市場調查報告書
商品編碼
1126918
2022-2028年全光相機全球市場規模、份額和行業趨勢分析報告:按產品類型(編碼孔徑相機、標準全光相機、聚焦全光相機)、應用、區域展望和預測Global Plenoptic Camera Market Size, Share & Industry Trends Analysis Report By Product Type (Coded Aperture Camera, Standard Plenoptic Camera, and Focused Plenoptic Camera), By Application, By Regional Outlook and Forecast, 2022 - 2028 |
到 2028 年,全光相機的全球市場規模預計將達到 33 億美元,在預測期內以 17.6% 的複合年增長率增長。
一種類型使用放置在標準圖像傳感器前面的一系列小透鏡來感知強度、顏色和方向。另一個是眾多相機的陣列。全息圖在基於膠片的光場圖像中很常見。攝影方面的一項突破是標準全光相機 (SPC),它允許在單次曝光中捕獲聚焦在不同深度的二維圖像。
與傳統相機不同,SPC 由一個主鏡頭和一個微透鏡陣列組成,並將一個虛擬鏡頭投射到物體的空間中。 Lightfield 是一個具有多種可能性的四維數據集。它們主要是為了增強未來機器人的視野而開發的。自動對象識別也可以從其提高的準確性和細節中受益匪淺。為了為球形相機創建圖像,傳感器具有 2D 像素矩陣,並且可以在 3D 空間中移動並捕獲光場。
根據這個公式,我們消除了與射線運動方向相同的相機運動,以創建 4D 圖像。因此,由於空間位移,4D 光場比傳統 2D 圖像多 2 個維度,並且可以表示目擊場景的深度。它們提供對新數據的訪問並支持對各種數據產品的推斷。光場的工業應用通常使用聚焦在特定距離的 3D 深度圖像或 2D 圖像(點雲)。
COVID-19 影響分析
COVID-19 大流行暫時停止了許多關鍵項目的實地工作。隨著旅遊人數的下降,對全光相機的需求也在下降。世界各地的新項目被擱置,影響了許多行業的需求,包括製造業、工業和零售業。原材料採購併未對市場參與者產生重大影響,但時間和運輸成本仍然是主要問題。主要市場參與者專注於擴大業務,以實現大流行後的強勁復甦。
市場增長因素
具有增強拍攝功能和先進拍攝設備的智能手機的興起
由於數碼相機和智能手機的功能不斷增加,對高質量相機模塊的需求也在增加。對於媒體來說,高質量的照片和視頻是由球形相機拍攝的。 Plenoptic 技術還使數字圖像能夠在捕穫後重新聚焦。通過在拍攝前查看照片,用戶可以決定構圖等並有效地拍攝。
圖像傳感器和相機的技術發展
傳統攝影使用鏡頭和記錄儀捕捉被拍攝對象反射的光。但是,這種方法無法捕獲構成圖像的每條單獨光線的信息。相反,它匯總了撞擊圖像中每個位置的所有光線的數據。這個缺點僅限於傳統相機可以使用的範圍。數碼相機開始通過採用更好的技術(如全光技術)來擴大其可用範圍。
市場製約因素
製造和採購成本高
全光相機的製造成本主要是昂貴的,這會影響安裝和啟動成本。此外,與傳統技術相比,全光相機的初始投資更高,這可能會導致額外的成本。全光相機的一個重要部分是安裝多個不同尺寸的鏡頭。微透鏡陣列放置在相機傳感器和主鏡頭之間(在焦平面上,在前面和後面)。
產品類型展望
按產品類型,全光相機市場分為標準全光相機、聚焦全光相機和編碼孔徑相機。編碼孔徑相機在 2021 年創下全光相機市場最高收入。對不同波長的電磁波不透明的網格或光柵稱為編碼孔徑。編碼孔徑相機通過以預定模式阻擋輻射,將編碼“陰影”投射到平面上。
應用前景
按應用,全光相機市場分為消費類、企業類和工業類。 2021 年,企業部門在全光相機市場中佔據了相當大的收入份額。在企業內部,全光攝像頭技術主要用於監控和安全。視頻監控通過存儲和監控所有訪客的視頻日誌來間接保護您的員工。此外,通過安裝安全攝像頭,可以保護設施免受搶劫、盜竊、闖入和火災等危險,大大提高安全水平。
區域展望
按地區,它在北美、歐洲、亞太地區和 LAMEA 進行了分析。北美地區在 2021 年以最大的收入份額主導了全光相機市場。這是由於在該地區經營的主要公司的存在和高人均收入。所有這些因素為全光相機行業在各種應用中創造了巨大的增長潛力,包括醫療保健、國防媒體建設等。
The Global Plenoptic Camera Market size is expected to reach $3.3 billion by 2028, rising at a market growth of 17.6% CAGR during the forecast period.
The plenoptic camera uses information about the light field emanating from a scene as well as the direction that the rays of light are going in space. It is a type of specialized light field camera that enables the image to be focused at any point after being captured. A basic plenoptic camera senses intensity, color, and direction using a network of microlenses that are positioned between the front lens and the camera sensor.
