55 inch BOE TV Panel OPEN CELL product collection

Open both ends, core breath/holder and
Wang Dongsheng, founder of Beijing Oriental Technology Group Co. , Ltd.

About 300 years ago, human beings completed the steam engine, power applications, computers and the Internet Three Industrial Revolution. Looking at the evolution of civilization and the trajectory of industrial development, we will find a rule: industrial development revolves closely around the three basic human problems of man and nature, Man and man and man and himself, however, the trigger point of leading the scientific and Industrial Revolution and the action point of improving the three relations are relatively sequential and progressive.
The trigger for the first industrial revolution was the steam engine, which replaced human and animal power with mechanical power in the relationship between man and nature. The accompanying railway transportation industry promotes the communication between people. Almost at the same time, the development of the western Enlightenment reached its peak, the mechanical printing industry and the newspaper industry appeared, People's self-knowledge and the spread of new knowledge, new ideas have undergone great changes.
The trigger of the Second Industrial Revolution was electricity, and large-scale industrial production using natural resources came into being. The telecommunications industry, marked by the telephone and telegraph, has changed the way people communicate with each other. Industrialization drives urbanization, develops modern education and medical care, raises film and radio and television industries, changes human life style, and improves human health and life span.
The Third Industrial Revolution represented by the computer, the speed and scope of change is unprecedented. The trigger point is the information and communication industry, which has given birth to the internet and changed the way people communicate with each other, and realized the rapid spread and sharing of knowledge, experience and information. As ICT permeates and merges across disciplines, it further promotes the innovative development of science, technology and industry related to man and nature, man and himself.
The energy accumulation of the third industrial revolution is giving birth to the fourth industrial revolution. This industrial revolution is showing two major trends: first, the Internet of things, artificial intelligence and big data to promote human society from the Information Society to the Intelligent Society; Second, the life science and health industry will promote human beings to achieve unprecedented evolution-intelligence, longevity and health status of the subversive promotion.
The core elements of the Internet of things are connected smart devices, massive amounts of data, and artificial intelligence in the cloud. The underlying core components are mostly silicon-based, we can call it a silicon-based life form. The life sciences and health industries are largely concerned with carbon-based life forms. Therefore, the fourth industrial revolution, we can call it the silicon-based and carbon-based life of the scientific and technological revolution. This is a great industrial revolution that sublimates the relationship between man and himself, and will revolutionize the science, technology and industry related to man and nature and man and man.
The fifth industrial revolution is likely to be about the revolution of cosmic science and technology, human beings only to achieve their own evolution, it is possible to enter the era of the universe.
The Internet of things, artificial intelligence and big data will provide us with trillion-dollar market opportunities, and the market will be even bigger with the life technology and health industries. This is our new global opportunity.
Opportunities and challenges exist side by side. There are three immediate challenges to the development of the Internet of things:
First, more powerful information collection, transmission, computing, storage, display capabilities. The current semiconductor device of sensors, communications, computing, storage and display are far from meeting the needs of the highly developed iot, AI and big data industries.
Second, more scientific, reasonable, efficient, and constantly optimized algorithm support. Mathematical modeling is the foundation of the application of iot subdivision. Scientific, reasonable, efficient and continuously optimized algorithm support is the basis of successful application of iot segmentation, which requires time and talent accumulation.
Third, higher quality big data. The technology foundation of iot is artificial intelligence, and artificial intelligence should feed the big data of this subdivision field through the fusion of special knowledge and technology. High-quality big data is the foundation for ensuring the evolution of artificial intelligence and the creation of new value. This not only has the technical question, but also involves the data open, the privacy protection and so on many questions.
It is a complicated process to solve the above problems. We can reduce the complexity to simple, reduce it to the basic elements of physics to understand. Internet of things (iot) is a system composed of functional hardware, computing unit, sensor unit, human-computer interaction unit, communication unit, software and content. The chip is the core component of the computing, communication and sensing unit, the display screen is the core component of the human-computer interaction unit and the information entrance and exit of the Internet of things, and the software and content are invisible, as air exists or is transmitted, I call it“Air”; functional hardware is tangible, I call it“Devices,” and to be nodes or ports in the internet of things, they need cores, screens, and software. The Internet of things (iot) is a value-creating system that harmoniously combines related chips, display devices, software and content, function and hardware to form a human-to-human, human-to-object, and object-to-object connection. It is an open, coordinated and win-win industrial ecosystem. I call this new inclusive industrial ecosystem: the core breath/holder.
The forming process of this new system is gradual. It needs the open cooperation and co-innovation of people from all walks of life. So I borrowed the homonym of the Chinese idiom“Peace of mind” and made a pun to explain the new system and its formation process. I've coined a new English word for“Core breath/device and”: Ecoresystem!
Boe, an iot company based on semiconductor displays and thin-film sensor technology, focuses on three things in its new iot ecosystem:
First, to continuously upgrade new display technology and thin-film sensor technology to provide the best human-computer interaction products and services for iot terminal device customers.
Second, to continuously enhance the core competencies of smart manufacturing services, Smart Retail Solutions, Smart Car Union and Smart Energy, and deepen cooperation with partners in various sub-sectors to develop new applications.
