Hoya HD Mk II IRND8 Neutral Density Filter 49mm

Neutral Density (ND) Filters

Neutral density (ND) filters are essential photographic tools that provide precise control over the amount of light entering the lens, enabling greater creative control of exposure. For photographers, ND filters allow for managing shutter speed and aperture settings to achieve desired effects. For videographers, they help maintain appropriate shutter speeds to match frame rates while preserving depth of field.

HD Mk II IRND8 for Blurred Background Effects

The HD Mk II IRND8 filter offers a 3-stop light reduction, ideal for creating beautifully blurred backgrounds in portrait or daylight conditions. This is especially useful when using fast prime lenses with apertures like F1.2 or F1.4 at maximum aperture, which require high shutter speeds. Since some cameras have a maximum shutter speed of 1/4000 second, this filter enables proper exposure control by reducing light intensity, preventing overexposure.

Advanced IRND Technology for Uniform Light Reduction

HOYA's signature ACCU-ND technology is applied in the HD Mk II IRND series, ensuring even light reduction across the entire visible spectrum and into the infrared (IR) range. This prevents infrared light leakage, eliminating color shifts and preserving image quality. ACCU-ND sets the benchmark for IR ND filters, making the HD Mk II IRND series a market leader in high-quality neutral density filters.

Water- and Oil-Repellent Anti-Reflection Multi-Coating

The filter features an anti-reflection multi-coating that minimizes reflections caused by the filter surface. Additionally, the coating is water- and oil-repellent, facilitating easy and stress-free cleaning.

HD Low-Profile Frame Design

The filter is housed in an ultra-thin, lightweight, and precisely crafted matte black aluminum frame. This low-profile design significantly reduces the risk of vignetting when used with wide-angle lenses. The frame also includes an integrated front filter thread, allowing for convenient stacking of additional filters.