Lenses, Filters and Adapters
H-H020
Product Code: PAN-HH020AEK
Suggested Retail Price £217+VAT
Where to buy"The 20mm is an excellent lens, especially considering its tiny size. It does well in all aspects of our studio tests, and produces fine images in a wide range of situations while also focusing quickly, silently and decisively." DP Review
Specifications:
Optical Image Stabilizer: No
Focal Length: 20mm (35mm film camera equivalent 40mm)
Aperture Type: 7 diaphragm blades / circular aperture diaphragm
Aperture Range: f1.7
Minimum Aperture: f16
Closest Focusing Distance: 0.2m
Maximum Magnification: Approx. 0.13x / 0.25x (35mm film camera equivalent)
Filter Size: 46mm
Weight: 100g
A Compact and Lightweight Pancake with Outstanding Brightness
Micro Four Thirds Digital Interchangeable Lens
LUMIX G 20 mm / F1.7 ASPH.
The LUMIX G 20 mm / F1.7 ASPH. features a dramatic compactness and light weight despite its F1.7 brightness allowing a beautiful soft focus for photos to be even more impressive.
Comprising of seven lenses in five groups, the new lens system uses two aspherical lenses most effectively to minimize both distortion and chromatic aberrations, achieving super high resolution corner to corner. The versatile 20 mm of focal distance (Equivalent to 40 mm on a 35 mm film camera) is suitable for wide variety of occasions from daily snapshots including sceneries like sunsets and dimly lit indoor shots to the deliberately creative shots taking advantage of its beautiful soft focus. When mounted on the LUMIX G Micro System Cameras, the LUMIX G 20 mm / F1.7 ASPH. allows use of the advanced contrast AF system, which includes a Face Recognition function, for more convenient, more enjoyable shooting.
Seven blades give the aperture a rounded shape that produces an attractively smooth effect in out-of-focus areas when shooting at larger aperture settings. The LUMIX G 20 mm / F1.7 ASPH. lens also features a highly reliable metal mount, and uses multi-coated lens elements that minimize ghosts and flare to further enhance its optical performance.