Subject

Month of rating

Credit

rating

Rating agency

(Rating range)

Commercial Paper

Corporate Debenture

National Information & Credit Evaluation, Inc.

(A1 ~ D)

Korea Investors Service, Inc.

(A1 ~ D)

National Information & Credit Evaluation, Inc.

(AAA ~ D)

Korea Investors Service, Inc.

(AAA ~ D)

Korea Ratings, Inc.

(AAA ~ D)

(Unit: Won, Share)

Date

Description

July 23, 2004

September 8, 2004

July 27, 2005

(Unit: In millions of Won, Share)

Item

Content

- Registered form

- Listed on Singapore Exchange

Description

1. Shares with voting rights [A-B]

A. Total shares issued

B. Shares without voting rights

2. Shares with restricted voting rights

Total number of shares with voting rights [1-2]

Description (unit)

Par value (Won)

Profit for the period / Net income (million Won)

Earnings per share (Won) ⁽¹⁾

Total cash dividend amount (million Won)

Total stock dividend amount (million Won)

Cash dividend payout ratio (%)

Cash dividend yield (%) ⁽²⁾

Stock dividend yield (%)

Cash dividend per share (Won)

Stock dividend per share (share)

2011 (Q1)

Sales Revenue

Gross Profit

Operating Profit (Loss)

TFT-LCD technology is one of the widely used technologies in the manufacture of flat panel displays, and the demand for flat panel displays is growing. The flat panel display industry is characterized by entry barriers due to rapidly evolving technology, capital-intensive characteristics, and the significant investments required to achieve economies of scale, among other factors. There is intense competition among the players in the industry, and the industry’s production capacity, including ours, is continually increasing.

The demand for LCD panels for notebook computers and desktop monitors has grown, to a degree, in tandem with the growth in the information technology industry. The demand for LCD panels for television sets has been growing as digital broadcasting is becoming more common and as LCD television has come to play an important role in the digital display market. In addition, markets for small- to medium-sized LCD panels, such as those used in mobile phones, P-A/V, medical applications, automobile navigation systems and e-books, among others, have shown continued growth.

The average selling prices of LCD panels may continue to decline with time irrespective of general business cycles as a result of, among other factors, technology advancements and cost reductions.

The TFT-LCD business is highly cyclical. In spite of the increased demand for products, this industry has experienced periodic volatility caused by imbalances between supply and demand due to capacity expansion within the industry.

Intense competition and expectations of demand growth may lead panel manufacturers to invest in manufacturing capacity on similar schedules, resulting in a surge in capacity when production is ramped up at new fabrication facilities.

During such surges in production capacity, the average selling prices of display panels may decline. Conversely, demand surges and inability of supply to meet such demand may lead to price increases.

The TFT-LCD industry is highly competitive due largely to additional capacity expansion driven by TFT-LCD panel makers.

Most TFT-LCD panel makers are located in Asia.

Our worldwide market share for large-sized TFT-LCD panels based on revenue is as follows:

Panels for Notebook Computers ⁽⁶⁾

Panels for Monitors

Panels for Televisions

Total

Our ability to compete successfully depends on factors both within and outside our control, including product pricing, our relationship with customers, successful and timely investment and product development, cost competitiveness, success in marketing to our end-brand customers, component and raw material supply costs, foreign exchange rates and general economic and industry conditions.

In order to compete effectively, it is critical to be cost competitive and maintain stable and long-term relationships with customers which will enable us to be profitable even in a buyer’s market.

A substantial portion of our sales is attributable to a limited number of end-brand customers and their designated system integrators. The loss of these end-brand customers, as a result of customers entering into strategic supplier arrangements with our competitors or otherwise, would result in reduced sales.

Developing new products and technologies that can be differentiated from those of our competitors is critical to the success of our business. It is important that we take active measures to protect our intellectual property internationally by obtaining patents and undertaking monitoring activities in our major markets. It is also necessary to recruit and retain experienced key managerial personnel and skilled line operators.

