Cov ntawv thov kev hnov qab hloov kho VCSEL kev lag luam
In 2004, VCSEL entered consumer electronics for the first time: Logitech MX1000 laser wireless mouse, which became the light source of laser navigation (positioning) sensors. In 2016, VCSEL entered Apple's iPhone 7 series mobile phones with the help of ToF proximity/range sensors to realize face proximity sensing, autofocus and other functions. At the same time, VCSEL also uses the proximity/range sensor to enter Apple's AirPods headset to realize the wearing monitoring function. So far, the application of many Apple products has promoted the scale of the VCSEL market to a new level.
In 2017, the VCSEL array entered Apple iPhone X for the first time and became the light source for 3D face recognition. This has also ignited the entire VCSEL industry, the market scale has expanded rapidly, and start-up companies have emerged one after another. From 2018 to 2019, the Android camp followed Apple and launched a number of mobile phones with integrated 3D sensing technology, but it did not make 3D face recognition a rigid demand. In 2020, it will be squeezed out of the market share by under-screen fingerprint recognition. In 2020, the addressable VCSEL array will enter Apple's new iPad Pro tablet and iPhone 12 Pro series smartphones for the first time, becoming the light source of consumer lidar. This also prompted the Android camp to deploy direct time-of-flight (dToF) technology and actively prepare for augmented reality (AR) applications.
Ntau yam ntawm VCSEL sensing daim ntawv thov
Due to the development of various sensor applications, the global VCSEL market will reach 1.15 billion US dollars in 2020, which can be described as "sensing applications reshaping the VCSEL industry"-occupying the largest market share: 75 percent ; communication applications occupying the second largest market share: 24 percent . Other applications include industrial heat treatment in the manufacturing field, laser printing, and atomic clocks in the timekeeping field. VCSEL suppliers for sensing applications mainly include Lumentum, II-VI, ams Osram, Zonghui Xinguang, TRUMPF, and Hualijie.
VCSEL kev lag luam sib koom hauv ntau daim ntawv thov thiab VCSEL cov chaw muag khoom loj
Saib rau yav tom ntej, raws li kev xav tau ntawm cov khoom lag luam tseem ceeb ntawm ob lub xov tooj ntawm tes thiab tsheb, VCSEL kev ua lag luam yuav txuas ntxiv kom muaj kev loj hlob sai. Peb cia siab tias lub koob yees duab 3D nyob rau tom qab ntawm Android smartphone, nrog rau Lidar sab nraum lub tsheb thiab kev saib xyuas cov neeg hauv lub tsheb (xws li kev saib xyuas tus neeg tsav tsheb) yuav ua rau kom muaj kev vam meej. Raws li kev kwv yees los ntawm Memes Consulting, lub ntiaj teb VCSEL kev ua lag luam rau kev soj ntsuam daim ntawv thov yuav loj hlob los ntawm US 862 lab hauv 2020 txog US1.728 billion hauv 2024, nrog rau kev loj hlob txhua xyoo (CAGR) ntawm 19 feem pua nyob rau lub sijhawm no.
VCSEL kev lag luam loj rau cov ntawv thov kev paub
Ntau-kev sib tshuam thiab chaw nyob tau dhau los ua txoj kev txhim kho ntawm VCSEL
Lub iPad Pro tshiab thiab iPhone 12 Pro series xov tooj tso tawm los ntawm Apple hauv 2020 yog nruab nrog lidar raws li dToF thev naus laus zis. Qhov chaw nyob sib koom ua ke VCSEL array yog muab los ntawm Lumentum. VCSEL array txais ib qho kev tsim cathode thiab muaj plaub qhov chaw ntawm lub anode. , Lub teeb liab tsav tsheb tuaj yeem tswj tau ib qho ntawm plaub qhov chaw ntawm lub anode kom paub txog cov teeb pom kev sib faib. Qhov chaw nyob VCSEL array muaj qhov zoo hauv qab no: (1) Tswj lub teeb kom zoo- thaj chaw emitting thiab ua kom lub zog siab; (2) Los ntawm kev tsim qauv tsim nyog, qhov system - qib tiv thaiv - muaj peev xwm cuam tshuam tuaj yeem ua tiav; (3) Nws muaj kev ua haujlwm zoo luminous thiab tuaj yeem txuag lub zog siv hluav taws xob; (4) Kev ua tau zoo ntawm cov cua kub dissipation.