Third, cross-border integration of technologies such as display, sensing, artificial intelligence and big data with medicine and life sciences to work with eco-chain partners to improve the quality of people's lives, contribute to the health and well-being of mankind.
To that end, we are undertaking three major initiatives:
First, open applications. Join hands with global partners, Innovate New Hardware, new software, expand new applications.
Second, open technology. Join hands with global partners, coordinate innovation and share new opportunities.
Third, the propulsion core air-lock/device and. Promote semiconductor chips, display devices, software and content, hardware and functional integration of all industries, innovation and new applications to create new markets.
This is“Open both ends, core breath/device and”, let us join hands to create the future!
Company development process
1993-1997
In April 1993, on the basis of Beijing electronic tube factory, more than 2,600 employees raised 6.5 million yuan seed fund, and founded Beijing Oriental Electronic Group Co. , Ltd. , started a market-oriented, professional, international entrepreneurial journey.
After stock adjustment and resource optimization, BOE -BeijingjOrientalntal) in 1993, the year of restructuring, to achieve a return to profit.
At the same time, Boe (JD) has taken the form of joint ventures with foreign companies, successively with Japanese Asahi joint-stock company, Japanese terminal joint-stock company and Nippon Sun Industrial Co. , Ltd. , to produce electronic components.
Through the joint venture, BOE (Beijing Oriental) with a small amount of investment to quickly achieve production capacity, access to new products, but also from the joint venture process to cultivate talent, expand international vision.
In 1997, BOE entered the field of display terminals and cooperated with taiwan-based TPV technology to set up ORIENTAL TPV Electronics Co. , Ltd. . Boe (JD) held 52% of the shares, the desktop computer monitor to do the world first.
In June 1997, BOE (Beijing Oriental) was the first b-share listed company in Beijing, and it successfully issued domestic B-shares on the Shenzhen Stock Exchange of China.
1998-2002
After listing, BOE (JD) actively implemented two strategic changes around its main business focused on display: shifting its focus from joint ventures to developing its main business, to electronic components-based to develop display-based business.
In 1998, Boe (Beijing Oriental) clearly put forward the strategic choice of“Entering the field of LCD”, and began to strategic layout and technology accumulation. In fact, Boe (Beijing Oriental) as early as 1994 set up a pre-research Group, mainly tracking TFT, PDP, FED and other flat-panel display technology, and TFT-lcd technology was just beginning to industrialization in Japan. In 1998, the display industry in China did not realize the necessity and urgency of entering the LCD industry, and CRT industry is still profitable, Boe (JD) foresaw a new round of technology substitution.
In January 2001, Boe (Beijing Oriental) in the Shenzhen Stock Exchange A shares, the stock name and trading code for the Beijing Oriental A (000725) . In August of the same year, according to the needs of the development of globalization strategy, Beijing Oriental Electronic Group Co. , Ltd. was officially renamed as“Beijing Oriental Science and Technology Group Co. , Ltd.”.
2003-2008
Entering the TFT industry is not easy, and Boe has been struggling to find its way into the emerging industry for three years, from 1998 to 2001. At that time, LCD industry began to enter a large-scale industrialization stage, the first Japanese and Korean enterprises have formed a pioneer advantage, Boe (Jingdong) is facing a lot of patent and technical barriers.
The TFT-LCD industry is characterized by high technology content, high input and high output. It must possess strong capabilities in basic R & D, product manufacturing, process design and market operation, how to develop technology has become a difficult problem for management.
At the same time, Boe was presented with a golden opportunity: the financial crisis, South Korea's Hynix (Hynix) heavy debt to protect the core semiconductor business, tFT-LCD, which has good profit potential, had to be cut to save the company's cash flow crisis. Some international companies have also shown great interest in the acquisition of Hyundai Korea, who can win the final victory? This will be a major test of the perseverance and determination of policymakers.
In January 2003, BOE acquired HINIX's HYDISTFT-LCD Business for $350 million, acquire the full intellectual property rights of HYDIS (including TFT-LCD application technology, Design Technology and manufacturing technology, etc.) and team, as well as global TFT-LCD market share and marketing network, entering the field of thin-film transistor liquid crystal display (TFT-LCD) , this marks Boe (Jingdong) TFT-LCD business strategic layout is officially launched. The Centre for Global M & a Research Chinese Academy of Social Sciences it as one of “The top 10 m & A events of 2003 in China”.
Through the digestion, absorption and re-innovation after the acquisition, in September 2003, Boe (Beijing Oriental) invested US $1.2 billion to build the Beijing 5th generation TFT-LCD production line, which went into production in 2005, the end of the “Chinese mainland liquid crystal display era”, opened a new chapter in the chinese-made liquid crystal display.