As a leading technology innovator in the display industry, we continue to focus on delivering differentiated value to our customers by developing new technologies and products, including in the categories of 3D, touch screens and next generation displays. With respect to 3D technology, we have commenced mass production of high definition 3D panels with reduced degrees of “crosstalk,” or the degree of 3D image overlapping, of less than 1% (which is less than what the human eye can perceive). We have also acquired the technical skills and have established a supply chain management system that enables us to provide one-stop solutions to our customers with respect to touch module products. In addition, we have shown that we are technologically a step ahead of the competition by developing products such as 10.1-inch flexible LCDs, 2.6 mm thin televisions (the thinnest in the world at the time) and 19-inch flexible e-papers.

Moreover, we entered into long-term sales contracts with major global firms such as Dell, Hewlett Packard and Kodak of the United States and Japan’s Toshiba, among others, to secure customers and expand partnerships for technology development. In January 2009 and April and December 2010, we entered into separate long-term supply agreements with Apple Inc. to supply display panels for three to five years.

In order to meet the rapidly increasing market demand for large TFT-LCD panels, we decided in March 2010 to further expand P8 by investing in P83, which successfully commenced mass production in March 2011. In January 2011, we also decided to invest in a new eighth generation production facility, P98.

We also plan to strengthen our market position in future display technologies by strengthening our OLED business, accelerating the development of flexible display technologies and maintaining our leadership position in the LED backlight LCD market.

We are making an effort to increase our competitiveness, including in the LCD component parts market, by forming cooperative relationships with suppliers and purchasers of our products. As part of this effort, in March 2005, we established a joint venture company, Paju Electric Glass Co., Ltd., with Nippon Electric Glass Co., Ltd. We invested (Won)14.4 billion in return for a 40% interest in Paju Electric Glass Co., Ltd. In November 2010 and April 2011, we invested an additional (Won)14.8 billion and (Won)4.4 billion, respectively, in Paju Electric Glass Co., Ltd. but the additional investments did not change our percentage interest in Paju Electric Glass Co., Ltd. In July 2008, we purchased 6,850,000 shares of common stock of New Optics Ltd. at a purchase price of (Won)9.7 billion, and in February 2010, we purchased an additional 1,000,000 shares of common stock of New Optics at a purchase price of (Won)2.5 billion. In addition, in February 2009, we purchased 3,000,000 shares of common stock of LIG ADP Co., Ltd. (formerly ADP Engineering Co., Ltd.) at a purchase price of (Won)6.3 billion. In May 2009, we purchased 6,800,000 shares of common stock of Wooree LED Co., Ltd. at a purchase price of (Won)11.9 billion. In November 2009, we purchased TWD212.5 million in convertible bonds from Everlight Electronics Co., Ltd. In December 2009, we purchased 420,000 global depositary shares representing 420,000 shares of Prime View International Co., Ltd’s common stock at a purchase price of US$9.9 million. In January 2010, we purchased 10.8 million shares of Can Yang Investment Limited representing a 15% interest at a purchase price of US$10.8 million. In October 2010, we invested an additional US$4.5 million and acquired 4.8 million additional shares of Can Yang Investment Limited, but the additional investment did not change our percentage interest in Can Yang Investment Limited.

In October 2008, we established a joint venture company, Suzhou Raken Technology Ltd., with AmTRAN Technology Co., Ltd., a Taiwan corporation. We invested US$10.4 million in return for a 51% interest in Suzhou Raken Technology Ltd. Suzhou Raken Technology Ltd. will supply both parties with TFT-LCD modules and TFT-LCD televisions. Through the establishment of this joint venture, we are able to further expand our customer base by securing a stable long-term panel dealer. It also allows us to produce LCD modules and LCD television sets in a single factory, which enables us to provide our customers with products that are more competitive both in terms of technology and price. In 2009 and 2010, we invested an additional US$58.7 million and US$14.5 million, respectively, in Suzhou Raken Technology Ltd., but the additional investments did not change our percentage interest in Suzhou Raken Technology Ltd.

As part of our strategy to expand our production capacity overseas, we signed an investment agreement and a joint venture agreement in November 2009 with the City of Guangzhou, China, to build an eighth-generation panel fabrication facility in China.

