What are antireflection coatings
How do AR coatings work?
Antireflective coatings are the most common type of optical coating. Learn about how antireflective coatings work and why ALD is an emerging technique for fabricating them.
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AR Coated Lens
Mobile Camera Lens Coating
Today, nearly all photos are taken on smartphones, resulting in mobile phone camera quality becoming a key selling point of mobile devices. As cameras continue to miniaturize and improve, lens design and element structures inevitably become more complex. ALD offers robust manufacturing solutions for antireflective coatings on next-generation mobile camera lenses.
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Automotive Camera Lens Coating
For autonomous vehicles (AVs) using cameras, lens flare is a major cause of artifacts and ghost images, potentially leading to catastrophic consequences. Learn about how gradient-index antireflection coatings fabricated with Atomic Layer Deposition can reduce lens flare and increase the safety of automotive camera modules in AVs.
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Reducing Lens Flare and Ghost Images
Today’s most modern and robust camera modules, trusted in consumer technologies like mobile phones and self-driving vehicles, continue to suffer from unwanted ghost images and flares. At Beneq, we have developed a next-generation ARC with atomic layer deposition to address these phenomena.
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Gradient-index antireflection coatings
Beneq AtomGrass™ ARC
Beneq has introduced the Beneq AtomGrass™ antireflection coating for use in next-generation optics, like mobile and automotive camera lenses, LiDAR arrays, and extended reality headset. Learn about how gradient-index antireflection coatings fabricated with ALD exhibit wide-angle performance and why this is important for modern optical systems.
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Wide-angle Antireflective Coatings
Beneq has introduced the Beneq AtomGrass™ antireflection coating for use in next-generation optics, like mobile and automotive camera lenses, LiDAR arrays, and extended reality headset. Learn about how gradient-index antireflection coatings fabricated with ALD exhibit wide-angle performance and why this is important for modern optical systems.