- Advanced Media Trading LLC.
- Mezzanine, Mazda Building, Entrance B, Sheikh Zayed Rd.
- P.O.Box: 44156, Dubai-UAE
- Tel.: +971 4 352 9977
- Fax: +971 4 352 9976
- Email: [email protected]
- Monday to Friday
- 10:00AM - 04:00PM
- Saturday & Sunday Closed
Key Features:
Canon RF 14-35mm f/4 L IS USM Lens is designed for use within the expanding family of EOS R full-frame mirrorless cameras, including the upcoming EOS R3, currently in development. Whether you capture stills, video, or like many creatives today – both – this new wide-angle lens from Canon can help elevate users’ content game when capturing images or video in a wide variety of situations, such as landscape, architecture, and travel.
A compact overall design, and extremely modest overall weight of just 1.2 lb. — along with excellent balance, during hand-held or even gimbal-mounted operation — add to the RF14-35mm F4 L IS’s inviting character. A key feature, sure to appeal to many landscape and nature photographers, is its ability to accept conventional, 77mm screw-in filters. This is especially noteworthy on a lens for full-frame cameras with 14mm ultra-wide coverage. And, as mentioned directly below, the lens’s close-focusing capability is exceptional for an ultra-wide zoom of its type.
Image Stabilization further enhances the RF14-35mm’s appeal for low-light still imagery, and for steady yet striking wide video footage. Up to 5.5 stopsi of optical Image Stabilization is built-in, and Coordinated IS with cameras such as the EOS R6 and EOS R5 delivers up to 7 stopsii of shake-correction. This can mean sharper hand-held images in low light, even at extremely slow shutter speeds.
The Canon RF 14-35mm F4 L IS USM lens features a bright, constant f/4 maximum aperture, L-Series optical construction — highlighted by three UD-glass elements, and three Aspherical elements — and many of the company’s most advanced proprietary lens coatings, including Sub-wavelength Structure Coating (SWC) and Air Sphere Coating (ASC). These superb lens coatings help minimize ghosting and flaring. Lens placement and coatings are also optimized to help users get clear, high-contrast images, even when there is a bright light source either in, or immediately outside, the frame.