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
DSL208 lens is a miniature glass lens optimized for HD imagers up to 1/3” format with HD resolution. This lens is Day/Night optimized and is near infrared corrected.
DSL208A-650-F4.0 lens is a miniature glass lens optimized for HD imagers up to 1/3” format with HD resolution. This lens is Day/Night optimized and is near infrared corrected.
The DSL212 is a miniature wide-angle all-glass lens with Tailored Distortion. This lens was optimized for 1/3” format sensors with up to HD resolution. The Tailored Distortion wide field of view and all glass construction make it ideal for outdoor applications which depend on off axis angular resolution.
The DSL213 is a miniature wide-angle and Day/Night lens designed for 1/3” format imagers with up to 2MP resolution. The Near Infrared correction and low F/# make this lens ideal for compact applications using active 850nm or 940nm light sources, and those used in low light situations.
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.
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.
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