The DSL180 lens is a Tailored DistortionTM, miniature SuperFisheyeTM lens designed with a field of view of up to 200 degrees on 1/5” to 1/2.8” format imagers with HD resolution. Special design techniques and hybrid design form are used to achieve increased magnification (angular resolution) off axis compared to a standard fisheye lens.
The DSL181 lens is a miniature SuperFisheyeTM lens with Tailored DistortionTM designed with a field of view of up to 190 degrees on 1/4” to 1/2” format imagers with HD resolution. The low F-number, thermal stability, and special distortion characteristics make this lens ideal for exterior based camera applications.
The DSL183 lens is a miniature SuperFisheyeTM lens with Tailored DistortionTM designed with a field of view of up to 181 degrees on 1/3.2” to 1/1.8” format imagers with HD resolution. The low F-number, thermal stability, and special distortion characteristics make this lens ideal for exterior based camera applications.
DSL216 lens is a miniature, high-resolution SuperFisheyeTM lens designed to give a fisheye image with a horizontal field of view greater than 180 degrees on a 1/3” format sensor making it ideal for security or emerging applications like 360° cameras. Additionally, the DSL216 has an all-glass all-metal design which gives it thermal stability.
• Maximum field of view (FOV): 185o • F/1.8 aperture for low-light performance • Hybrid glass-plastic design • Suitable for megapixel resolution sensors
The DSL935 lens is a multiple element glass lens optimized for 1/1.8” format imagers with up to 5MP resolution. The small form factor makes this lens ideal for high performance handheld cameras.
The DSL936 is a multi-element glass lens optimized for 1⁄2” imagers with up to 5MP resolution. The DSL936 is Day/Night optimized for improved performance in the near infrared making this lens ideal for applications which require active illumination at 850nm or 940nm.
The DSL949 is a hybrid lens designed for 1/3” imagers withup to 5MP resolution. Special design techniques enable the DSL949 to achieve a wider than normal field of view with very low distortion in a small form factor.