Panasonic Leica 42.5Mm F1.2 Dg Nocticron Micro 4/3 Lens

Key Features

• Micro Four Thirds System
• 85Mm (35Mm Equivalent)
• Aperture Range: F/1.2 To F/16
• Two Aspherical Elements
• One Ed Element, One Uhr Element
• Nano Surface Coating
• Stepping Af Motor, Internal Focus
• Power Optical Image Stabilizer
• Manual Aperture Ring
• Rounded 9-Blade Diaphragm
• Portrait-Length Prime Is Designed For Micro Four Thirds Mirrorless Cameras And Provides An 85Mm Equivalent Focal Length.
• Exceptionally Fast F/1.2 Maximum Aperture Offers Notable Control Over Depth Of Field For Working With Selective Focus Techniques And Also Benefits Shooting In Low-Light Conditions.
• Two Aspherical Elements And One Ultra-High Refractive Index Element Help Reduce Spherical Aberrations And Distortion For Improved Sharpness And Accurate Rendering.
• One Extra-Low Dispersion Element Controls Chromatic Aberrations And Color Fringing For Greater Clarity And Color Accuracy.
• A Nano Surface Coating Minimizes Surface Reflections Throughout The Entire Visible Spectrum For Maintained Contrast And Color Fidelity With A Marked Reduction In Lens Flare And Ghosting.
• An Internal Focusing System, Coupled With A Stepping Af Motor, Results In Fast, Smooth, And Precise Focusing Performance That Is Well-Paired To Both Still Shooting And Movie Recording.
• Power Optical Image Stabilizer (O.I.S.) Minimizes The Appearance Of Camera Shake To Realize Sharper Imagery When Shooting Handheld.
• Metal Lens Barrel Is Accentuated By A Dedicated Mf/Af Switch And An Aperture Ring For More Direct, Intuitive Operation.
• Rounded Seven-Blade Diaphragm Contributes To A Pleasing Bokeh Quality.

Characterized By Its Fast And Sophisticated Optical Design, The Leica Dg Nocticron 42.5Mm F/1.2 Asph. Power O.I.S. From Panasonic Is An 85Mm Equivalent Prime For Micro Four Thirds Mirrorless Cameras. The Fast F/1.2 Maximum Aperture Benefits Working In Difficult Lighting Conditions And Also Affords More Control Over Focus Position For Producing Shallow Depth Of Field Imagery. The Lens’S Optical Design Employs A Pair Of Aspherical Elements, One Uhr Element, And One Extra-Low Dispersion Element To Reduce Both Spherical And Chromatic Aberrations For Improved Sharpness And Clarity. Additionally, A Nano Surface Coating Also Enhances Contrast And Color Fidelity By Reducing Lens Flare And Ghosting.