jdi lcd panel free sample

JDI is working to contribute to the realization of a sustainable society by improving the way people experience illuminated people, places, and objects through breakthrough lighting effects and by reducing emissions and light pollution caused by the excessive use of lighting.

In addition, because LumiFree has the advantageous characteristics of LCDs like low noise, fast response, thin design and long life, JDI believes that this technology can be used in a wide range of lighting fixtures for both general and professional use.

Amidst increasingly urgent efforts to reduce energy consumption around the world, lighting technology needs to evolve to meet the growing demand for healthier and more environmental lighting tailored to diverse needs. Reflecting this structural demand growth, the global market for smart lighting is projected to grow from USD 26 billion in 2022 to USD 77 billion in 2026. JDI believes that LumiFree can fulfill important societal needs and become a key technological underpinning for the realization of a more sustainable society.

May 17, 2018 (Tokyo, Japan) – Japan Display Inc. (JDI)　and NHK Media Technology, Inc. (NHK-MT) today announced that they have added a video playback function to the”17.0-inch Light Field* Display” which has been under joint research and development between the two companies, and have realized next-generation 3D video. They plan to start mass production of this product during their common FY2019 period, April 1, 2019 through March 31, 2020.

The “17-inch light field display”, based on JDI’s 17-inch 8K LCD,　reproduces the reflected light from an object that corresponds to the actual visible position, thereby realizing natural-looking images without any special 3D glasses. Just by ordinary viewing it is able to express extremely realistic images.

JDI and NHK-MT have collaborated to develop a new system that converts multiple light field images arranged in a tiled pattern into a compressed pixel array format suitable for the light field display in real time. With this system it is possible to reproduce an 8K light field video by using a practical playback device.　Using the latest digitizing and computer graphics production technologies, combined with digital content compressed with newly-created non-linear algorithms, the system provides unprecedented representation of natural images.

JDI and NHK-MT intend to continue their collaborative work in new technological research and development to create the most life-like 3D images and video possible.

Japan Display Inc. (“JDI”)is a global leader in innovative display solutions. We provide customers with advanced small- and medium-sized displays for high-end electronic applications, including smartphones, automobiles, medical equipment and VR/AR devices. Our strength lies in leading-edge low temperature poly-silicon (LTPS) technology that enables displays with high resolution, low-power consumption, narrow bezels, and design freedom, with more potential features under development.

Amidst increasingly urgent efforts to reduce energy consumption around the world, lighting technology needs to evolve to meet the growing demand for healthier and more environmental lighting tailored to diverse needs. Reflecting this structural demand growth, the global market for smart lighting is projected to grow from USD 26 billion in 2022 to USD 77 billion in 2026. JDI believes that LumiFree can fulfill important societal needs and become a key technological underpinning for the realization of a more sustainable society.

About JDI :Japan Display Inc., is a Japan-based display technology company, headquartered in Minato City, Tokyo, Japan. Often known as JDI, the company was formed by the merger of the small and medium-sized liquid crystal display businesses of Sony, Toshiba and Hitachi on August 31, 2011. JDI develop, design, manufacture and sell and deliver displays to the global market. The company has its base in major cities in Asia, Europe and North America. In October 2019, JDI started producing OLED displays for Apple’s smartwatch and is one of the major display suppliers to Apple’s iPhone since 2014. As of 2020, under the research and production of JDI, three types of displays, LCD, OLED and microLED operations are ongoing under it. JDI aims to fulfill its purpose while evolving as an enterprise indispensable for people worldwide. As of March 31, 2021, the company has employed 8,424 people.

JDI’s unique selling proposition lies in being the leading manufacturer of LEDs in the world. JDI’s vision as per its Annual report is “We shape our future with every movement we make. We create multisensory realities that transform into extraordinary moments you can see, hear, touch, smell, and taste.”

On purchase the Japan Display Inc. (JDI) SWOT & PESTLE Analysis PDF report will reach you within minutes. At rare times, a slight delay not exceeding 4 hours might be caused.

1.Demand for medium panels to boom in automotive segment: Medium-small sized panels manufactured mainly for smartphones and watches have seen an increase in demand in recent times. This is partly due to the quick growth of the automotive market which is making extensive use of the touch technology through AMOLED or flexible panel displays. Forecasts made within the industry presume that this trend will see a continuation in 2020 and lead to the high demand for technology like flexible, free shape laser cutting, fingerprint on display and Sound on Panel. The demand for these can be utilized by JDI who can use this opportunity to develop products along these lines and facilitate growth.

2.Growth in volume, size, and functionality of automotive display systems: The growth of the company is dependent upon an increase in content and consumer preference as opposed to a mere increase in units manufactured. The automotive production for the company is going to be stepped up with around 160 million units of Center Stack, Instrument Cluster, and Head-Up Displays being manufactured every year. However, as the average size of displays in Center Stack Displays is increasing with it going from 6.8 inches in 2016 to a forecast 7.7 inches by 2023, it is expected to assist in the growth of the company. This trend has been initiated due to the larger entry level displays in the 7.x – 8.x-inch range and growth in 12.3-inch systems in new segments. Center Stack Displays are also expected to include capacitive touchscreens from 2023, making their utility similar to smartphones. Also, with car manufacturers now using either only displays or displays along with analog components it is expected that the demand for Instrument Cluster Displays will go up significantly. Their size is even expected to go from 4.4 inches in 2016 to 5.8 inches by 2023. These trends can be utilized by JDI to boost growth.