It records several collections of brief photos from various angles that can then be edited as needed. These cameras are often known as light field cameras. While the plenoptic cameras' picture data includes the amount of light present in the picture as well as in surroundings, traditional cameras just record light intensity. There are many varieties of plenoptic cameras.
One type senses intensity, color, and direction using an array of miniature lenses put in front of a standard image sensor. Another kind is the arrays of many cameras. Holograms are common to light field images which are film-based. A breakthrough in photography is the Standard Plenoptic Camera (SPC), which makes it possible to capture two-dimensional images from a single exposure that are focused at various depths.
Unlike traditional cameras, the SPC consists of a main lens and a microlens array that project virtual lenses into the space of objects. A light field is a 4D dataset with a lot of potentials. These were primarily developed to enhance robot vision in the future. Automated object recognition may also benefit significantly from its increased precision and detail. For the creation of a plenoptic camera image, a sensor has a 2D pixel matrix that is made to move about in 3D space and capture the light field.
A 4D image is developed from this equation by eliminating the motion of the camera, as it is in the same direction as the motion of light rays. A 4D light field, therefore, has two more dimensions over traditional 2D images as a result of spatial displacement and represents the depth of the scene witnessed. They provide access to new data and allow for the inference of various data products. The industrial use of the light field typically makes use of 3D depth images or 2D images that are focused on a specific distance (point clouds).
COVID-19 Impact Analysis
The COVID-19 pandemic temporarily halted fieldwork on a number of significant projects. Tourism decreased, which in turn has decreased demand for plenoptic cameras. New projects have been put on hold all across the world, which has had an impact on demand across a number of industries, including manufacturing, industrial, and retail. Although raw material procurement had little of an impact on market participants, time and transportation costs were still significant issues. Key market participants have concentrated on setting up their businesses for a robust recovery after the pandemic.
Market Growth Factors
Rise In Smartphones With Enhanced Photography Features And Advanced Photographic Devices
A rise in features for digital cameras and smartphones suggests a rise in demand for high-quality camera modules. Media uses plenoptic cameras to produce high-quality photos and films. Additionally, digital images that may be refocused to focus on different subjects after being taken are made possible by plenoptic technology. Users may see their photos before they are taken, which helps them decide on the composition and other aspects of photo taking more effectively.
Technological Developments In Imaging Sensors And Cameras
Through the lens and recorder setup of traditional photography, light is captured as it reflects off the subjects in the frame. This method does not capture the information on each individual light ray that makes up the image. Instead, it aggregates the data from all the light rays that hit each location in an image. This drawback is limited to scopes in which a traditional camera could be used. The adoption of better technologies in digital cameras, like plenoptic technology, has started to increase the area where these can be used.
Market Restraining Factors
Costlier In Production And In Purchase
The first requirement for a plenoptic camera is high manufacturing cost, which has an impact on installation and startup costs. Additionally, the initial capital cost expense foundation is greater for plenoptic cameras than for conventional technologies, restricting the possibility of incurring extra costs. An essential component of a plenoptic camera is the installation of multiple lenses in a variety of sizes. The micro-lens array is positioned between the camera sensor and the primary lens (at, before, or after the focal plane).
Product Type Outlook
Based on product type, the plenoptic camera market is segmented into standard plenoptic camera, focused plenoptic camera, and coded aperture camera. The coded aperture camera recorded the highest revenue in the plenoptic camera market in 2021. Grids or gratings that are opaque to different wavelengths of electromagnetic radiation are known as coded apertures. In the coded aperture camera, a coded "shadow" is thrown onto a plane by blocking radiation in a predetermined pattern.
Application Outlook
On the basis of application, the plenoptic camera market is divided into individual, enterprise, and industrial. The enterprise segment procured a substantial revenue share in the plenoptic camera market in 2021. Within enterprises, plenoptic camera technology is primarily used in surveillance and security. By keeping a video log of every visitor to the premises and monitoring them, video surveillance indirectly protects employees. The level of security can be greatly increased by installing security cameras to guard the premises against burglary, theft, infiltration, fire, and other hazards.
Regional Outlook
Based on region, the plenoptic camera market is analyzed across North America, Europe, Asia Pacific, and LAMEA. The North American region dominated the plenoptic camera market with the maximum revenue share in 2021. This was due to the existence of major firms operating in the area and the high per capita income. Both of these factors provide the plenoptic camera industry enormous growth potential across a variety of applications, including healthcare, and defense media building, among others.
The market research report covers the analysis of key stake holders of the market. Key companies profiled in the report include Apple Inc., Samsung Electronics Co., Ltd., Panasonic Corporation, Canon Inc., Sony Corporation, Raytrix GmbH, and OTOY, Inc.
Market Segments covered in the Report:
By Product Type
By Application
By Geography
Companies Profiled
Unique Offerings from KBV Research
List of Figures