Irix Cine 11mm T4.3 Nikon Z Imperial -elokuvaobjektiivi

Ultra-wide cine prime lens with a 123° diagonal angle of view, delivering a rectilinear image with minimal distortion. The 11mm focal length and T4.3 aperture are ideal for immersive establishing shots, tight interiors, and dynamic action sequences on full-frame Nikon Z cameras.

Advantages

Advanced optical design with 16 elements in 10 groups, including 4 high-refractive, 2 extra-low dispersion, and 3 aspherical elements, ensures exceptional sharpness and contrast across the frame. The 9-blade rounded aperture produces smooth, cinematic bokeh. Durable aluminum-magnesium alloy construction with weather sealing (5 seals) protects against dust and moisture. Industry-standard 0.8 MOD gears on focus and aperture rings enable seamless integration with follow focus systems. A rear 30x30mm gel filter slot allows creative filtration without bulky front filters.

Suitable for

• Cinematographers and videographers shooting on Nikon Z full-frame cameras
• Documentary and narrative filmmakers needing an ultra-wide perspective
• Real estate and architecture videography requiring straight lines
• Gimbal and drone work where compact, lightweight lenses are essential
• VFX and virtual production with precise focus marks in imperial units

Key specifications

• Focal length: 11mm
• Maximum aperture: T4.3, minimum T22
• Lens mount: Nikon Z
• Image circle: Full frame
• Optical design: 16 elements in 10 groups (4 HR, 2 ED, 3 ASP)
• Aperture blades: 9 (rounded)
• Minimum focus distance: 0.27 m (10.63 inches)
• Focus scale: Imperial (feet)
• Gear mod: 0.8 MOD (focus, aperture)
• Focus ring rotation: 180°
• Aperture ring rotation: 75°
• Front diameter: 95 mm
• Filter slot: Rear 30x30mm gel filter slot
• Weather sealing: Yes (5 seals)
• Construction material: Aluminum-magnesium alloy

Recommendations

For optimal performance, pair with a matte box or use rear gel filters for creative effects. The lens's compact size and robust build make it a reliable choice for demanding production environments.