Theia's SY110 Fixed Focal Megapixel Lens offered as accessory for Axis' megapixel network camera product line |
Theia's patented Linear Optical Technology® enables an image with less than 1% barrel distortion. By contrast, most wide angle lenses above 80 degrees horizontal field of view produce an image with noticeable levels of barrel distortion, also known as fisheye distortion. Distortion in typical wide angle lenses compresses data at the edges of the image, causing a loss of information, which translates into degraded image resolution in those areas. Theia's technology doesn't compress or lose information, but instead maps the subject over more pixels providing improved image resolution at the image edge and increasing the chance of recognition of individuals and objects.
Theia's lenses correct barrel distortion in the optics of the lens without the use of de-warping software for a faster, real time solution. Image information lost due to the barrel distortion of typical wide angle lenses cannot be recovered even with the use of dewarping software.
Theia's Fixed Focal Megapixel Lenses work in harmony with our megapixel network cameras to maximise the field of view |
"We strive to offer only those accessories that help our partners and their end users get the most out of their network camera deployment and Axis investment," said Fredrik Nilsson, General Manager, Axis Communications, Inc. "Theia's Fixed Focal Megapixel Lenses work in harmony with our megapixel network cameras to maximise the field of view without degrading the image resolution, so installers can best utilise their design plan."
The SY110 lens is also IR corrected so maintains its crisp megapixel resolution image in IR illumination making it a suitable accessory for the AXIS 223M Network Camera, which features automatic day and night capabilities with a removable infrared-cut filter. By utilising Theia's ultra-wide angle lens, the high quality, clear images associated with advanced megapixel network cameras are further advanced for better surveillance and functionality.