In December 2009, certain LG affiliates and we entered into a joint venture investment agreement and established a joint venture company, Global OLED Technology LLC, for purposes of managing the patent assets relating to OLED technology that we acquired from Eastman Kodak Company in December 2009. As of December 31, 2009, we had invested (Won)72.3 billion in return for a 49% equity interest in the joint venture company. In June 2010, we sold (Won)19.0 billion worth of our equity interest in the joint venture company. After such sale, our equity interest was reduced to 32.73%.

In December 2009, we acquired a 30.6% limited partnership interest in LB Gemini New Growth Fund No. 16. Under the limited partnership agreement, we have agreed to invest a total amount of (Won)30 billion in the fund, and as of December 31, 2010, we had invested (Won)8.3 billion in the fund. By becoming a limited partner of this fund, our aim is to seek direct investment opportunities as well as to receive benefits from the investment. In February 2011, we received a distribution of (Won)1.4 billion from the fund, and in March and April 2011, we invested an additional (Won)1.9 billion and (Won)3.1 billion, respectively, in the fund. Our total net investment amount in the fund as of March 31, 2011 was (Won)8.8 billion. The additional investments did not change our limited partnership interest in the fund, which remained at 30.6%.

In order to establish a production base for LCD modules, LCD television sets and LCD monitors, we entered into a joint investment agreement with Top Victory Investment Ltd. in January 2010 and established L&T Display Technology (Xiamen) Ltd. and L&T Display Technology (Fujian) Ltd. in Xiamen and Fujian, China, respectively. We invested (i) (Won)7.1 billion and acquired a 51% equity interest in L&T Display Technology (Xiamen) Ltd. and (ii) (Won)10.1 billion and acquired a 51% equity interest in L&T Display Technology (Fujian) Ltd.

In May 2010, we completed the acquisition of the LCD module division of LG Innotek Co., Ltd. Through this acquisition, we expect to improve our module manufacturing process and simplify our supply chain which will increase our efficiency and competitiveness.

In August 2010, in order to strengthen our competitiveness in the LED backlight LCD market, we entered into a joint venture with Everlight Electronics Co., Ltd. and AmTRAN Technology Co., Ltd. and established Eralite Optoelectronics (Jiangsu) Co., Ltd., a company that specializes in LED packaging and manufacturing, in Suzhou, China. We invested US$4 million and acquired a 20% equity interest in Eralite Optoelectronics (Jiangsu) Co., Ltd.

In September 2010, in order to strengthen our OLED business, we acquired a 20% equity interest in YAS Co., Ltd., which develops and manufactures OLED deposition equipment components, at a purchase price of (Won)10 billion.

In November 2010, in order to strengthen our e-book business, we acquired a 100% equity interest in Image & Materials, Inc., a company that develops and manufactures e-book deposition equipment components, at a purchase price of (Won)35 billion.

In October 2010, in order to strengthen our competitiveness in the e-book market, we entered into a joint venture with Iriver Ltd. and established L&I Electronics Technology (Dongguan) Limited, a company that specializes in e-book manufacturing, in Dongguan, China. We invested U.S. $2.6 million and acquired a 51% equity interest in L&I Electronics Technology (Dongguan) Limited.

In November 2010, in order to build Backlight-Module-System (BMS) lines that would help differentiate our technical skills from those of our competitors and increase our cost competitiveness, we entered into a joint venture with Compal Electronics, Inc., a Taiwanese company, and established LUCOM Display Technology (Kunshan) Ltd. in Kunshan, China. We invested US$2.3 million and acquired a 51% equity interest in LUCOM Display Technology (Kunshan) Ltd. In February and April 2011, we invested an additional US$ 3.1 million and US$2.3 million, respectively, in LUCOM Display Technology (Kunshan) Ltd., but the additional investments did not change our percentage interest in LUCOM Display Technology (Kunshan) Ltd.

In April 2011, in order to enhance the product quality and assist the local development of coaters, a component used in our TFT-LCD products, we invested (Won)20 billion and acquired a 16.6% interest in Narae Nanotech, a Korean equipment manufacturer.

