The SP-20000C-CXP2 provides 20-megapixel color resolution at a market-leading 30 frames per second. Built around the CMOSIS CMV20000 CMOS imager, it offers a rare combination of high resolution, high frame rate, and high image quality, well suited to a wide range of high performance applications.
Delivering 5120 x 3840 pixels at a remarkable 30 frames per second, the SP-20000-CXP2’s combination of speed and resolution makes it ideal for aerial mapping, printed circuit board inspection, and many other applications where detailed analyses are required across a wide area.
Available in monochrome or color models, the SP-20000-CXP2 features true correlated double sampling (CDS) for outstanding image quality with high pixel uniformity. An industry-leading 1:50000 parasitic light rejection ratio minimizes global shutter leakage for clean images with sharp contrast.
The SP-20000-CXP2 handles difficult lighting situations with ease - indoors or out – thanks to JAI’s Auto Level Control (ALC) function, which links auto shutter and auto gain for smart exposure control under any condition.
5120 x 3840 px
6.4 x 6.4 µm
32.8 x 24.6 mm
62 x 62 x 84.5 mm
F-mount or M-42A mount
-45°C to +70°C
* Some video processing functions not available with 12-bit output
The Spark Series 20-megapixel cameras are the perfect starting point for a wide range of machine vision, entertainment, and mapping applications
Verification of circuit layouts and coatings, ball grid array inspection, component positioning, solder paste quality, dimensional accuracy, pick & place applications, and more.
Spark Series cameras capture high resolution images to track player movement, create virtual environments, generate broadcast replays, and other tasks.
Cameras mounted on aircraft, satellites, or ground vehicles capture images to help create maps, analyze terrain, or build street views.
Large fields-of-view with high levels of detail are needed to scan shelves for products and their associated identification codes.
Many types of industrial parts must be carefully measured to ensure conformance to system requirements. High resolution images enable higher precision on critical measurements.
High speed, high resolution systems identify surface imperfections finer than a grain of salt in final vehicle assembly, to cue operators where to polish and buff out imperfections.
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