FOV

This initiative is predominantly crafted for UV, VIS, and NIR video imaging cameras, which encompass an extensive wavelength spectrum spanning from ultraviolet to visible light and extending into near-infrared. It finds applicability across a multitude of potential fields. With its unparalleled spectral and spatial resolution and exceptional operational speed, this foundational high-spectral light field technology opens avenues for robust technological advancements, effortlessly accommodating the diverse requirements of our clientele.

Avantier showcases a commitment to innovation and precision in optical technology in microlens arrays. The versatility of lens arrays, strategically arranged on carefully selected substrates, caters to diverse applications in lighting, imaging, and photons. The microlens array project, specifically designed for UV, VIS, and NIR video imaging, underscores Avantier’s dedication to meeting customer needs with adaptability and cutting-edge technology. By consistently delivering stellar performance and flexibility, we ensure our product remains at the forefront of customer satisfaction.

Field of View (FOV) is the extent of the observable scene captured by an optical device, measured in degrees. It defines how much of the scene the camera or sensor captures horizontally and vertically.

fov和焦距的关系

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This innovative design allows lens arrays to play a crucial role in optical systems, achieving precise control of light by strategically arranging lens units. The applications of lens arrays are diverse, ranging from improving the efficiency of lighting systems to optimizing the performance of imaging devices. The application of lens arrayseven play a pivotal role in photonics research.

field of view中文

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The supporting substrate of lens arrays is carefully chosen, providing flexibility for configuration based on the specific requirements of the application. Whether used to enhance beam focus or to disperse light for specific effects, lens arrays showcase versatility and adaptability in the field of optics.

FOVto focal length

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This adaptability empowers our initiative to drive innovation across various application domains, continually evolving in response to shifting customer needs and technological advancements.

The use of aluminum mounting plates, coupled with advanced surface treatments, ensures high precision and durability, setting Avantier apart in the field. Continuous improvement in  manufacturing makes Avantier a reliable choice for exceeding expectations in optical solutions.

... camera as easy as touching a button. Many motorized tripod heads rotate 360 degrees, making them convenient options for panoramas, time-lapses ...

相机fov

Field of view

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Field of View (FOV) is a critical parameter in imaging systems that determines the extent of the observable scene captured by a camera or optical device. Understanding and selecting the appropriate FOV is essential for optimizing the performance and effectiveness of imaging applications in photography, surveillance, machine vision, VR/AR, and microscopy. The FOV is influenced by factors such as the focal length of the lens, sensor size, and lens design, and it plays a vital role in achieving the desired imaging results.

Lens arrays consist of multiple individual lens cells arranged directly on a supporting substrate, in either a one-dimensional or two-dimensional configuration. The supporting substrate materials can include glass, polymers, and metals. The primary objective of utilizing a lens array is often to manipulate light beams in a specific manner to cater to various purposes in different fields such as lighting, imaging, and photonics.

VIETNAM:Alpha Industrial Park, Tu ThonVillage, Yen My District, HungYen Province 17721+84 221-730-8668sales-vn@avantierinc.com

fov计算

fov参数

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Minimum focus distance is an important lens specification, but this number does not indicate the working distance, the distance from the end of the lens (or the ...

We encouraged the client to articulate specific solution needs, whether it involved tweaking wavelength configurations or achieving optimal resolution. This enabled our technology to adapt seamlessly to these requirements. Additionally, with ongoing advancements in the sensor market, it is now feasible to adjust the wavelength range to cover every conceivable category including UV, VIS, and NIR.