Business area

Sales

types

Items (Market)

Specific use

Major

trademark

TFT-LCD

Total

Description

TFT-LCD panel ^{(1) (2)}

Business area

Suppliers

TFT-LCD

manufacturing

Samsung Corning Precision

Glass Co., Ltd., Nippon Electric Glass Co., Ltd., etc.

Total

Business area

TFT-LCD

Business area

TFT-LCD

Business place (area)

Gumi

(TFT-LCD)

(24 hours x 90 days)

(24 hours x 90 days)

Paju

(TFT-LCD)

(24 hours x 90 days)

(24 hours x 90 days)

Business area

TFT-LCD

As of March 2011, each of our IT Business Unit, Television Business Unit and Mobile/OLED Business Unit had individual sales and customer support functions.

Sales subsidiaries in the United States, Germany, Japan, Taiwan, China and Singapore perform sales activities and provide local technical support to customers.

LG Display HQ and overseas manufacturing subsidiaries g Overseas sales subsidiaries (USA/Germany/Japan/Taiwan/China/Singapore), etc. g System integrators and end-brand customers g End users

LG Display HQ and overseas manufacturing subsidiaries g System integrators and end-brand customers g End users

Direct sales and sales through overseas subsidiaries, etc. Sales terms are subject to change depending on the fluctuation in the supply and demand of LCD panels.

To secure stable sales to major personal computer makers and leading consumer electronics makers globally. To increase sales of premium notebook computer products (including smartbooks), to strengthen sales of the high-end monitor segment (such as LED, IPS and slim monitors), to lead in the large and wide television market (including the LED television market) and to continually increase our market share in the 3D television market by utilizing film patterned retarder technology.

In the small- to medium-sized products segment, to strengthen our business portfolio by developing a diverse range of products, such as mobile phone (including smart phone), smartbook, car navigation, e-book, industrial products (including aviation and medical equipment), etc.

Customers generally place purchase orders with us one month prior to delivery. Our customary practice for procuring orders from our customers and delivering our products to such customers is as follows:

Receive order from customer (overseas sales subsidiaries, etc.) g Headquarter is notified g Manufacture product g Ship product (overseas sales subsidiaries, etc.) g Sell product (overseas sales subsidiaries, etc.)

We are exposed to currency risks on sales, purchases and borrowings that are denominated in currencies other than in Won, our functional currency. These currencies are primarily the U.S. dollar, the Euro and the Japanese Yen.

We generally use forward exchange contracts with a maturity of less than one year to hedge against currency risks.

Interest on borrowings is denominated in the currency of the borrowing. Generally, borrowings are denominated in currencies that match the cash flows generated by our underlying operations, primarily in Won, the U.S. dollar and the Japanese Yen.

In respect of other monetary assets and liabilities denominated in foreign currencies, we ensure that our net exposure is kept to an acceptable level by buying or selling foreign currencies at spot rates, when necessary, to address short-term imbalances. In addition, we also adjust the factoring volumes of foreign currency denominated receivables and utilize usances as means of settling accounts payables relating to capital expenditures for our facilities, in response to currency fluctuations.

In January 2009 and April and December 2010, we entered into separate long-term supply agreements with Apple Inc. to supply LCD panels for three to five years. We have received long-term advances from Apple Inc. in the amount of US$1,080 million ((Won)1,196 billion) in connection with these agreements, which will be offset as consideration for products supplied to Apple Inc. Furthermore, the Industrial Bank of Korea provided us with a payment guarantee in the amount of US$200 million ((Won)221 billion) relating to the long-term advances received from Apple Inc.

Account

Accounting Treatment

R&D Expense / Sales Ratio

[Total R&D Expense÷Sales for the period×100]

Achieving cost reduction by focusing on basic functions and by applying GIP and DRD

Development of our first environmentally friendly slim model (14.5mm in thickness)

Reduces power consumption by 47% compared to conventional CCFL model by applying White LED backlight

Development of the world’s first monitor applying IPS GIP technology

Increased cost competitiveness by applying 960ch source driver integrated circuits chip, which reduces the number of integrated circuits: 8ea g 6ea

