Overview
The Schneider Platinum IRND 0.3 Filter - 4x5.65 limits the light striking the camera’s CCD or CMOS imager to the visible spectrum, resulting in an extended color gamut without unwanted false colors. By carefully calculating the cutoff frequency in nanometers, Schneider has been able to produce a near-infrared cut filter that lets users get the most out of their camera sensor. Eliminating the near-infrared light leakage allows the camera to keep true color rendition in the blacks while maintaining high MTF (Modulation Transfer Function) of equipped lenses.
Schneider Platinum Series IRND filters are free of off-axis color shift, regardless of the focal length, and can be stacked without introducing reflections common with dichroic (i.e., displaying different colors when viewed from different directions) filters. Platinum IRNDs can also be used as a standard ND filter with all HD/UHD digital and film cameras.
These filters are available in all standard video and cine sizes, including: 4x4, 4x5.65, 5x5, 5.65x5.65, 6x6, as well as 138mm, 4.5” and Series 9 round filters. Contact your AbelCine salesperson for details and availability.
NOTE: The 4x5.65 filter is available in 0.3, 0.6, 0.9, 1.2, 1.5, 1.8, and 2.1 densities. Higher densities can be achieved by stacking two or more filters.
Features:
- 0.3 value results in 1-stop reduction in exposure
- Permits use of reduced shutter speed
- Permits use of wider aperture
- Allows greater control of depth-of-field
- IR, visible, and UV wavelength attenuation
- Multiple coatings prevent off-axis color shift and internal reflections, even when filters are stacked (or used with other filter types)
- Maintains color neutrality
- Crafted from ultra-quality Water White glass for enhanced clarity
- Compatible with 4x5.65 mattebox filter trays/holders
What's in the Box
- Filter Pouch
- Schneider Platinum IRND 0.3 Filter - 4x5.65
Specifications
Key Highlights
- 4x5.65 IR neutral density filter
- 1-stop of exposure reduction
- IR, visible, UV wavelength attenuation
- Permits use of reduced shutter speed