Masterpiece of groundbreaking technology has been embodied in a traditional chassis of ergonomic perfection.
Experience a higher level of photoshooting! With the bright viewfinder, the fusion of the superb Fujinon lens, new EXR CMOS sensor and high-performance EXR processor takes you to a new dimension.
Experience a higher level of photoshooting! With the bright viewfinder, the fusion of the superb Fujinon lens, new EXR CMOS sensor and high-performance EXR processor takes you to a new dimension.
Features the revolutionary X-Trans CMOS sensor, FUJINON interchangeable XF lenses and unique X mount. Looking through the innovative variable magnification Hybrid Multi Viewfinder adds more pleasure when taking photos.
Masterpiece of groundbreaking technology has been embodied in a traditional chassis of ergonomic perfection - FinePix X100.
Masterpiece of groundbreaking technology has been embodied in a traditional chassis of ergonomic perfection - FinePix X100.
Experience a higher level of photoshooting! With the bright viewfinder, the fusion of the superb Fujinon lens, new EXR CMOS sensor and high-performance EXR processor takes you to a new dimension.
Experience a higher level of photoshooting! With the bright viewfinder, the fusion of the superb Fujinon lens, new EXR CMOS sensor and high-performance EXR processor takes you to a new dimension.
Experience a higher level of photoshooting! With the bright viewfinder, the fusion of the superb Fujinon lens, new EXR CMOS sensor and high-performance EXR processor takes you to a new dimension.
Using glass-mold aspheric lenses at the 5th and 7th elements, is effective in increasing the maximum aperture (5th element) and reducing the overall thickness of the lens (7th element).
Using glass-mold aspheric lenses at the 5th and 7th elements, is effective in increasing the maximum aperture (5th element) and reducing the overall thickness of the lens (7th element).
Using glass-mold aspheric lenses at the 5th and 7th elements, is effective in increasing the maximum aperture (5th element) and reducing the overall thickness of the lens (7th element).
Using glass-mold aspheric lenses at the 5th and 7th elements, is effective in increasing the maximum aperture (5th element) and reducing the overall thickness of the lens (7th element).
This is a bright lens with the maximum aperture of f/1.4.
It incorporates careful design considerations to maintain resolution even when wide open.
This is a mid telephoto lens with the bright aperture of f/2.4 despite its compact size.
It uses a glass molded aspheric lens at the 7th element to prevent field curvature.