5G光通訊項目—根據GSMA所預估的資料顯示，全球5G網路佈署將於2020年大量展開，預估2025年全球5G網路覆蓋率將可達到34%，主要提供5G網路的業者為VerizonWireless、AT&T、SKTelecom、NTT DoCoMo、Telia、中國移動等。 研究機構IHS Market發布的報告顯示，5G具有顛覆性影響力的“通用技術”，超越智慧手機和現有的蜂窩基礎設施範疇，帶來巨大的經濟效益。報告預計，到2035年，全球5G價值鏈本身就能創造高達3.5萬億美元的產出，其中在中國創造的產值為9840億美元。
未來5G市場規模將超過千億美元，從5G的技術特點和產業變化考慮，直接有利板塊包括主設備、光模組、光纖光纜、天線、小基地台，可以沿著這5個方向進行布局。根據 Light Counting 預測，2017 年全球光通信元件和模組市場預計將增長 17%，其中 DWDM 將超過 30%；未來 5 年應用於光通信的光器件和模組市場的複合年均增長率約為 10%，同時應用於雲資料中心的光通信元件和模組市場的複合年均增長率將達到 20%。中國光通信元件市場正成為全球最活躍的市場，預計 2017 年將提升 40%。 高速光模組（主要是 40G/100G 光模組和 10G PON 光模組及 上游 OSA 器件）與 DWDM 類光通信元件最具增長潛力。
即熱式飲水機項目業務發展—即熱式飲水機於2016年試產產線至今己完成四千台試產樣單 ,業務發展及訂單開發為TCL集團年六十萬台大訂單及達宏國際六千通路點每月每點五台計年三十六萬台之訂單及目前己開發單量固定之台灣MOMO東森電視行銷及PC HOME網路行銷初期規劃每月固定一千台量。
大型輸出設備及環保耗材墨水—在台灣目前為前三大大型輸出設備 ,大型印刷帆布 ,廣告用印刷相紙等供應商，業務發展及訂單目前每月大型輸出印刷設備如帆布機、噴繪機、繪圖機超優質帆布年100櫃 , 繪圖機零元方案100個點配合每月四萬元環保墨水耗材及速彩PP相紙環保膠水速彩膠膜周邊機器設備廣告印刷代工每月近六百萬營業額 , 與上海大型輸出設備廠合作進軍大陸廣告印刷產業。
為精密高端工廠所使用 , 終端客戶如荷蘭海尼根製酒廠 . 德國賓士汽車噴漆廠 , 日本自來水廠 , 瑞士製藥廠 , 美國食品公司及各國高端技術工業區和醫院管線 , 這些全球知名工廠對產品的品質及穩定性要求完美 , 而本公司所生產的閥產品是這些世界大廠必備之消耗品 , 每年或每季固定因生產需求及安全需求固定更換 , 訂單穩定不受景氣之影響 ,預估年營業額遂年成長二至三成左右。
Deeply cultivated optoelectronic industry for more than 20 years :
Fully training of optoelectronic semiconductors:
To acquire international recognition of Beijing's new intelligent 3D projection virtual spray touch display technology in 2014.
High-end cadres are undergraduate background of Optoelectronics in Master’s Degree and PH.D.:
To obtain the domestic advanced certification of new technology of large-size capacitive touch panel integration at Beijing in 2014.
The team has the only one book of touch technology analysis:
To obtain the 5G high-density wavelength multiplexer DWDM patent in 2017.
High Technical Team:
Have international factory experience and improve production line yield technical ability
Academic cooperation with universities:
To be International patent consultants of chain suppliers, to provide advice on yield and process
Committed to the development of a new generation of key technologies:
providing experience in plant management.
To assist with panel procurement and obtain procurement advantages.
Rich in academic experience and to be invited by various localities to speach about the technology of optoelectronic industry:
To share of environmental protection intelligent.
The invention technology is recognized by the international awards:
The planning of emerging industry projects is complete.
As Apple's newly announced mobile phone will use OLED panels, it will drive the follow-up of other mobile phone brand manufacturers, and the OLED market will grow rapidly. It is estimated that AMOLED production capacity will grow at a compound annual growth rate of 41% between 2016 and 2021. From 5.3 million square meters to 29.4 million square meters.
According to statistics, OLED revenue in 2017 will reach 21 billion US dollars, an increase of 46% compared with 2016, and will reach 46 billion US dollars in 2021. Since the smart phone is still the largest OLED application product of OLED, the market share in 2017 is 86%, and it will reach 81% in 2021. As for the second largest application product is OLED TV, and other applications such as smart watches, lighting and AR helmets, etc., account for a small market share. In terms of shipments, smart phones accounted for 94% of OLED shipments, and the second and third largest applications were VR helmets and smart watches. In addition, OLED TV shipments will reach 6.5 million units in 2021, with a projected compound growth rate of 49% from 2016 to 2021.
