There are 7 products.
Active filters
The DSL146 is a high-performance, wide-angle, low-light lens with 4K resolution and F/1.4 aperture, designed for 1/3” and 1/2.8” HDR sensors. The all-glass construction makes it thermally stable and ideally-suited for indoor or outdoor applications in harsh environments
The DSL147 is a high-performance, wide-angle, low-light lens with 4K resolution and F/1.4 aperture, designed for 1/3" and 1/2.8" HDR sensors. The all-glass construction makes it thermally stable and ideally-suited for indoor or outdoor applications in harsh environments.
DSL165 is a high-performance lens with ultra-low F/# for superior low light imaging in Automotive, Autonomous and Security applications. Low-Ghost HDR and 4K design provide excellent image quality. The all-glass construction makes it thermally stable and ideally-suited for indoor or outdoor applications in harsh environments.
The DSL202 lens is a multi-element glass lens optimized for imager sizes up to 1/3" format and HD resolution. The all glass, all metal construction enables good thermal stability. The DSL202 is also environmentally ruggedized
Key Features
•Wide field of view
•All glass elements
Applications
• Rear-view Automotive
• Security & Surveillance
• Industrial
DSL203A Wide Angle Security Lens
Key Features :
• Designed for multi-megapixel resolution sensors
• Full field of view of up to 140°
• High brightness, F/2.6 aperture
• All glass design provides environmental stability
Applications :
• Security and surveillance
• Automotive rear view cameras
The DSL209 lens is a miniature wide-angle lens optimized for 1/4” format imagers with HD resolution. The wide field of view, low F-number, and f-θ distortion make this lens ideal for security and automotive applications.
Available in NIR versions: No IR cut filter
Key Features :
• Wide field of view : 126 deg HFOV on 1/3” imager
• Excellent low light performance: F/2.0 aperture
• All glass elements providing environmental stability
• Distortion: f-θ type (image height is proportional to the input angle h=f*θ where f is the focal length).
