Panasonic Lumix G Macro 30mm f/2.8 ASPH. MEGA O.I.S. Lens

The Lumix G Macro 30mm f/2.8 ASPH. MEGA O.I.S. lens from Panasonic is specifically designed for close-up photography with Micro Four Thirds mirrorless digital cameras. Its macro capabilities allow for a 10.4cm minimum focusing distance and a 1:1 magnification ratio, making it perfect for capturing life-size images of nearby subjects. With one aspherical element to reduce spherical aberrations and distortions, as well as a multi-layer coating to minimize ghosting and lens flare, this lens delivers exceptional contrast and color accuracy.

• Micro Four Thirds System
• 60mm (35mm Equivalent)
• Aperture Range: f/2.8 to f/22
• One Aspherical Element
• Multi-Layer Coating
• 1:1 Magnification, 10.4cm Min. Focus
• Stepping AF Motor, Internal Focusing
• MEGA Optical Image Stabilizer
• Rounded 7-Blade Diaphragm

The lens has an advanced MEGA O.I.S. system that effectively reduces camera shake, ensuring sharp hand-held shots. It also has a quick, silent, and smooth stepping AF motor and an internal focusing design. The round seven-blade diaphragm provides a pleasing out-of-focus effect when using selective focus and shallow depth of field techniques.

• Prime 30mm portrait-length lens provides a 60mm equivalent focal length with Micro Four Thirds cameras.
• Macro design provides a life-size 1:1 magnification ratio and a minimum focusing distance of 10.4cm for working with close-up subjects.
• One aspherical element helps to reduce spherical aberrations and distortion for greater sharpness and more accurate rendering.
• Multi-layer coating controls lens flare and ghosting for increased contrast and neutral colors.
• Stepping AF motor and internal focus design provides smooth and quiet focusing performance that is well-suited to both photo and video use.
• MEGA Optical Image Stabilizer minimizes the appearance of camera shake to benefit handheld shooting in difficult lighting conditions.
• Rounded seven-blade diaphragm produces a smooth out-of-focus quality when working with selective focus and shallow depth of field techniques.