sharp and Japan’s LCD production was given a nasty blow when Sony said it would not purchase LCD panels from Sharp or invest in Sharps LCD factory in Sakai. Instead, Sony said, it would purchase LCD screen from Taiwanese manufacturers. Sony said it is holding back on investing in Sharp’s LCD screen factory over concerns that the high value of the yen makes Japan-made LCD screens too expensive compared to those produced in other countries.

The Sakai factory utilizes “10th-generation” technology, which is especially well-suited to making large screens. Sharp is opening a LCD plant in Nanjing in China. The plan was use older “eighth generation” technology there. The Chinese have demanded that 10th generation technology be used at the Nanjing plant or else it won’t be allowed to open.

Sharp"s Sakai plant has drastically reduced production of LCD panels after its inventory increased. Sony Corp. was originally scheduled to increase its share holding rate of Sharp Display Products from 7 percent to up to 34 percent. But Sharp and Sony announced that the additional capital injections to the plant operator will not be made.

Today Sharp solar panels can be found in the CIS Tower in Manchester, England, where 7200 modules produce 183,000 kW a year; the Salzberg Airport in Austria; and the Bruchwegstadion in Mainz Germany. The new Sharp LCD plant in Sakai is not only produced thin films for LCDs it will also make thin films for solar cells covering the plant’s roof.