At the same time, Boe (Beijing Oriental) and active layout of the upper and lower reaches of the industrial chain. As regards downstream travel out of Haikou, in August 2003, Boe (Beijing Oriental) signed an agreement with TPV's shareholders to acquire a 26.77% stake in TPV for HK $1,064 million, making it TPV's largest shareholder. TPV technology is a world-renowned display supplier, mainly engaged in display product assembly and sales, has a sound sales network and outstanding market development capabilities. In the upstream industry chain, Boe (Beijing Oriental) , from October 2004 to April 2006, tFT-LCD backlight project, CCFL (cold cathode lamp) project and large-scale TFT-LCD color filter (CF) production line projects. At that time, more than 80% of domestic TFT-LCD panels were imported. Boe's distribution in the upstream industry chain greatly reduced the cost of raw materials and promoted the development of domestic related industries.
2009-2013
Since 2008, Boe (Beijing Oriental) began to implement the“Sword Word” strategy (steel sword, iron sword, wood sword, no sword) . Under the leadership of the Management Team, Boe (JD) firmly carries out the“Steel sword strategy”, establishes the value-creation-driven and long-term profitable development model, expands the product line and extends the industrial chain, and promotes the value of products and services, and speed up production line construction. From 2008 to 2013, boe has successively invested and built the 4.5 generation TFT-LCD production line in Chengdu, the first generation TFT-LCD production line in the Chinese mainland -- the 6th generation TFT-LCD production line in Hefei, the only national engineering laboratory of TFT-LCD technology in the Chinese mainland, the first 8.5 generation TFT-LCD production line in the Chinese mainland -- the 8.5 generation TFT-LCD production line in Beijing, the 5.5 Generation AMOLED production line in Ordos, the 8.5 generation TFT-LCD production line in Hefei, the 8.5 generation TFT-LCD production line in Chongqing, it has established a semiconductor display enterprise with independent innovation and self-development ability, and promoted the independent innovation ability and competitiveness of enterprises.
2014-today
Based on the technology foundation of display, sensor, artificial intelligence and big data accumulated in the development of display business, BOE (JD) launched the DSH strategic transformation in 2014, from a single Display Device Business to Display devices (Display Device Business) , SMART System Business and Healthcare Service Business three sectors, namely“DSH” strategy. In July 2016, BOE (Beijing Oriental) officially upgraded its position as an accelerated transformation from a semiconductor display technology, product and service provider to an Internet of things technology, product and service provider.
Since 2014, boe has built the 6th Generation AMOLED production line in Chengdu, the 6th Generation AMOLED production line in Mianyang, the 8.5 generation TFT-LCD production line in Fuzhou and the 10.5 generation TFT-LCD production line in Hefei, the highest generation line in the world.
Boe (JD) integrates and sets up intelligent system products and services with the main direction of iot system solution on the basis of continuously strengthening the core competence of display device business, and with information medicine and big data as the technology fulcrum of iot health services, cross-border innovation to promote transformation and upgrading.
In March 2018, Shenzhen stock exchange-listed jd.com announced that it had completed the acquisition of shares in SES-imagotag, a French retail internet of Things Company.
In March 2019, Hefei Jingdong hospital opened to the public. This is the first Digital Level-3 General Hospital invested and built by Boe (Jingdong Hospital) . It has global advanced medical equipment and first-class professional medical team, it can provide high quality, affordable and warm medical service for the public. In July, Boe (Beijing Oriental) mass-produced its 6th generation flexible AMOLED line in Mianyang.
In February 2020, Hefei Jingfang Hospital and Chengdu Jingfang Hospital sent medical teams to Hubei province to carry out the prevention and control of Covid-19. In October, construction began on a smart systems innovation center in Chongqing.
On March 29, Boe (Beijing Oriental) held the 2021 sichuan-chongqing Media 2021, announcing for the first time the overall strategic layout of the southwest region, which is to build a southwest industrial cluster with Chengdu, Mianyang and Chongqing as the core, including six semiconductor display production lines, one R & D Center, two Innovation Centers for Smart Systems, and one digital hospital, with a total investment of about 200 billion yuan, to help build a level one trillion value-added electronic and information industry belt. September 26, “Hello Boe” Good Life Museum in Shenzhen Joy Coast Carnival Square debut, a collection of science and technology, art sense, fashion in one. On December 21,360buy unveiled its first technology brand in China's semiconductor display industry.
In December, the 2021 of the first glass-based AM Mini LED MNT product delivery ceremony was held, and the glass-based MNT backlight project was successfully delivered.
2021 on 23 December, Beijing Oriental Environmental Energy Technology Co. , Ltd. was established, business scope includes: Energy-saving technology, environmental protection new energy technology, environmental protection equipment, solar power generation, Building-integrated photovoltaics and green buildings, power, power plant operation and maintenance of technology development.
On December 28, the company announced the 2021 production of the chongqing-based 6th Generation AMOLED (flexible) production line, a 46.5 billion yuan (US $1.5 billion) project it has built. The officially announced mass production of the Chongqing 6th Generation AMOLED (flexible) production line is located in Chongqing Liangjiang new area, covers an area of about 970,000 square meters.
As of January 2022, Beijing Oriental OLED microdisplay has achieved mass production.
In 2022, according to industry sources, display leader Jingdongfang launched the new 6th generation OLED production line in Chengdu and Mianyang in the first quarter of 2022, also plans to start from the second half of 2022 in Chongqing to build the third small-and medium-sized OLED production line.