Auckland Stores
Hamilton Store
Wellington Store
Christchurch Stores
Dunedin Store
Shop By Category Camera Lenses Panasonic Mirrorless Panasonic
Tax Free Price:
$1,807.83
(Save $271.17)
Available at AKL International on departing flights
... more »
In Stock
This lens offers exceptional low-light performance with its bright f/1.4 aperture, making it ideal for capturing detailed images in challenging conditions. Its advanced optical design ensures sharpness and clarity, reducing distortions and color fringing. The lens is durable, weather-resistant, and features smooth, quiet autofocus, perfect for both photography and video. Its compact build and intuitive controls, including a manual aperture ring, enhance ease of use and creativity.
The Leica DG Summilux 12mm f/1.4 ASPH. Lens from Panasonic is a 24mm equivalent lens designed for Micro Four Thirds digital cameras. Characterized by its truly bright f/1.4 maximum aperture, this lens is ideal for working in low-light conditions and also affords a wealth of control over focus placement for using shallow depth of field techniques. The optical design employs a pair of aspherical elements, two ultra extra-low dispersion elements, and one extra-low dispersion element in order to control both spherical and chromatic aberrations for a high degree of sharpness and clarity from edge to edge. Benefitting the optical assets, this lens also incorporates a smooth and quiet autofocus motor that is well-suited to both stills and video recording, and a manual AF/MF switch lends direct focus mode adjustment for more intuitive handling. Additionally, the all-metal construction of the lens is also weather-resistant in order to permit working in trying environmental conditions. Pairing Leica's design legacy with Panasonic's technological innovation, this versatile wide-angle prime is distinguished by both its optical merits as well as intuitive handling and contemporary functionality.
This wide-angle 12mm f/1.4 lens provides a 24mm equivalent focal length.
Is well-suited to working in difficult and low lighting conditions, and also affords greater control over depth of field for selective focus techniques.