Development of “Direct thicker” LED model MP

Realization of TM240Hz

Development of the world’s first 1 Gate 1 Drain 240Hz driving technology

Improving contrast ratio by 2.7%

Decreases voltage used in liquid crystals reducing circuit heat; decreases voltage by 6.9%

Minimize Gamma difference by using new measuring algorithm: 2.2±0.6 g 2.2±0.25

Increases transmissivity by 66% by using White+ Quad type pixel structure

Development of the world’s first direct-mounted 16.3mm depth slim LCM

Realization of 240 block local dimming and Trumotion 240Hz

The world’s first application of the 42HD GIP + TRD structure

Removal of gate drive integrated circuits: 3ea g 0ea

Reduction in source drive integrated circuits: 6ea g 2ea

Realization of 100% BT709 reiteration rate by applying RGB Color Locus

Achieving a 5% increase in CR by decreasing size of Color PR pigment

Reduces thickness by applying edge-mounted backlight: 37.2t g 21.6t

Reduces power consumption by 60% compared to conventional models by applying 4Lamp

Realization of MPRT 8ms by applying BDI technology

Development of new aspect ratio model: 16:9 wide-format

Reduction in the number of driver integrated circuits by applying 960ch Source Driver: 8ea g 6ea

Removal of gate driver integrated circuits by applying GIP technology

Reduces power consumption by 40% compared to conventional models by applying 2Lamp

Slim design which reduces thickness: 17.0t g 14.5t

To meet Energy Star 5.0 standards

A 50% reduction in source driver integrated circuits by applying Double Rate Driving technology: 8ea g

4ea

Removal of gate driver integrated circuits by applying GIP technology

Application of optimum thin-film transistor structure for Double Rate Driving monitors

Slim design: Reduces thickness by applying edge-mounted backlight: 35.7t g 17t

Reduces power consumption by 50% compared to conventional model by applying 4Lamp

Realization of high aperture ratio by applying UH-IPS technology

Reduction in the number of integrated circuits by applying 960ch source driver: 8ea g 6ea

Removal of gate driver integrated circuits by applying GIP technology

To meet Energy Star 5.0 standards

Removal of DBDEF-D Sheet by increasing backlight luminance level by more than 30% g development of high efficiency lamp and improvement of optics sheet optical efficiency

Stable GIP output in QHD IPS models

Maximizing transmissivity by applying UH-IPS technology and asymmetric pixel design

Realization of stable rate of 172Hz

Realization of 4port low voltage differential signaling frequencies at a rate of 400MHz

Realization of ODC (Over Driver Circuit) tuning of GTG 3.5ms which is optimum for three-dimensional display

Development of our largest size slim (flat type) model (previously, our largest model was the 15.4-inch wide-format)

Reduction in thickness: 6.5mm g 4.3mm

Achieving higher resolution: 1024x576 g 1024x600, 1366x768

New size and resolution for 16:9 wide-format

Existing model: 17.1-inch WXGA+ 1400x900 / New model: 17.3-inch HD+ 1600x900

New size and resolution for 16:9 wide-format

New size and HD+ resolution (1600x900) for 16:9 wide-format

First HD+ resolution (1600x900) for 16:9 wide-format

First FHD resolution (1920x1080) for 16:9 wide-format

First models applying Green product concept (halogen free, low power consumption)

Development of the first COG that applies DRD technology (a 50% reduction in the number of COG drive integrated circuits)

Improved resolution: 1024 x 576g1024 x 600

Reduction in cost by applying COG instead of COF

Highest resolution among 10.1-inch models

Reduction in cost by applying GIP technology

Development of largest flat type model (previously, largest model was 15.4-inch)

The thinnest among 17.1-inch models

Reduction in thickness: 6.5t g 4.3t

Development of largest/ highest resolution monitor for netbooks

Reduction in cost by applying GIP technology

World’s first monitor without a cover shield

Application of sheet type support side

Reduction in cost by applying low-cost single bottom covers for mold frames

Development of our first model for televisions applying edge type LED backlight (mass production commenced in September 2009)

Slim depth (11.9mm in thickness) & narrow bezel (18mm in thickness)

Minimizing size of printed circuit board by applying 1380ch S/D-IC + ASIC technology and removing ASIC chip

