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ImmerVision Enables 360°. Video Surveillance Applications. Enables 360 o. Developers of viewing solutions are turning to ImmerVision and its partners to get tailored 360 o Panomorph Optics and Software. Optics. Software. Products. Panomorph Lenses. Feature 1.
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ImmerVision Enables 360° Video Surveillance Applications
Enables 360o Developers of viewing solutions are turning to ImmerVision and its partners to get tailored 360oPanomorph Optics and Software. Optics Software Products
Panomorph Lenses Feature 1. More sensor surface covered on A than B A B C D Feature 2. Object C bigger than Object D The PANOMORPH lens has two main differences to a fish-eye lens • Panomorph Lens Unique Features • More pixels coverage on camera sensors compared to fisheye lenses • Object size magnification in area of interest (periphery) compared to fisheye lenses
Comparison with a traditional fish-eye image Horizontal anamorphosis of the panomorph image Example Traditional Fisheye Panomorph ImmerVision’s Patents – Panoramic Anamorphosis Method for capturing a panoramic image by means of optimization of pixel usage
IMV1-1/3 Qualified Cameras Manufacturers(1) (1) Cameras supplied by manufacturers and tested at ImmerVision’s Labs that meet FY360A requirements and provide acceptable resolution
360° Compared SONY SNC-CH-140, 1.3 MPx (1280x1024) Panasonic WV-VW502S, 1.3 MPx (1280x1024) 3 MPxFish Eye 360° camera
Q24 Compared Basler BIP 1300c-dn,1.3MPx(1280x1024) Sanyo HD2100, 2.0 MPx (1600x1200) 3 MPxFish Eye 360° camera
Camera Performance Comparaison (1/2) 3 MPxFish Eye 360° camera Leading Brand Camera, 1.3 MPx
Camera Performance Comparaison (2/2) 3 MPxFish Eye 360° camera SONY SNC CH-140, 1.3 MegaPixel
Camera Performance Comparaison • Even with twice as much resolution the Fish Eye 360° camera does not show more details than a 1.3 MPx camera equipped with the YF360A lens. • The dynamic range of the of the 1.3 Mpx cameras is much higher than the 3 MPxFish Eye 360° camera, so more information are captured