Based on the spirit of “Production of first-class products and providing first-class service”, the company is committed to providing customers with high quality and low price products. The team initially used product camera lenses, touch cover glass and capacitive touch screens, which are widely used in various mobile phones. The display panels of electronic products such as MP3, MP4, digital cameras and tablet computers are mainly sold in South China, East China and Central China.
With the market demand, the company upgraded technology to surface acoustic wave touch sensing production patent combined with optical fiber transmission optical touch panel patents a total of thirteen patents and OLED flexible panel technology important journal published papers OLED Papers in NTU JHL Lab. In total six papers. The core technology of the thesis is based on the research and development of high-performance (higher-order 8.5 generations or more) high-performance touch panels with optical fiber transmission and surface acoustic wave touch sensing.
The company has more than 30 years of uninterrupted experimental basis, leading the United States. Japan. R & D and mass production capabilities, with fiber-optic transmission optical, surface acoustic wave touch sensing type of high-end (more than 8.5 generations) high-performance touch panel products The advantages are as follows,
1. Flexible (It will not be damaged more than 5,000 times)
3. Light and thin
4. Power saving
5. Slow deterioration
6. Faster reaction speed
7. Higher color saturation
Compared with the existing process, the process time can be shortened by at least 1/2
Create yields above 95%
To have possession of production technology of the process patent, if the production capacity is 480,000 pieces/year, the output can exceed 456,000 pieces/year.
The OLED touch panel has lower cost and quality-price ratio is three times of Japanese and Korean products. It has been adopted by well-known brands in China, Japan, Taiwan and other regions.
According to the data estimated by the GSMA, the global 5G network deployment will be launched in 2020. It is estimated that the global 5G network coverage will reach 34% in 2025. In the change of 5G users, 2020 will begin to appear 5G users, mainly distributed in the United States, China, Japan, South Korea, account for 80% of the global 5G user market; in 2025 5G users are expected to grow to 1.1 billion, the distribution area will gradually spread to other countries such as Europe and the United States.
The report predicts that by 2035, the global 5G value chain will generate up to $3.5 trillion in output, with a value of $984 billion created in China. The future 5G market will exceed $100 billion.
Considering the technical characteristics and industrial changes of 5G, the direct favorable sectors include main equipment, optical modules, fiber optic cables, antennas, and small base stations, which can be laid out along these five directions. The main axis of the optical communication industry: optical communication components, optical communication equipment, optical fiber cables, and optical communication components will be the core, and the proportion of optical components will be increased year by year. Optical communication components will be divided into optical active devices and optical passive devices. The market scale ratio is about 4:1. The optical active device is mainly responsible for the generation, amplification and reception of optical signals, and completes the functions of optical-electrical-to-optical conversion and amplification of signals. These include fiber amplifiers, fiber lasers, optical transceivers, and optical modulators, all of which are key components of optical transmitters, optical receivers, and optical repeaters.
The company's main products are optical active devices - fiber amplifiers, fiber lasers, optical transceivers and optical modulators and 5G optical communication small base stations. These devices are key devices of optical transmitters, optical receivers and optical repeaters.
The company's research and development will manufacture "5G photoelectric modulator" products combined with "5G DWDM high-density wavelength multiplexer". It can transmit 80Gb of data or information within 1 second. To compare with 5G DWDM combined with 5G photoelectric modulator currently sold in the market which can transmit 1.6Gb of data or information products, the benefit is more than 50 times, The company’s product will be the most important in the future of 5G market .
The US patent was obtained in 3/12/2013--a 5G optical communication component made of polymer substrate has more than 30 years of uninterrupted experimental basis and is leading the US-Japan. The main patent - 5G optical high-density wavelength multiplexer wafer DWDM (Dense Wavelength Division Multiplexer) A MOTHOD OF FABRICATING POLYMER WAVEGUIDERS BY SOFT-LITHOGRAPHY
Back to the construction of a Y-type beam splitter with a periodic block waveguide structure to improve the optical splitter device of the optical fiber communication system.
Device for improving optical fiber network splitter by block waveguide structure
Improved optical transmission splitter with multimode interference structure
Improved optical transmission splitter with block waveguide structure
Improved Y-type splitter device for optical fiber communication system with periodic block waveguide structure.
5G new material technology can reduce 1/2 of the current price of 5G optical communication main module
Compared with the existing process, the process time can be shortened by at least 1/2
Create yield 75%~90%
The small wafer is made into TOSA, ROSA, which is high-end and high-rate light module above 100G/200G. (non-assembled)
5G micro base station base module is only 30cmx30cmx5cm
With the production of process patents, the production capacity can exceed 1.4 million modules/year