Canon CN-E30-105mm T2.8 L S/ SP

Exceptional optical performance for 4K production with the CN-E30-105mm T2.8 L SP (for PL-Mount), CN-E30-105mm T2.8 L S (for EF-Mount) lenses

The CN-E30-105mm T2.8 L S/SP is a lightweight Super 35mm cinematography lens for 2K, and 4K production formats. Available in EF mount (S model) and PL mount (SP model)

Benefits:

• EF mount (S model) and PL mount (SP model)
• Focal length of 30mm ~ 105mm
• 11-blade aperture diaphragm
• Minimised Focus breathing
• Precision back focus adjustments with lens markings on both sides
• Uniform Gear Positions, Rotation Angles and Front Lens Diameters

Outstanding optical performance

The CN-E30-105mm T2.8 L S/SP is a lightweight EF/PL mount lens for Super 35mm format with exception optical performance for demanding high-end productions. This lens will surpass the performance requirements of any HD imaging system. It features advanced optical design with fluorite and large aspherical lens elements to achieve sharp, consistent images throughout its zoom range, and has a unique optical design that has significantly minimized focus breathing facilitating a new level of creativity in focus pulls. It also has a remarkably broad rotation angle of Focus 300°/ Zoom 160° which realizes high accuracy in operating the lens.

Versatility

The CN-E30-105mm T2.8 L S/SP lens has markings on angled surfaces on both sides of the barrel, making it easy to read settings from behind, or from either side of the camera. Focus markings can even be switched from standard labeling to metric, depending on production need. This lens is equipped with control rings maintain the proper amount of resistance with consistent operating torque, and a covered flange-back adjustment mechanism to meet numerous production application needs.

This lens also incorporates geared inner focusing to minimize focus-induced changes in the angle of view, while 11-blade aperture diaphragms ensure beautiful bokeh. Innovative glass construction counteracts barrel expansion and contraction to avoid temperature-induced marking discrepancies.

Furthermore, computer simulation based on the ISO Color Contribution Index (CCI) is employed to achieve a tight color reproduction match between all the Canon PL mount lenses.