Canon Cinema CN-E85MM / T1.3 L F lens with EF Mount meter scale
- SKU:
- 584624
Canon Cinema CN-E85MM/T1.3 L F lens with EF Mount meter scale product description
Professional 4K Optical Performance
The Canon CN-E85mm T1.3 L F is a high-performance cinema prime lens engineered for demanding 4K productions. Featuring a full-frame imaging circle and a fast T1.3 aperture, this lens delivers exceptional image quality, contrast, and color fidelity across the entire frame. Its advanced optical construction utilizes large-diameter aspheric elements and anomalous dispersion glass to minimize distortions and ensure edge-to-edge sharpness for high-end cinematography.
Cinematic Bokeh and Color Science
Equipped with an 11-blade iris, the CN-E85mm produces a soft, circular bokeh that adds a three-dimensional quality to out-of-focus areas. Canon’s refined color science ensures a warm, consistent look that matches other lenses in the Cinema Prime series, simplifying color grading in post-production. The fast T1.3 maximum aperture provides superior low-light performance and precise shallow depth-of-field control.
Precision Engineering for Cinematographers
Designed for seamless integration into professional rigs, the lens features a unified front diameter of 114mm and consistent gear positions for focus and iris rings. The 300-degree focus rotation allows for precise adjustments, while the meter-scale markings on angled surfaces ensure readability from multiple angles. Minimized focus breathing ensures a stable field of view during critical focus pulls, maintaining visual consistency.
Advanced EF Mount Integration
The genuine Canon EF mount features electronic contacts for direct communication between the lens and camera. This enables the recording of lens metadata, including T-number and focus position, and supports advanced features like Peripheral Illumination Correction and the Dual Pixel Focus Guide on compatible Cinema EOS cameras. The lens is also equipped with gaskets and seals for dust and water-resistant operation in severe conditions.