A 49% cost reduction in manufacturing circuits

A full product line-up that covers the full spectrum of netbook monitor sizes from 8.9-inch to 11.6-inch models

Development of 11.6-inch flat type HD monitor

Development of 15.6-inch HD model applying vertical

Reduction in power consumption and raw material costs

Application of environmentally friendly components including white LED backlight and halogen free parts

Achievement of high luminance (more than 330nit) by applying high efficiency white LED backlight

A 100% sRGB coverage

Application of environmentally friendly components including white LED backlight and halogen free parts

Achievement of high luminance (more than 380nit) by applying high efficiency white LED backlight

A 100% sRGB coverage

Realization of high resolution (2560x1440)

Removal of gate driver integrated circuits by applying GIP technology

A 50% reduction in the number of source driver integrated circuits by applying DRD (Double Rate Driving) technology

Removal of gate driver integrated circuits by applying GIP technology

Optimization of TFT design structure for DRD (Double Rate Driver) technology

Achievement of high aperture ratio by applying UH-IPS technology

Reduction in the number of source driver integrated circuits by applying 960 channel chip (8eag6ea)

Removal of gate driver integrated circuits by applying GIP technology

Achievement of high resolution (2560 x 1440)

Maximization of aperture ratio applying UH-IPS technology and elimination of gate driver integrated circuits by applying GIP technology

Achievement of high luminance and sRGB coverage of 100% applying high efficiency white LED

50% reduction in the number of source driver integrated circuits by applying DRD (Double Rate Driving) technology

Elimination of gate driver integrated circuits by applying GIP technology

Elimination of DBEF Optical sheet by applying I-VCOM technology and optical efficiency improvement in backlight

172Hz operation frame rate

Highest data interface speed of over 400MHz in 4port LVDS interface and achievement of GTG 3.5ms by optimal tuning of ODC (Over Driving Circuit)

Minimization of the number of LED PKG applying vertical array structure

Elimination of DBEF Sheet applying two-in-one LED PKG

Slim design: optimization of mechanical structure

Achieving cost competitiveness by switching from conventional 3~4ea sheet to 2ea complex sheet backlight (with the Diffuser Sheet eliminated)

Development of the world’s first IPS Tablet

Achieving the following viewing angles by applying AH-IPS: top (80°) / bottom (80°) / left (80°) / right (80°)

Thin and light; low electricity consumption thereby increasing battery life

Development of Company-led flat product market

World’s first application of 240hz driving technology and scanning technology to achieve TruMotion 480Hz.

50% reduction in source driver integrated circuits (from 16ea to 8ea) by applying 1 gate 1 drain technology

Achieving full high-definition for three-dimensional display panels using GPR technology

Achieving high aperture ratio by applying S-IPS V technology

Removal of gate driver integrated circuits by applying GIP technology

Reduction in the number of integrated circuits (from 8ea to 6ea) by applying 960Ch source driver integrated circuits

Removal of the television set back cover by replacing it with the LCD monitor’s bottom cover. Co-designed with a third party

Focusing on basic functions and removing functions that are costly

Achieving cost reduction by applying GIP technology

Improved data transmission rate (from 660Mbps to 1.6Gbps)

Developing slim PCBs by decreasing the number of transmission lines

Application of 21.5-inch, 26-inch full high-definition TV LED BL and mid-sized full high-definition model Slim TCON (176Pin g 88Pin)

Application of 32-inch high-definition TV Edge LED BL

Development of 37-inch full high-definition 240Hz panel. Development and mass production of MEMC 240Hz with TCON model.

