ZEISS Supreme Prime 135mm T1.5

Consistency is one of the key elements offered by the ZEISS Supreme Prime lenses: that means consistent coverage, color rendering, aperture, size, weight and ergonomics. All the lenses across the family cover full frame and even bigger sensors with an image circle of 46.2 mm. The Supreme Prime lenses are color matched across the full range and most feature a fast T-stop of T1.5. Interchangeable Mount System ensures compatibility witj PL, LPL, and EF mounts (supplied with PL and metric marking as standard).

The small front diameter of 95 mm on almost all lenses and standardized positioning of the focus and iris rings across the whole family facilitate fast and easy equipment changeout. The compact and lightweight design means you enjoy easy and comfortable handling. The ultra-smooth focus rotation of the Supreme Prime lenses even in extreme temperatures allows for small motors to make sure you have an easy setup that’s enjoyable to work with.

The ZEISS Supreme Prime lenses are designed for cinematic large-format sensor coverage, making them the ideal choice for current and future camera systems. At T1.5 the ZEISS Supreme Primes demonstrate their unsurpassed craftsmanship in tricky low-light environments.

A very smooth transition between in-focus and out of focus areas characterize the unique look of the ZEISS Supreme Prime lenses. This adds richer texture and greater depth to the image.

The ZEISS Supreme Primes possess a look, which ensures freedom in creating the look you want to achieve. Especially when capturing crucial textures such as skin tones, the unique quality of the ZEISS Supreme Prime lenses is a gentle sharpness that renders a crisp but organic look.

The unique ZEISS eXtended Data technology offers lens metadata critical for VFX-intensive productions and workflows on set. The frame accurate information about focal length, focusing distance, T-stop and depth-of-field enables the camera assistant to work more precisely and eliminates guesswork for the DIT. The ZEISS specific distortion and vignetting data makes shooting grids redundant and accelerates compositing and stitching in post-production.