The new Canon DIGISUPER 95 TELE long-zoom HD field lens features the longest focal length1 and lightest weight1 in its class and outstanding optical performance, making it ideal for sports telecasts and other outdoor broadcasting applications.
The DIGISUPER 95 TELE is the telephoto-version model of the DIGISUPER 95, which has garnered high acclaim from professionals in the industry. Like the DIGISUPER 95, the new long-zoom HD field lens features a 95x zoom ratio and amazing optical and image-stabilization performance, all while achieving the lightest body design1 in its class and a focal length range from 12.4 mm at its widest angle to a class-leading 1178mm2 at the telephoto end.
Realizing superb imaging performance throughout the entire zoom range, the DIGISUPER 95 TELE incorporates the latest large-diameter aspherical lens technologies and optical materials technologies, making use of fluorite and UD (Ultra-low Dispersion) lens elements. Furthermore, Canon's proprietary optical design technologies make possible the optimal positioning of these lens technologies to effectively correct for various aberrations, including chromatic and spherical aberrations as well as curvature of field, helping to deliver high-resolution imaging performance from the center to the peripheral areas of the image field. In addition to realizing an extended focal length at the telephoto end, the new long-zoom HD field lens employs Canon's proprietary Optical Shift Image Stabilizer (Shift-IS), enabling the capture of stable, clear video with minimal image blur.
Despite offering a 95x zoom ratio and extended telephoto capabilities, the Canon DIGISUPER 95 TELE weighs approximately 23.2 kg, making it the lightest lens1 in its class. By maintaining the same weight and length (approximately 610 mm) as the DIGISUPER 95, the new broadcast lens offers outstanding operability and reliability.
1. Among broadcast field zoom lenses offering a zoom ratio greater than 80x as of September 12, 2014. 2. When the internal extender is not in use (when set to 1.0x).