Development of Narrow Bezel 240Hz panel (Bezel 14mm g 7mm) for LG Electronics’ Borderless TV

Slim design by applying slim-type LED backlight (thickness: 14.5t g 11.5t)

Cost saving by applying low voltage liquid crystal

Removal of gate driver integrated circuits by applying GIP technology

Slim design by applying slim-type LED backlight (thickness: 11.5t g 9.7t)

50% reduction in source driver integrated circuits by applying DRD (Double Rate Driving) technology

Elimination of optical sheet by applying new TFT structure technology (I-VCOM)

Removal of gate driver integrated circuits by applying GIP technology

Enhanced 3D performance (3D CrossTalk 10.x% g 5.x%)

World’s first application of this technology in 42-inch, 47 inch and 55-inch full high-definition products

Realization of ultra slim product by applying 0.2t glass and flat screen backlight structure

Slim design by applying slim type LED backlight (thickness: 15.5 g 9.9t)

50% reduction (6ea to 3ea) in the number of source driver integrated circuits by applying DRD (Double Rate Driving) technology

Elimination of gate driver integrated circuits by applying GIP technology

Reduction in the number of LED and LED array cost through optimization of LED PKG’s beam and size

Realization of 2 sheet structure by adopting I-VCOM resulting in increased transmittance and backlight luminance

Elimination of gate driver integrated circuits by applying GIP technology

Minimization of LCM thickness by applying thin LED array structure (14.5t g 10.2t)

Reduction in the number of LED and LED array cost through optimization of LED PKG’s beam and size

Elimination of DBEF sheet by adopting I-VCOM resulting in increased transmittance and backlight luminance

Elimination of gate driver integrated circuits by applying GIP technology

Minimization of LCM thickness by applying thin LED array structure (14.5t g 10.2t)

Developing ultra slim monitor by cooperating with set makers in the design process (SET standard: over 20t g 12.9t)

Minimization of LCM thickness by applying thin LED array structure (11.5t g 8.2t)

Simplification of circuit by developing T-con + Scaler 1chip

Developing ultra slim monitor by cooperating with set makers in the design process (SET standard: 12.9t g 7.2t)

Minimization of LCM thickness by applying thin LED array structure (8.2t g 6t)

Improved 3D performance (cross talk 1.0% i, 3D luminance 170 nit)

Development of our first products with built-in MEMC and 3D formatters

First to develop real 240Hz applying GIP driving technology

Reduced the number of driver integrated circuits by applying 960ch Source Driver: 8ea g 6 ea

Development and mass production of 116HD, 133 WXGA+ panels

Application of Z-inversion technology for low energy consumption

Development of 172Hz high recharging speed notebook LCD panel

Development of Timing Controller (TC) driving technology

The world’s first large size (15.6-inch) notebook panel to receive Win7 Touch certification (received on July 23, 2010)

The world’s first LCD and touch panel integrated add-on touch module developed by an LCD panel manufacturer

The world’s first 3D FPR type notebook (developed timely to win market share in the 3D market)

The world’s first to realize 240Hz by application of 120Hz panel driving and scanning technologies

Achievement of Motion Picture Response Time (MPRT) of 8ms

Realization of thin LCM (20.5t) by application of the world’s first add-on infrared camera

Improved touch capabilities (dead zone free and multi-touch) and the first in the world to receive Win 7 Logo certification

Touch location auto correction by applying auto calibration

Reduction in the number of LED and LED array cost through optimization of LED PKG’s beam and size

Elimination of gate driver integrated circuits by applying GIP technology

Cost reduction and lower power consumption (20% reduction for driver integrated circuits) by using low voltage driver integrated circuits

Minimization of LCM thickness by applying thin LED array structure (for 20-inch high definition panels: 14.5t g 10.2t)

Reduction in the number of LED and LED array cost through optimization of LED PKG’s beam and size

Elimination of DBEF sheet by adopting I-VCOM resulting in increased transmittance and backlight luminance (for 20-inch high definition monitors)

50% reduction in the number of source driver integrated circuits by applying DRD technology (for 23-inch full high definition panels)

Elimination of gate driver integrated circuits by applying GIP technology

Minimization of LCM thickness by applying thin LED array structure (11.5t g 10.2t)

Development and preparation for mass production of our first glass-free 3D product (utilizing barrier cell)

Development of the world’s first 12.5-inch notebook utilizing AH-IPS technology

Achievement of a maximum circuit logic power of 1.0W

Development of a slim and light AH-IPS model (development of a model that utilizes IPS and flat PCB)

Development of a 14.0-inch touch panel notebook product as part of our plan to develop and expand our integrated touch panel products portfolio