Lidar hauv Apple iPad Pro 2020 integrates Lumentum addressable VCSEL array
As the market demand for automotive lidar grows, multi-junction VCSEL arrays have become the key layout products of the world's leading manufacturers. Compared with single-junction VCSELs, multi-junction VCSELs can: (1) improve PCE (electro-optical conversion efficiency) and reduce power consumption; (2) provide higher power density, which is more friendly to the design of optical systems; (3) improve slope efficiency, It is more friendly to the laser driver; (4) Provides higher peak power and expands the range of ranging work; (5) Reduces the "Cost per Watt" of the laser. From 2020 to 2021, major global manufacturers have successively released double-junction and triple-junction VCSEL products, while the leader Lumentum will first release five-junction and six-junction VCSEL arrays in March 2021. The optical power of each emission hole exceeds 2W, which makes The peak power of a 1 square millimeter VCSEL array exceeds 800W. In summary, the multi-junction, addressable VCSEL array is the key underlying technology to achieve high-performance all-solid-state mid- and long-range lidar.
Txoj Kev Txhim Kho ntawm VCSEL rau Daim Ntawv Thov Kev Pom Zoo
In addition to researching industry trends, Memes Consulting also searched and analyzed Chinese invention patents related to VCSEL and its array design and manufacturing, looked into the technological development trend of China's VCSEL field, and tapped superior companies, research institutions and technical experts in China's VCSEL field. This report provides an Excel patent database, which contains nearly 1,000 authorized invention patents and invention patent applications from more than 690 patent families involved in this research. This high-value patent database supports multi-field search, including patent title, abstract, applicant, publication number, application number, application date, inventor, IPC classification number, current legal status, and abstract drawings.
VCSEL Tuam Tshoj invention patent thov tiam sis
China's VCSEL industry is booming
As the main suppliers of Apple's VCSEL, Lumentum and II-VI occupy a major market share. However, in recent years, Chinese VCSEL suppliers have emerged one after another. Many overseas returnees from major international factories and local talents have jointly set off an entrepreneurial boom and created an independent and controllable "Chinese chip." This booming trend has attracted many capital parties to invest in all links of the VCSEL industry chain, involving chip design and manufacturing companies, epitaxial and wafer manufacturing foundries, equipment and material suppliers, and sensor module/system manufacturers.
VCSEL kev lag luam saw rau kev paub txog daim ntawv thov
In terms of VCSEL chips for sensing applications, Chinese manufacturers are mainly entrepreneurial, mainly in the Yangtze River Delta and the Pearl River Delta. The Yangtze River Delta region includes Zonghui Xinguang, Ruixi Technology, Changguang Huaxin, Huaxin Semiconductor, Dugen Laser, and Eagle Semiconductor; the Pearl River Delta region includes Bosheng Optoelectronics, Lemon Photon, Ruishi Technology, and Xinliang Intelligent; in addition, there are QianMu Laser, headquartered in Wuhan, and Qianzhao Optoelectronics, a listed company headquartered in Xiamen. Among the above-mentioned manufacturers, Zonghui Xinguang VCSEL has the largest shipment volume. It has successfully entered Huawei's smartphones and has rapidly deployed a large number of patents in China. Therefore, it has won the favor of investors such as Huawei's Hubble Technology Investment and Xiaomi Yangtze River Fund.
Cov neeg sawv cev ntawm cov tuam txhab ntawm VCSEL chips rau kev nkag siab daim ntawv thov
Due to the strong demand and vigorous development of the III-V compound semiconductor market represented by VCSELs and radio frequency devices, more and more GaAs epitaxy and wafer manufacturing plants in China have emerged, including pure epitaxy and wafer foundries (For example, Tangjing Quantum, Zhongkexindian, Sanan Integrated Circuit, Quanlei Optoelectronics, Hiway Huaxin), and IDM manufacturers with internal epitaxial and wafer manufacturing plants (such as Changguang Huaxin, Huaxin Semiconductor). We look forward to the maturity of China's VCSEL industry chain, laying a solid foundation for the broad sensor application market!
GMKJ Technology tau koom nrog kev noj qab haus huv thiab ntse lub teeb ci, muab kev lag luam nrog ntau yam ntawm UV UVA UVB UVC LED, infrared IR LED VCSEL cov khoom thiab cov kev pabcuam. Nws muaj ntau pua tus neeg ua haujlwm siab -cov koom tes zoo hauv kev lag luam hauv tsev thiab txawv teb chaws los koom ua ke txhawb kev siv lub teeb pom kev zoo los tsim lub neej noj qab haus huv thiab ntse. .
