Designed for use in 4K UHD outside broadcast television production, the 4K UHD DIGISUPER 90 (UJ90x9B) broadcast lens features one of the world's highest zoom ratio (90x) and combines a respectably wide 9mm setting with an impressive extreme telephoto setting of 810mm. The optical performance of the lens supports the many imaging parameters that collectively contribute to compellingly sharp 4K pictures. 

Long zoom broadcast lens designed to support 4K UHD broadcast systems. Advanced design technologies, optical components and manufacturing processes were used to produce an extremely high overall optical performance that exceeds basic 4K criteria, and maximize the output video image performance when used with the most sophisticated 4K UHD cameras. The lens embodies state of the art optomechanical and electronic advances, working to exceed the expectations of the world’s outside broadcast television operators.

The UHD-DIGISUPER 27 (UJ27x6.5B) studio lens is our flagship 2/3-inch format studio lens, featuring outstanding optical performance beyond 4K resolution with a 27x zoom ratio (6.5mm to 180mm) and wide angle focal length (6.5mm at 1x, 13mm at 2x).

Portable lens, combining outstanding optical performance and support for 4K UHD (and HDTV) broadcast production. Featuring a focal length range of 7.8-156mm (15.6-31213mm with the built-in 2x extender) and a 20x zoom ratio, the CJ20ex7.8B 4K UHD lens is able to maintain high 4K resolution and contrast from the center of the screen all the way to the edges. The resolution around the edges has been improved by achieving advances in the inner focus system. 

The portable CJ12ex4.3B 4K UHD wide-angle lens combines the ability to provide outstanding optical performance that supports 4K UHD broadcast production with amazing 4.3mm wide angle capability that is ideally suited to creating panoramic 4K imagery. Wide angle shooting has added tremendous creative options to many genres of program production including sports, documentaries and drama. The very nature of 4K UHD imagery inherently exploits wide angle shots by enabling panoramic vistas containing large amounts of image detail.