On purchase the Japan Display Inc. (JDI) SWOT & PESTLE Analysis PDF report will reach you within minutes. At rare times, a slight delay not exceeding 4 hours might be caused.

On purchase the Japan Display Inc. (JDI) SWOT & PESTLE Analysis PDF report will reach you within minutes. At rare times, a slight delay not exceeding 4 hours might be caused.

SWOT & PESTLE.com (2023). Japan Display Inc. (JDI) SWOT & PESTLE Analysis - SWOT & PESTLE.com. [online] Available at: https://www.swotandpestle.com/japan-display-inc-jdi/ [Accessed 07 Jan, 2023].

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Japan Display Inc.(株式会社ジャパンディスプレイ, Kabushiki-gaisha Japan Disupurei), commonly called by its abbreviated name, JDI, is the Japanese display technology joint venture formed by the merger of the small and medium-sized liquid crystal display businesses of Sony, Toshiba, and Hitachi.

On August 31, 2011, Sony, Toshiba, and Hitachi agreed to a merger of their respective small-to-medium-sized LCD businesses, supported by an investment of two hundred billion yen from INCJ. Soon after, INCJ and Panasonic also began talks on the acquisition of one of Panasonic"s factories.

JDI had accumulated consecutive losses since its IPO, a restructuring plan was announced in 2017, including closing down a production line in Japan and layoffs of approximately a third of its workforce.

A newly-created entity INCJ, Ltd. had become the largest shareholder of JDI with 25,29 % of total shares since September 21, 2018 as a result of a corporate split of the old INCJ.

On June 12, 2019, JDI disclosed that major changes are to be implemented due to sluggish sales in the Mobile Business Division. It announced one plant would be closed and another has suspended operation. A major reduction of the workforce was also planned.Apple, boosting the stock price of JDI by 32 percent at the time.

Due to the financial trouble caused by its late decision to manufacture OLED displays and the loan from Apple, the company"s OLED affiliate, JOLED, has not yet been able to compete with other manufacturers, whilst more than half of JDI"s revenue still came from the shrinking IPS LCD panel sales to Apple.

In February 2020, Ichigo Asset management, a multinational private investment fund, gained control of JDI in exchange for US$715 million of investment. In turn, the memorandum signed with Suwa a year before was terminated.

In April 2020, in accordance with the talks held in December, JDI began to sell LCD production equipment valued at US$200 million to Apple, with plans to sell the real estate of the Hakusan plant to Sharp. This will allow JDI to focus on its remaining product demand and factories. The sales have been completed by October.

In July 2020, the CEO of JDI revealed the company"s plan to start mass production of OLED display panels for smartphones "as early as 2022" with a novel manufacturing technology, adding that it would require new funding.

JDI has produced active-matrix displays driven by TFTs based on a In-Plane-Switching technology developed by Hitachi also has been used. The company has developed an improvement for darker black pixels (true-black appearance), called "IPS-NEO", which reduces the light shining through from the backlighting.

Its "Pixel Eyes" technology incorporates the touch function into the LCD panel itself; combined with the company"s transparent display technology, a transparent fingerprint reader that could be featured in smartphones was announced in 2018.

For reflective LCDs without backlighting, JDI has developed an addressing technique using a thin-film memory device SRAM in addition to the conventional TFT for each pixel, so that a still image can be stored consuming a low amount of energy.

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JDI, a display conglomerate consisting of the display businesses of Sony, Toshiba, and Hitachi, announced this week the development of ultra high resolution panels that are made specifically for virtual reality headsets.

In a press release issued this week, JDI says that it has already begun shipments of a 651 PPI (pixel per inch) made-for-VR LCD display which uses the RGB subpixel layout (compared to the PenTile layout used by the Rift and Vive displays). The 1700 x 1440 3.42 inch display has a 1.18:1 aspect ratio, meaning it’s mostly square compared to the typical 16:9 rectangular aspect ratio of a smartphone or TV display; that’s because two of the displays are designed to be used in a VR headset—one for each lens—which also opens the door to hardware IPD adjustment (like we see on the Rift and Vive).

For comparison, the Rift uses a pair of 1080 x 1200 displays (same as Vive) with a PPI of ~456, while Gear VR’s PPI comes in at 575 PPI (when used with the Galaxy S7). So the new JDI display has around a 30% higher PPI than the Rift and the Vive, and around 12% more than Gear VR. When it comes to pixel count, the numbers are even more impressive; the JDI display has 2,448,000 pixels per-eye, 48% more than the 1,296,000 of the Rift and Vive, and 25% more than Gear VR’s 1,843,200.

JDI says the IPS display is capable of a 90Hz refresh rate and a 3ms black-to-white response time, which is critical to keep low to reduce motion blur that’s especially noticeable when in VR.

The company says they have already begun shipping samples of the 651 PPI VR display, but they aren’t stopping there; JDI is already teasing the development of an 800 PPI display which would represent massive increase in pixel count, somewhere in the realm of 2088 x 1768 resolution (assuming the same 3.42 size). That would put it at 3,691,584 pixels, 65% more per eye than what’s in the Rift and Vive today, and 50% more than Gear VR.