There are 22 products.
Active filters
DSL217C-670-F1.8
• Maximum field of view (FOV): 185o
• F/1.8 aperture for low-light performance
• Hybrid glass-plastic design
• Suitable for megapixel resolution sensors
DSL239-650-F2.4
4K Miniature SuperFisheyeTM Lens
Key Features :
• SuperFisheye FOV: 186°
• Good low light perfomance : F/2.4 aperture
• 27,00mm TTL
Applications :
• Security and Surveillance cameras
• Drone cameras
• Immersive Imaging cameras
The DSL255 is an all-glass, miniature SuperFisheyeTM lens designed for 4K sensors with up to 1/2” format size. The SuperFisheyeTM design provides a FOV of 190 ̊ at design image circle of 4.3mm. The low F-number, compact size and thermal stability make this lens ideal for security and other high-quality indoor/outdoor imaging applications.
Key Features :
• Compact Size
• F/1.6 for low light and high framerate cameras
• Excellent thermal Stability
• Optimized for HDR sensors
Application :
• Automotive Forward Machine Vision (sensing)
• Automotive Mirror Replacement (CMS/eMirror)
• Object Recognition
Key Features :
• F/1.7 for enhanced low light sensitivity
• All glass to optimize thermal stability
• Low stray light for HDR sensors
Applications :
• Automotive Forward Machine Vision (Sensing)
• Automotive Mirror Replacement (CMS/eMirror)
• Security Cameras
• Computer Vision
The DSL977 is an all-glass lens designed for 1MP HDR imagers. Special optical design, coating and process techniques are applied to achieve the high resolution, low relative aperture eliminating lens ghosting (120dB) and minimize flare and stray light.
Key Features :
• NoGhost, low stray light for HDR sensors
• Low relative aperture F/1.8
• Face Sealed to IP6K9K
• Compact size
The DSL978 is a compact, low F/# lens designed for low light HD/HDR applications. This lens is optimized for useHD sensors with imager format up to 1/3”. The all-glass design provides stable image quality over a wide temperature range.
Key Features :
• NoGhostTM
• Compact Size
• F/1.6 for low light and high framerate cameras
• Excellent Thermal Stability
